JP2010255418A - Combination engine with various energy conservation cycle - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To drive out the existing power generation to prevent global heating by generating electricity by injection output of rotation output of 10,000 to 23,000 times a liquid metal solar engine. <P>SOLUTION: In the liquid metal solar engine, the moving blade groups of a plurality of turbines are formed to have the same diameter and approximately the same shape with respect to each turbine stage and are assembled by fitting bolts, the turbines are respectively driven by liquid metal gravity acceleration, partial overheated steam acceleration and partial combustion gas acceleration, liquid metal power having the same speed and the same volume as the atmospheric pressure is set to be 10,000 to 23,000 times stronger than rotation output of the existing steam turbine, most superheated steam and combustion gas are supplied to a combined engine injection section 78S, and fuel is injected and burnt, thereby making pressure of 10 to 100 times the existing jet airplane, heat quantity injection of 10 times thereof and injection thrust power of 100 to 1,000 times thereof reach space in a short time. Consequently, various large airships, various airplanes and various aircraft are driven, fuel consumption is reduced, CO2 emissions are reduced, use of space is achieved, finite resources such as fossil fuel are left to posterity, and also the global heating is prevented. <P>COPYRIGHT: (C)2011,JPO&INPIT

Description

  The present invention is combined with the advantages of a scramjet engine, a rocket engine, etc., and particularly heated at a maximum expansion speed approaching an exhaust temperature of steam turbine 20 ° C. and a combined high-temperature combustion gas, superheated steam approaching 20 ° In the process of manufacturing superheated steam 50, solar heating air is brought close to compression 1200 degrees in the process of manufacturing superheated steam 50, and heat exchange superheated steam is manufactured. The fuel injection combustion heat exchange superheated steam 50 is produced several times to challenge the theoretically best propellant superheated steam 50 infinite production and air-fuel ratio reduction. In the process of superheated steam 50 injection, combustor 1Y fuel injection combustion A plurality of combustion gas injection nozzles provided on the outer periphery of the superheated steam 50 in the process of injection with the superheated steam 50 in the outer peripheral superheated steam reservoir 95c at the highest heating temperature, such as 1200 degrees. 6Y fuel injection two-stage combustion in high-temperature high-speed combustion, the superheated steam 50 is heated to close to the outer periphery of the superheated steam 50 and approaches 20 degrees, the superheated steam volume is increased, the injection propulsion output and the combustion gas 49 The combustion gas injection nozzle 6Y can perform three-stage combustion by increasing the combustion gas suction output, and the three stages of fuel injection from the plurality of fuel injection nozzles 6X in the high-speed combustion of the annular combustion gas injection nozzle 6Y. Combustion, the most efficient air-fuel ratio combustion and injection propulsion output is the cheapest sunlight + cheap fuel combustion, combined engine injection part 78S three-stage combustion including multiple combustion of superheated steam production, very inexpensive space utilization The present invention relates to a technique such as a united engine injection unit 78S aiming for prime.

Aiming for space-use prime with a low fuel cost, such as a space-return vehicle with a small fuel cost, air heated by sunlight in the atmosphere is suction-compressed and heat-exchanged with a 1G full-blade liquid metal solar turbine driven heat pump 1G Heat recovery is performed to produce the fuel-injection combustion heat exchange superheated steam 50 in the course of multiple times of compression heat exchange heat recovery as required, and the compressed air 28a mass of combustion agent to 49 masses of combustion gas and the superheated steam 50 of propellant. In the solar system space, the superheated steam production efficiency is significantly increased by the use of compressed air under reduced pressure circulation, sunlight 120 degrees C and the long lens 2d. When the space rises, the process of producing superheated steam 50 by producing compressed air 28a The fuel is injected and burned a plurality of times to increase the production amount of 24-400 MPa superheated steam, and the supplied fuel is injected and burned into the combined engine injection unit 78S combustor 1Y. The fuel is injected from the cylinder 6Y, and the high-speed high-speed injection is used to make the front air powerfully the fuel injection two-stage combustion that does not require the generation of the suction shock wave, and further, the fuel injection using the strong suction force by the high-pressure high-speed injection of the superheated steam 50 Combining engine injection unit 78S that combines the large expansion speed of the steam turbine and the high-speed combustion of the scramjet by performing the three-stage combustion, injecting the most inexpensive combustion gas propellant and superheated steam propellant close to the stoichiometric air-fuel ratio As a vertical all-blade liquid metal gravity solar turbine 8G multi-drive coalescence engine injection unit 78S, aiming at an injection output of 10 to 100 times pressure 10 times calorie injection 100 to 1000 times that of existing jets, and transition temperature management to the best engine of experiment This is related to the vertical all-blade liquid metal solar thermal turbine technology.

Liquid metal calorie drive turbine + liquid metal mass drive turbine In the atmosphere, gravity is added to drive, and liquid metals including alloys are mercury, liquid lead, liquid bismuth, liquid tin, liquid cadmium, liquid indium, liquid gallium, liquid zinc, and liquid thallium. In the turbine driving process, 400MPa is injected by the liquid metal injection pump 6L, the optimum temperature liquid metal is accelerated by the amount of heat of compressed air + the amount of compressed air, and the turbine blade cross section 4X is 2 to 26 times that of the existing steam turbine. The turbine blades 8c are each injected to increase the rolling contact rotation output of the liquid metal, and the horizontal axis 1h is provided between the turbines. The amount of compressed air is increased by the horizontal axis 1h generator 1 and the horizontal axis 1h heat pump 1G + Challenges for infinite mass production outside the turbine outer casing 77a, and cancels vibration and noise by alternately rotating the multiple vertical rotor blades liquid metal solar thermal turbine 8G. Then, the heat pump 1G is driven by the heat driven mass driven turbine, the intake air passage 28A composed of the long lens 2d and the heat absorbing material 2B is sucked into the solar heating air 28a, compressed to 800 to 1200 degrees by the compression heat recovery device 2C. Heating the separate air 28a to around 500 degrees and repeating the suction compression heat recovery with a heat pump to make the compressed air 28a production and heat production endlessly enormous, The present invention relates to a liquid metal solar engine technology that drives the combined engine injection unit 78S as the liquid metal output 1 to 230,000 times the output of the existing steam turbine and makes the best transition to the experiment.

  In order to prevent the invention of the follow-up engine, the existing engine is skillfully deceived as the best engine in high school and university, and when returning to elementary school science and thinking about the best engine, the unit of horsepower and work rate is kg weight m / sec. × Because of speed, it is the best theoretical engine that generates heavy output with heavy materials at high speed. Furthermore, a 7 degree rise in sea surface temperature of thermal nuclear power generation is believed to have no impact on the environment, and this is obvious, even if the sea level temperature rises 7 degrees for 100 years and CO2 emissions are reduced by nuclear power generation, Because the sea area where the temperature rises by 7 degrees exceeds 1000 times by 10% growth, Antarctic ice is brought close to 0 as a 300m / second typhoon or seasonal wind that is 10 times higher than drought, heavy rain, and wind speed, and land and sea food approaches 0, There is a background to the extinction of mankind. With thermal nuclear power generation, a 7-degree rise in sea surface temperature is said to have no impact on the environment, and TV reports that seaweeds and fish near Japan are nearing extinction are actual. In the IPCC Arctic prediction, since the sea surface temperature rise of 7 degrees is out of the computer calculation, there is a report that the Arctic sea ice area observed in 2007 was close to 40 years after the IPCC Fourth Report. It is good to think of it as a big misinformation, and even if the temperature rises by 1 degree on average, abnormal weather is difficult, and if about 90% thinks that the sea surface temperature will rise by 7 degrees, the sea surface temperature will rise 2-3 times around 100 years 14 ~ There is a background in which the sea area rising 21 degrees approaches the South Pole, the Antarctic ice approaches 0, and the sea level rise approaches 77m.

  Since the unit of horsepower and power is kg weight m / s, equal weight x speed, the best engine theoretically generates heavy output by accelerating gravitational acceleration, but there is a background that there is no trace of thought. Therefore, it would be possible to use a vertical all-blade liquid metal solar engine driven airplane or ship with a small amount of fuel consumption, and to use it with heat, electricity and cold supply equipment during stoppage to prevent global warming, etc. With the same volumetric power kg weight m / sec 1 to 230,000 times that of the existing steam turbine, the liquid metal work rate is mercury, liquid lead, liquid bismuth, liquid tin, liquid cadmium, liquid indium, liquid gallium, liquid zinc.・ If liquid acceleration such as liquid thallium is accelerated downward in the vertical direction, the output generation will be greatly increased by the acceleration of gravitational acceleration alone rather than the input that increases the head at low speed, increasing the number of turbines and increasing the head to over 1000m. There is a background that can increase the output without limit. Since the maximum acceleration on the earth is almost infinite in terms of gravitational acceleration, and the theoretical best engine gravity power generation with zero seawater temperature rise, zero CO2 exhaust, and zero fuel cost, fossil fuels and other limited resources are depleted, so limited resources are descended Recovering and using heat and cold as the means to leave the power generation amount is infinite or nearly infinite, and it is extremely inexpensive, such as gravitational power storage battery drive and electric drive, various types of automobiles, various types of ships, and full-scale electrified houses There is a background that can be used to prevent global warming by driving electric storage batteries and driving electricity.

  The expectation is that if China continues to grow at 10% for 50 years, the rise in seawater temperature will be 32 times the current level, and the Japanese seasonal wind will be 50-80 m / sec. Concerns about the start of ghost towns around 80% of large Japanese companies that provide the prospect of Prime Minister Koizumi again with the fear that employment will continue to spread to a similar world due to the destruction of greenery. We need wisdom to make a chance. Decided to invent the theoretical best engine in 1958 and 1980. Actually started with improvements, started the prototype at the Okayama Regional Invention Center in 1963, and continued to make the prototype myself, but the engine prototype was very difficult. . Therefore, in February 1982, we started requesting cooperation from a large number of domestic large corporations, etc., but there was no cooperation from Japanese companies, etc., and every time we asked for the cooperation of President Clinton, the only request from foreign countries, three times a year, The 1992 US Patent 5133305, 1993 US Patent 5230307, and 1995 US Patent 5429078 were found to be useless. There were so many fatal faults in the existing engine that it was impossible to improve the invention. In a hurry, the 1997 homepage was opened, and a patent for improving one fault was filed. With the cooperation of the former president, for example, gravitational solar power generation can drive generators and heat pumps at zero fuel cost, making it possible to drive nearly infinite electricity, heat and cold at an extremely inexpensive manufacturing turbine, and liquid metal below 500 ° C With power generation, I want to make the atmospheric pressure, the same speed, and the same volumetric power of 1 to 23,000 times that of the existing steam turbine power generation, and actually experiment and move to the best experimental engine.

There are US Pat. No. 6,119,650, Chinese Patent No. 8818, EU British Patent No. 902175, US Pat. No. 6,263,664, and many of the above-mentioned background technologies have been improved. In the invention aiming at the best experiment, let's experiment to make liquid metal gravity power generation 1 to 23,000 times that of steam turbine power generation, using solar heat as a seed, experiment of warm and cold production near infinity with gravity driven heat pump Let's make liquid metal gravity power generation 10 times as much as the existing world, fossil fuels and other limited resources to burn to the next generation with the minimum necessary.

As prior applications, Japanese Patent Application No. 2007-179204, Japanese Patent Application No. 2007-221970, Japanese Patent Application No. 2007-237367, Japanese Patent Application No. 2007-250348, Japanese Patent Application No. 2007-265115, Japanese Patent Application No. 2008-6612, and Japanese Patent Application No. 2008- No. 22246, Japanese Patent Application No. 2008-24656, Japanese Patent Application No. 2008-28582, Japanese Patent Application No. 2008-30162, Japanese Patent Application No. 2008-94452, Japanese Patent Application No. 2008-99870, Japanese Patent Application No. 2008-125665, Japanese Patent Application No. 2008-134046. No., Japanese Patent Application No. 2008-137629, Japanese Patent Application No. 2008-157556, Japanese Patent Application No. 2008-158830, Japanese Patent Application No. 2008-162842, Japanese Patent Application No. 2008-164111, Japanese Patent Application No. 2008-166907, Japanese Patent Application No. 2008-169799. Japanese Patent Application No. 2008-173046, Japanese Patent Application No. 20 Japanese Patent Application No. 8-174231, Japanese Patent Application No. 2008-178700, Japanese Patent Application No. 2008-179882, Japanese Patent Application No. 2008-181052, Japanese Patent Application No. 2008-182325, Japanese Patent Application No. 2008-186895, Japanese Patent Application No. 2008-188165, Japanese Patent Application No. 2008. No. -202676, Japanese Patent Application No. 2008-203842, Japanese Patent Application No. 2008-206632, Japanese Patent Application No. 2008-209497, Japanese Patent Application No. 2008-214912, Japanese Patent Application No. 2008-229434, Japanese Patent Application No. 2008-231842, Japanese Patent Application No. 2008- No. 243690, Japanese Patent Application No. 2008-244501, Japanese Patent Application No. 2008-249719, Japanese Patent Application No. 2008-256006, Japanese Patent Application No. 2008-266020, Japanese Patent Application No. 2008-269294, Japanese Patent Application No. 2008-282825, Japanese Patent Application No. 2008-288411 No., Japanese Patent Application 2008- No. 90630, Japanese Patent Application No. 2008-295174, Japanese Patent Application No. 2008-290991, Japanese Patent Application No. 2008-305951, Japanese Patent Application No. 2008-319210, Japanese Patent Application No. 2008-327045, Japanese Patent Application No. 2009-011656, Japanese Patent Application No. 2009-011656, No. 2009-013856, No. 2009-015027, No. 2009-016249, No. 2009-021161, No. 2009-022247, No. 2009-023345, No. 2009-024512, No. 2009-024512 2009-025684, Japanese Patent Application No. 2009-026989, Japanese Patent Application No. 2009-028105, Japanese Patent Application No. 2009-028150, Japanese Patent Application No. 2009-028253, Japanese Patent Application No. 2009-029406, Japanese Patent Application No. 2009-029471, Japanese Patent Application No. 2009 -029539, Japanese Patent Application No. 20 09-030759, Japanese Patent Application No. 2009-030865, Japanese Patent Application No. 2009-030942, Japanese Patent Application No. 2009-032264, Japanese Patent Application No. 2009-032312, Japanese Patent Application No. 2009-032378, Japanese Patent Application No. 2009-033490, Japanese Patent Application No. 2009 No. -035344, Japanese Patent Application No. 2009-033679, Japanese Patent Application No. 2009-037263, Japanese Patent Application No. 2009-048869, Japanese Patent Application No. 2009-049551, Japanese Patent Application No. 2009-049078, Japanese Patent Application No. 2009-057455, Japanese Patent Application No. 2009- No. 057586, Japanese Patent Application No. 2009-057745, Japanese Patent Application No. 2009-077911, and Japanese Patent Application No. 2009-078042.

  In the existing world thermal power plants, CO2 increases global warming acceleration and sea surface temperature rises 7 degrees Celsius by 1000 times in 100 years, and the natural phenomenon that supplies nutrients to the sea surface cooling seabed in winter is impossible As a result, phytoplankton, seaweeds, corals, etc. are drastically reduced, fish foods are drastically reduced by the food chain, and humans' marine foods are drastically reduced. Increasing, for example, typhoons and seasonal winds at 300m / s, etc., make it difficult to produce food on land at an accelerated rate, and to increase the danger of human extinction, there is a challenge to prevent global warming and postpone human extinction, Combustion of fossil fuels will cause global warming and depletion of resources. For this reason, fossil fuel combustion will be minimized and limited to space-based airplanes and ships with zero air resistance. Along with leaving the resources in the offspring, there are challenges in CO2 exhaust insignificant or sea water temperature rise 0.

When a heat pump for heat production is driven by a liquid metal solar turbine, heat (superheated steam heat, etc.) and cold heat (compressed air mass, etc.) become a challenge for infinite production with zero fuel cost. And heat production equipment heat pumps to bring the production of hot and cold heat to infinity, and limited oil resources, etc. are not required for CO2 and are used as the minimum necessary resources, leaving them to descendants and preventing global warming In this way, drought, sea level rise, typhoon and seasonal winds are prevented from growing, and nutrients such as cold oxygen and nitrogen are supplied to the sea floor to increase phytoplankton, seaweeds, corals and fish, etc. The existing world's thermal nuclear power plants will be completely abolished by gravitational power generation, and the power generation of various batteries driven by batteries, the power of various batteries driven by ships, and electric drive Surface electric house prime, factory electrification prime, hot and cold use prime, generate seawater temperature rise 0, CO2 exhaust 0 and fuel cost 0, prevent global warming and postpone human extinction, with gravity solar heat turbine Production of warm heat (compressed air calorie pressure) and cold heat (compressed air mass pressure) is continued infinitely, the heat is stored with superheated steam 50, and the maximum calorie injection propulsion output is possible for a short time. The engine injection unit 78S aims to provide a short-time injection propulsion force that is 100 times the pressure of existing jets, 10 times the amount of heat, and 1000 times the fuel injection output. Will produce superheated steam with zero fuel consumption, leaving a limited amount of resources for its offspring.

  CO2 exhaust gas fuel consumption is small vertical all-blade liquid metal solar thermal turbine 8G multiple drive, calorie turbine drive and mass turbine drive in space, heat drive and mass drive in the atmosphere with gravity additional drive in the atmosphere, liquid A liquid solar power engine driven by a plurality of vertical all-blade liquid metal solar turbines 8G with the aim of generating a rotary output of the metal solar engine and aiming at a jet propulsion output of 100 times the pressure of existing jets, 10 times the amount of heat injection, and 1000 times the time of the propulsion output. In space, the intake air passage is used as a sealed air passage by using a superheated steam turbine drive or superheated steam production environment using a perfect environment of sunlight directing part 120 degrees C and shade part -150 degrees C Compressed air is depressurized and 120-degree sunlight is collected with a long lens. Heat exchange superheated steam production, turbine exhaust is cooled in the shaded part of -150 ° C and recirculated to repeat condensate, and usually the combustion propulsion output is generated by injecting only superheated steam 50 from the combined gas injection unit 79K using combustion gas As a result, it has the effect of aiming at 10 times the injection propulsion output of the existing jet engine with the fuel amount of 0, aiming to make the best use of space in various ships and airplanes in the existing world with little fuel consumption, and the effect of leaving resources to the offspring .

Explanatory drawing of a calorie-driven vertical all blade liquid metal solar thermal turbine 8G (Example 1) Explanatory drawing of mass drive vertical type moving blade liquid metal solar thermal turbine 8G (Example 2) Explanatory drawing of liquid metal gravity solar thermal spacecraft 39A (Example 3) Explanatory drawing of 39G of liquid metal gravity solar thermal space return flight ship (Example 4) Explanatory drawing of the union engine injection part 78S (Example 5)

  Embodiments and examples of the invention will be described with reference to the drawings, but the same names or reference numerals are given to portions that are substantially the same as those of the embodiments and examples and the description, and redundant description will be omitted. Omitted as much as possible, and the characteristic part and the lack of explanation will be explained in duplicate. The idea is explained with hypothetical figures for the very difficult brain theory best engine invention and to clearly explain the intended place and expectation, but the correct answer is the hypothetical figure of the theoretical best engine as an experimental figure. It is not limited to. The idea that seems to be the best is duplicated in many applications, the idea is selected and used according to the application, and the claims are changed to be used according to the various applications. Transition to the best engine for practical use.

  In the calorie-driven vertical all-blade liquid metal solar thermal turbine 8G of FIG. 1, the heat insulating and retaining rectangular turbine outer casing 77a is brought close to a square, and the increased sphere raising device 2F with a heat retaining device is provided at the corner, thereby compressing the heat recovery unit 2C. Liquid metal containing an alloy whose temperature is controlled by heat and electricity is stored at the top, and turbines such as 1 to 10 stages are arranged vertically in multiple stages in the outer box 77a so that the number of liquids can be used according to the application. Pump 6L, etc., 400MPa, etc. Compressed compressed air calorie acceleration Acceleration of gravitational acceleration to drive vertical all blade liquid metal solar thermal turbine 8G, horizontal axis 1h is provided between heat retaining turbines, generator outside square turbine outer box 77a 1 and many heat pumps 1G of the heat production apparatus are driven, the rotation direction of the turbine 8G is alternated so that vibrations and noises are negligibly reduced, and the heat pump 1G and the air heat exchanger 2X are nearly infinite by using solar heat as seeds. Heat (pressure) Superheated steam with air calorie) and cold (compressed air mass) are produced, and when the space rises, the horizontal axis 1h compression heat recovery unit 2C fuel injection combustion without limit high-pressure combustion heat exchange cooling combustion, 10 to 100 times the pressure of existing jets 5 is supplied to the combined engine injection unit 78S78T in FIG. 5, and the superheated steam 50 on the outer periphery of the fuel injection combustion is injected 10 times as much as the total amount of heating, and FIG. When it reaches space, 120 degree sunlight is collected with a sealed air path length lens and decompressed exhaust compressed air, and a heat pump is used to make a compressed flight heat-cooled superheated steam 50 around 1200 degrees with a heat pump. The

In the process of exhausting the superheated steam reaching the space, the exhaust gas is cooled and condensed at a space shade of 150 ° C, and the superheated steam 50 is converted into a superheated steam 50 by the heat recovery unit 2C. The blade liquid metal solar thermal turbine 8G is used in space to drive 50 superheated steam, and the inner rotor blade group 60C and outer rotor blade group 60D can be fully automated as much as possible, and can be assembled into a fitting bolt assembly with the same diameter and shape of each paragraph. The gravitational acceleration unit 1g for accelerating the liquid metal has a horizontal shaft 1h through-hole for driving the generator 1 and the heat pump 1G, enabling a multi-stage rotor blade group and a multi-stage turbine and facilitating fully automatic processing and assembly. Then, the generator 1 and the heat pump 1G are driven at right angles outside the rectangular turbine outer box 77a that is insulated and heat-insulated, the solar heating air is compressed to 800 to 1200 degrees, and another air is supplied by the air heat exchanger 2X to 500 degrees. In addition to degree C etc. Then, the compression amount is set to 800 to 1200 degrees, and the production amount of the high-pressure compressed air 28a and the superheated steam 50 is repeatedly increased, and divided into, for example, a mass of 24-200 MPa compressed air 28a around 200 degrees + a 24-400 MPa superheated steam 50 around 400 degrees. The liquid metal injection pump 6L containing the alloy is driven and driven by the superheated steam 50 acceleration gravity acceleration acceleration, and the atmospheric pressure, the same speed, and the same volumetric power kg weight m / second are 1 to 2.3 of the existing steam turbine. Injected into the turbine blade cross section 4X, which has a cross-sectional area of 2 to 26 times the existing turbine blade cross-sectional area to generate rolling contact rotation output, and in the exhaust process, water condenser 2a cold (including mass turbine exhaust) ) Vacuum generated by condenser 2H and air extractor 51 to produce mass of compressed air and produce calorie (superheated steam), seawater temperature rise 0CO2 exhaust 0 calorie drive liquid metal solar heat And the turbine.

In the vertical all-blade liquid metal solar turbine 8G mass drive of FIG. 2, the heat insulating and retaining angular turbine outer casing 77a is brought close to a square, and the increased sphere raising device 2F with a heat retaining device is provided at the corner, and the compression heat recovery device 2C Liquid metal containing an alloy whose temperature is controlled by heat and electricity is stored at the top, and turbines such as 1 to 10 stages are arranged vertically in multiple stages in the outer box 77a so that the number of liquids can be used according to the application. The pump 6L injects 400MPa and the like, accelerates the compressed air mass acceleration gravity acceleration, drives the vertical all-blade liquid metal solar thermal turbine 8G, and provides a through hole and a horizontal axis 1h in the thermal acceleration turbine inter-gravity acceleration portion 1g. Outside the turbine outer box 77a, the generator 1 and heat production + compressed air production heat pump 1G compression drive heat recovery unit 2C air heat exchanger 2X water heat exchanger 2Y, the turbine 8G rotating direction alternately Vibration and The noise is canceled out little, and the compressed air that approaches mass turbine drive expansion and approaches absolute 0 degree is heated and injected with liquid metal. The reduced pressure, low pressure and low temperature compressed air 28a is used as the optimum heat recovery medium. The amount of heat is recovered by using the sealed intake air passage 28A, and about 500 degrees is compressed by the heat pump 1G to about 1200 degrees, and the heat exchange superheated steam 50 is repeatedly manufactured by the compression heat recovery unit 2C, and the heat recovery is about 500 degrees. In space, it is a mass-driven turbine that produces and stores superheated steam 50.

The inner rotor blade group 60C and outer rotor blade group 60D of the mass-driven vertical all-blade liquid metal solar thermal turbine 8G can be fully automatically processed as much as possible by making fitting bolts assembling bolts with the same diameter and the same shape for each stage. Enables blade group and multi-stage turbine and facilitates fully automatic machining and assembly. Gravity accelerating unit 1g is provided with a horizontal shaft 1h through hole for driving generator 1 and heat pump 1G. The production amount of high-pressure compressed air 28a and superheated steam 50 is increased without limitation, and is divided and stored, for example, in a mass of compressed air 28a around 24 to 400 MPa + a mass of compressed air 28a around 400 degrees and a superheated steam 50 of around 400 degrees. Partly using a large part of the mass turbine drive for injection propulsion, the mass driven vertical all blade liquid metal solar thermal turbine 8G compresses the injection speed of the liquid metal injection pump 6L containing the alloy with compressed air Driven by mass acceleration and acceleration of gravitational acceleration, the atmospheric pressure, the same speed, and the same volumetric power, kg weight m / sec, are 1 to 23,000 times that of the existing steam turbine, and the cross-sectional area is 2 to 26 times that of the existing turbine blade. Injected into the turbine blade cross section 4X, the rolling contact rotation output is generated, and in the process of exhaust in the atmosphere, the water condenser 2a + cold condenser 2H + air extractor 51 + release is selected as low-pressure air exhaust, and the fuel cost is 0 liquid It is a liquid metal gravity mass turbine with 0CO2 exhaust and 0 seawater temperature rise, which produces compressed air and heat with a metal calorie mass driven turbine.

  In the generation of jet propulsion output of the liquid metal gravity solar space return aircraft 39A in FIG. 3, the use of gravity is limited. In the process of sucking air 28a from the air inlet 28B of the blade leading edge 38e, solar-heated air 28a is sucked in the intake air passage 28A composed of the long lens 2d heat absorbing material 2B, and a plurality of turbines are driven. The heat pump 1G compresses 800 to 1200 degrees, and heat production repeats the recovery of compression heat with the separate air 28a heat recovery heat pump 1G of the air heat exchanger 2X. High-pressure combustion heat exchange cooling combustion, repeatedly compression 800-1200 degrees, repeated heat recovery in the water heat exchanger 2Y, superheated steam 50 and 49 mass of combustion gas is already The combined injection unit 79K is supplied to the combined engine injection unit 79K at a pressure 10 to 100 times the jet injection pressure, and the superheated steam 50 on the fuel injection combustion outer periphery is heated to inject a total of 10 times the amount of heat, etc. Nearly 1000 times shorter, in space, close to the speed of the supersonic Mach 32's earth escape and the speed of light Occasionally, the mass of compressed air 28a and superheated steam 50 are increased and stored as 10 to 100 times pressure 1/10 calorie superheated steam 50 injection of existing jets.

When flying in the atmosphere, heat pump 1G, compression heat recovery unit 2C, air heat exchanger 2X, and water heat exchanger 2Y driven by a plurality of vertical all-blade liquid metal solar thermal turbine 8G horizontal shaft 1h are arranged side by side or side by side. The number of units according to the application is provided in 1 to 10 stages, the output is increased by increasing the head according to the application, the liquid metal is injected by the liquid metal injection pump 6L, and the stored compressed air heat amount + compressed air Accelerates by mass + vacuum + gravity, and injects into a plurality of vertical all-blade liquid metal solar thermal turbines 8G, making the turbine blade cross section 4X 2 to 26 times that of existing steam turbines, spraying rolling contact drive rotation on turbine blades 8c Generates output, sets the atmospheric pressure, the same speed, and the same volumetric work rate (kg / m) to 1 to 23,000 times the rotation output of the existing steam turbine, drives many heat pumps, and overheats 24 to 400 MPa. steam 0 heat amount +24 to 400 MPa Compressed air 28a The mass of the compressed air 28a is increased as much as possible, and the generation of injection propulsion output for air suction injection is performed by using superheated steam 50 divided and stored in the combined engine injection unit 79K as supply injection or the like. Double pressure 1/10 injection heat amount 10 times injection propulsion output enlargement, etc. Combined engine injection part 79K cylindrical rotation part 77G is rotated 180 degrees or more to enable reverse injection and vertical ascending vertical descent, space use and building use Make it possible to land as an airfield anywhere on the rooftop or moon.

  At the time of reaching the space, in the process of driving the mass-driven vertical all-blade liquid metal solar heat turbine 8G, the heat of 120-degree sunlight is recovered by the long lens 2d heat absorbing material 2B, and the intake air passage 28A is compressed by the sealed mass-driven turbine. Heat is recovered by air exhaust, and is compressed by multiple heat pumps 1G driven by a calorie-driven and mass-driven turbine at around 500 degrees, and heat exchange superheated steam 50 is manufactured repeatedly at about 1200 degrees by the compression heat recovery unit 2C. In the space, the mass-driven turbine 8G that manufactures and stores the superheated steam 50 and the heat-driven turbine 8G are used in the space. Used in manufacturing to enable long distance space travel.

  Since the use of gravity is limited in the generation of the liquid metal gravity solar thermal space return flight ship 39G jet propulsion output in FIG. 4, the flying body 38a vertical wing 38d is used as an integrated water surface hull, and FIG. By selecting and using the number of moving blade liquid metal solar turbines 8G, the head is optimized, and in the process of sucking the air 28a from the air suction port 28B, the solar heating air 28a is formed in the suction air passage 28A composed of the long lens 2d heat absorbing material 2B. As a compression heat production which is sucked and compressed to 800 to 1200 degrees by the heat pump 1G and the compression heat recovery is repeated by the separate air 28a heat recovery heat pump 1G of the air heat exchanger 2X, the superheated steam 50 is produced by the water heat exchanger 2Y. The heat production is repeated in the heat recovery, and when the space rises, the compression heat recovery unit 2C performs the high pressure combustion heat exchange cooling combustion including the liquid oxygen injection and the repetitive compression 80 The heat recovery is repeated in the water heat exchanger 2Y at ˜1200 degrees, and the superheated steam 50 and the combustion gas 49 mass are supplied to the combined engine injection unit 79K at a pressure 10 to 100 times the existing jet injection pressure, etc. 49, the superheated steam 50 on the outer periphery of the fuel injection combustion is heated up to a total of 10 times the amount of heat, and the injection propulsion output is brought close to 100 to 1000 times that of existing jets in a short time. Various space-returning ships 39G and various aircrafts approaching the speed of light to make the best use of space near the fuel cost of zero, and the amount of compressed air 28a and superheated steam 50 are stored with a small amount of injection heat during normal flight in the atmosphere. Will increase.

When flying in the atmosphere, heat pump 1G, compression heat recovery unit 2C, air heat exchanger 2X, and water heat exchanger 2Y driven by a plurality of vertical all-blade liquid metal solar thermal turbine 8G horizontal shaft 1h are arranged side by side or side by side. The number of units according to the application is provided in 1 to 10 stages, the output is increased by increasing the head according to the application, the liquid metal is injected by the liquid metal injection pump 6L, and the stored compressed air heat amount + compressed air Accelerates by mass + vacuum + gravity, and injects into a plurality of vertical all-blade liquid metal solar thermal turbines 8G, making the turbine blade cross section 4X 2 to 26 times that of existing steam turbines, spraying rolling contact drive rotation on turbine blades 8c Generates output, sets the atmospheric pressure, the same speed, and the same volumetric work rate (kg / m) to 1 to 23,000 times the rotation output of the existing steam turbine, drives many heat pumps, and overheats 24 to 400 MPa. steam The generation of injection propulsion output that increases the amount of 0 heat and 24-400 MPa compressed air 28a without any limit and sucks and injects air is performed by using the superheated steam 50 divided and stored in the combined engine injection unit 79K as supply injection or the like. 100 times pressure 1/10 injection heat amount 10 times injection propulsion output enlargement, etc., rotating arm wing 7E or cylindrical rotating part 77G in FIG. It is possible to land anywhere on the prime or the surface of the water, and in the case of landing on the moon, it is possible to land with 4 legs or 6 rejections.

  In the process of driving the mass-driven vertical all-blade liquid metal solar thermal turbine 8G when reaching space, heat of 120 degree sunlight is recovered by the long lens 2d heat absorbing material 2B in the same manner as described above, and the intake air passage 28A is sealed and mass-driven. Heat is recovered by the compressed air exhaust of the turbine, and about 500 degrees is compressed by a multiple heat pump 1G driven by a calorie-driven and mass-driven turbine, and the heat exchange superheated steam 50 is generated by the compressed heat recovery unit 2C at about 1200 degrees. Repetitive production heat recovery is around 500 degrees, and in space, the mass-driven turbine 8G that manufactures and stores the superheated steam 50 and the heat-driven turbine 8G are used. Used for the production of steam 50, enabling long-distance space travel.

The combined engine injection unit 78S in FIG. 5 supplies the superheated steam 50 divided and stored by opening the superheated steam control valve 25 to the uppermost stream of the superheated steam reservoir 95c on the outer periphery of the combustor 1Y. In the process of producing superheated steam 50, fuel is injected and burned into compressed air 28a, compressed multiple times by the compressed heat recovery unit 2C and recovered multiple times by fuel injection and combustion, and infinitely high pressure combustion gas 49 oxidant and superheated steam 50 propellant is increased without limit, the combustion gas control valve 24 is opened at the time of ascending space, and the combustion gas 49 is supplied to the uppermost stream of the combustion gas reservoir 95a combustor 1Y by supplying the combustion gas 49 around 200 degrees to the fuel control. Fuel 1b is injected from the fuel injection nozzle 6X by the valve 25b open fuel injection pump 1D, and the superheated steam 50 on the outer periphery of the ignition combustion can be increased in the uppermost stream of the combustor 1Y. 95c, around 400 degrees, 24 to 400 MPa, superheated steam 50 is heated to increase both injection outputs, and a plurality of combustion gas injection nozzles 6Y of the combustor 1Y are provided on the outer periphery of the superheated steam reservoir 95c, each in a single-stage injection flow. The fuel injection nozzle 6X is used for multiple combustion of the fuel injection two-stage combustor, the superheated steam 50 is heated from the outer periphery, and the injection output and the combustion gas suction output are increased. A plurality of three-stage combustor fuel injection combustion combustion gas injection is possible, and a plurality of combustion gas injection nozzles 6Y are provided inside the annular combustion gas injection nozzle 6Y injection flow, and fuel injection three-stage from each fuel injection nozzle 6X Use multiple combustors and aim for inexpensive jet output with 10 to 100 times the pressure and 10 times the mass of existing jets.

When injection of liquid oxygen is required, it is injected during the combustion process of the compression heat recovery unit 2C to achieve ultra-high speed injection close to the theoretical air-fuel ratio, and the low temperature injection of superheated steam 50 and the high temperature injection of combustion gas 49 are combined. Combining with the advantages of the existing scramjet + rocket + steam turbine, and combining the advantages of each of the advantages of the best combined use engine injection section 78S, combustion of the compressed heat recovery unit 2C when flying in the atmosphere The combustion gas control valve 24 is opened to the compressed air control valve 24A, the solar heating air 28a is compressed to 800 to 1200 degrees, and the propellant of the heat exchange superheated steam 50 in the compression heat recovery unit 2C. Focusing on manufacturing, mainly using superheated steam 50 as a propulsion propulsion system to prevent global warming by reducing one-stage combustion, two-stage combustion, and three-stage combustion, the superheated steam 50 approaching 20 degrees The heating injection propulsion output is greatly increased to 0 degrees, the majority of the superheated steam volume is increased, the injection speed is increased, the suction force of the combustion gas 49 is increased, and the superheated steam 50 and the combustion gas 49 are mixed and injected most efficiently. The combined engine injection unit 78S is driven, and only the advantages of the existing scramjet + rocket + steam turbine are used, and the oxidizer and propellant of the superheated steam 50, combustion gas 49 and compressed air 28a are stored and used, and the cylinder rotates. By rotating the part 77G more than 180 degrees, vertical ascent, vertical descent, and reverse injection are possible, making the airfield and space use prime everywhere, and making day trips anywhere on the earth.

  0: Vacuum, 1: Generator, 1A: Mercury exhaust inspection room, 1B: Oxygen amount increasing means, 1C: Alcohol cooling, 1D: Fuel injection pump, 1F: Condensate pump, 1G: Heat pump, 1H: Pumping pump, 1J: Pumping device, 1Y: Combustor, 1b: Fuel, 1c: Specific critical material, 1d: Mercury, 1e: Coated steel ball (covered with impact reducing means 2G) 1e: Coated mercury (durable material such as spherical stainless steel and impact 1g: Gravity acceleration part, 1h: Horizontal axis, 2: Solar heater (tracking by tilting and rotating sunlight with long lens) 2a: Water condenser, 2b: Solar thermal increase suspension bridge (suspended) 2c: heat insulating material, 2d: long lens, 2e: water surface, 2f: hanger left, 2g: hanger right, 2A: heat resistant material 2B: heat absorbing material, 2C: Reduced heat recovery unit, 2D: output increasing means, 2E: output increasing sphere (mercury, liquid lead, liquid tin, liquid bismuth, liquid cadmium, liquid indium, liquid gallium, liquid zinc, liquid thallium, liquid metal, water, platinum sphere・ Coated platinum balls, gold balls, coated gold balls, platinum alloy balls, gold alloy balls, lead alloy balls, silver alloy balls, coated platinum alloy balls, coated gold alloy balls, coated lead balls, coated silver alloy balls, tungsten alloy balls, Coated tungsten alloy balls, tungsten steel balls, coated tungsten steel balls, tantalum alloy balls, coated tantalum alloy balls, molybdenum steel balls, coated molybdenum steel balls, molybdenum cast iron balls, coated molybdenum cast iron balls, silver balls, coated silver balls) 2F: Expanding sphere raising device, 2G: Impact reduction means (Coating with small-diameter spheres, lubricating oils, incombustible liquids, rubbers, plastics, etc.) 2H: Cooling / cooling condenser, 2J: Liquid metal heat exchanger , 2K: Lubricating material, 2X: Air heat exchanger, 2Y: Water heat exchanger, 2Z: Mercury heat exchanger, 3: Friction loss reducing means (water repellent action, heating high temperature means, coating, etc. 3A: Water repellent action (means for reducing friction loss with water) 3B: High temperature heating means (high temperature with existing technology such as electric resistance and electromagnetic heating) 3C: Cold recovery means 3G: Water repellent action ( 4A: Turbine blade cross section (existing cross section) 4B: Turbine blade cross section (output surface curved small cross section) 4C: Turbine blade cross section (output surface straight cross section) 4D: Turbine blade cross section (output opposite surface straight line) Cross section) 4E: Turbine blade cross section (curved cross section on the opposite surface of the output) 4F: Turbine blade cross section (existing opposite cross section) 4X: Turbine blade cross section (cross section selected from 4A to 4F) 5C: Air exhaust chamber 6: Nozzle 6 : Nozzle injection unit, 6b: nozzle injection unit, 6d: nozzle injection unit, 6z: water injection pump, 6A: superheated steam injection nozzle, 6B: liquid lead injection pump, 6C: liquid tin injection pump, 6D: liquid bismuth injection pump 6E: liquid zinc injection pump, 6F: compressed air injection nozzle, 6H: liquid cadmium injection pump, 6I: liquid indium injection pump, 6J: liquid gallium injection pump, 6K: liquid thallium injection pump, 6L: liquid metal injection pump, 6X: Fuel injection nozzle, 6Y: Combustion gas injection nozzle, 6Z: Mercury injection pump, 7: Fuel injection valve, 7A: Propeller, 7B: Rotary blade, 7C: Screw, 7E: Rotary arm blade, 8a: Full bucket blade wheel Gas turbine (all blade gas turbine or all blade mass turbine), 8b: all blade impeller water turbine 8c: Turbine blades, 8d: Side plate, 8e: Cylindrical cylinder, 8E: Full blade flywheel mercury turbine (full blade mercury turbine or full blade heat quantity turbine) 8F: all-blade flywheel gravity turbine, 8G: vertical all blade gravity solar thermal turbine (vertical total blade calorific value turbine + vertical all blade mass turbine), 8K: liquid metal gravity opposed turbine (opposed turbine opposed calorific value turbine) Opposed Mass Turbine), 8K: Opposed Series Full Rotor Pusher Turbine (Opposed Series Full Rotor Pusher Mercury Turbine Opposed Series Full Rotor Pusher Water Turbine Opposed Series Full Rotor Pusher Car Gas Turbine Opposed Series Full Rotor Pusher Gravity Turbine), 8L ： Series all blade impeller turbine (series all blade impeller mercury turbine series all blade impeller water turbine series all blade impeller gas turbine series all blade impeller 10b: cockpit, 10c: control room, 10d: cabin, 10e: cargo compartment, 11A: bulkhead, 11B: water chamber, 11C: air chamber, 11D: vacuum 16: Crankshaft, 16A: Horizontal shaft, 21: Expanded piston, 24: Combustion gas control valve, 24A: Compressed air control valve, 25: Superheated steam control valve, 25B: Hot water control valve, 25a: Intake valve 25b: Fuel control valve, 28a: Air, 28a: Internal air, 28a: Air tube air, 28b: Compressed air calorie, 28A: Intake air passage, 28B: Air passage inlet, 37a: Magnetized friction wheel, 37b: Inside Magnetized friction wheel, 38a: flight trunk, 38b: flight wing, 38c: flight tail, 38d: vertical wing, 38e: wing leading edge, 38g: surface wing, 38A: gravity airplane, 8B: Air-injected ship, 38C: Water-injected ship, 39A: Solar thermal gravity plane, 39A: Liquid metal gravity solar thermal spacecraft, 39B: Solar thermal gravity rotating plane, 39B: Liquid metal gravity solar thermal plane, 39C: Solar thermal gravity helicopter, 39C : Liquid metal gravity solar thermal ship, 39D: Screw ship, 39D: Liquid metal gravity solar ship, 39F: Space return aircraft, 39G: Space return flight ship, 40A: Rudder, 46: Magnet part, 49: Combustion gas, 49B: Chimney combustion gas calorific value, 49C: Factory calorific value, 50: Superheated steam, 51: Air extractor, 52a: Water, 52b: Water (water whose temperature changes with sunlight) 52b: Hot water, 52d: Thermal energy, 52d: Water Warm temperature, 52d: Superheated steam temperature, 52e: Cold heat, 52e: Water-cooled heat, 52e: Compressed air cooling 52e: alcohol cooling / heating 52e: ice cooling / heating 55: gear type synchronous device (including magnetic friction synchronous device) 55B: magnetic friction transmission device (including gear type and water pump combined use) 55Y: gear type transmission (existing speed change) 60A: Inner shaft device, 60B: Outer shaft device, 60C: Inner blade group, 60D: Outer blade group, 77B: Cylindrical outer box, 77D: Water jet outer box, 77F: Injection unit outer box 77G: Cylindrical rotating part, 77a: Turbine outer box, 78K: Combined engine injection part, 78S: Combined engine injection part (scramjet + steam turbine, etc.) 79K: Combined engine injection part, 79M: Water jet, 80: Bearing, 80a: thrust bearing, 80A: joint, 80B: clamp, 81: support shaft, 81a: fulcrum, 84: counter rotating magnetic friction power transmission (Including gear type and water pump) 84Y: Counter-rotating gear device (existing technology) 94: fixed outer box, 94A: vertical part of outer box, 95: hot water reservoir, 95a: combustion gas reservoir, 95b: compressed air Reservoir, 95c: Superheated steam reservoir, 95A: Water intake channel, 95B: Fuel reservoir, 96A: Water supply channel, 97: Check valve, 103: Cold heat recovery device,

Claims (5000)

  Turbine blade cross section (4A) 2 to 26 times turbine multiple drive short time coalescence engine injection part (78S) Large injection propulsion output Liquid metal solar engine + fuel cost little CO2 exhaust little coalescence engine injection part (78S) Propulsion output increase + Insulation increase ball riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity Various energy storage cycle coalescing engines with a group of bolts of the same diameter and the same shape for each paragraph and a fitting bolt assembly turbine.   Turbine blade cross section (4B) 5 times turbine multiple drive short-time coalescence engine injection part (78S) Large injection propulsion output Liquid metal solar engine + fuel cost little CO2 exhaust little coalescence engine injection part (78S) injection propulsion output Increase + heat retention increase ball riser (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and stored. + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Turbine blade group Various energy storage cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape of each paragraph.   Turbine blade cross section (4C) 6 times turbine multiple drive short time coalescence engine injection part (78S) Large injection propulsion output Liquid metal solar engine + fuel cost little CO2 exhaust little coalescence engine injection part (78S) injection propulsion output Increase + heat retention increase ball riser (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and stored. + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Turbine blade group Various energy storage cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape of each paragraph.   Turbine blade cross section (4D) 7 times turbine multiple drive short-time coalescence engine injection part (78S) Large injection propulsion output Liquid metal solar engine + fuel cost is small CO2 exhaust small coalescence engine injection part (78S) injection propulsion output Increase + heat retention increase ball riser (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and stored. + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Turbine blade group Various energy storage cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape of each paragraph.   Turbine blade cross section (4E) 8 times turbine multiple drive short-time coalescence engine injection part (78S) Large injection propulsion output Liquid metal solar engine + low fuel cost CO2 exhaust slight coalescence engine injection part (78S) injection propulsion output Increase + heat retention increase ball riser (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used. + Compressed air production heat production with compressed air calorie, mass, and liquid metal gravity Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with each blade having the same diameter and shape.   Turbine blade cross section (4F) 9 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with turbine rotor blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4A) 10 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with turbine rotor blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4B) 11 times the turbine multiple drive short time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to the square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation temperature riser device (2F) is installed at corner corner of rectangular turbine and rises liquid metal + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescence engine with turbine rotor blade group with same diameter and same shape for each stage as fitting bolt assembly turbine.   Turbine blade cross section (4C) 12 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation temperature riser device (2F) is installed at corner corner of rectangular turbine and rises liquid metal + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescence engine with turbine rotor blade group with same diameter and same shape for each stage as fitting bolt assembly turbine.   Turbine blade cross section (4D) 13 times turbine multiple drive short time combined engine injection part (78S) large injection propulsion output liquid metal solar engine + horizontal axis (1h) equipped with right angled square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation temperature riser device (2F) is installed at corner corner of rectangular turbine and rises liquid metal + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with turbine rotor blade groups of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4E) 14 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with turbine rotor blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4F) 15 times the turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar engine + horizontal axis (1h) equipped with a rectangular turbine outer box at right angles, rotating direction Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation temperature riser device (2F) is installed at corner corner of rectangular turbine and rises liquid metal + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with turbine rotor blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4A) 16 times turbine multiple drive short time combined engine injection part (78S) large injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) with square turbine outer box at right angle and rotating direction Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation temperature riser device (2F) is installed at corner corner of rectangular turbine and rises liquid metal + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescence engine with turbine rotor blade group with same diameter and same shape for each stage as fitting bolt assembly turbine.   Turbine blade cross-section (4B) 17 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation temperature riser device (2F) is installed at corner corner of rectangular turbine and rises liquid metal + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescence engine with turbine rotor blade group with same diameter and same shape for each stage as fitting bolt assembly turbine.   Turbine blade cross section (4C) 18 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation temperature riser device (2F) is installed at corner corner of rectangular turbine and rises liquid metal + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with turbine rotor blade groups of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4D) 19 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) with square turbine outer box at right angles An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S) injection driving force. + A heat-retaining and increasing ball lifting device (2F) is provided at the corner of the square turbine outer box. Uses ascending and storing metal + Compressed air calorie, mass and liquid metal gravity to produce compressed air heat + Combined engine of various energy storage cycles with turbine blades set to the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4E) 20 times the turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to the square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S) injection driving force. + A heat-retaining and increasing ball lifting device (2F) is provided at the corner of the square turbine outer box. Uses ascending and storing metal + Compressed air calorie, mass and liquid metal gravity to produce compressed air heat + Combined engine of various energy storage cycles with turbine blades set to the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4F) 21 times the turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) equipped with right angled square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S) injection driving force. Uses ascending and storing metal + Compressed air calorie, mass and liquid metal gravity to produce compressed air heat + Combined engine of various energy storage cycles with turbine blades set to the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4A) 22 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S) injection driving force. Uses ascending and storing metal + Compressed air calorie, mass and liquid metal gravity to produce compressed air heat + Combined engine of various energy storage cycles with turbine blades set to the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4B) is a 23 times larger turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar engine + horizontal axis (1h) equipped with a right angle square outer casing at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Uses ascending storage of metal + Compressed air calorie, mass, and liquid metal gravity to produce compressed air production + Various energy storage cycles with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine for each stage Combined organization.   Turbine blade cross section (4C) 24 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Uses ascending and preserving metal + Compressed air calorie, mass and liquid metal gravity to produce compressed air + Various energy storage cycle coalescing engines with turbine rotor blades set to the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4D) 25 times turbine multiple drive short time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Uses ascending and preserving metal + Compressed air calorie, mass and liquid metal gravity to produce compressed air + Various energy storage cycle coalescing engines with turbine rotor blades set to the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4E) double turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) equipped with right angled square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S) injection driving force. + A heat-retaining and increasing ball lifting device (2F) is provided at the corner of the square turbine outer box. Uses ascending and storing metal + Compressed air calorie, mass and liquid metal gravity to produce compressed air heat + Combined engine of various energy storage cycles with turbine blades set to the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4F) 3 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Uses ascending and preserving metal + Compressed air calorie, mass and liquid metal gravity to produce compressed air + Various energy storage cycle coalescing engines with turbine rotor blades set to the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4A) 4 times turbine multiple drive short time coalescence engine injection part (78S) large injection propulsion output liquid metal solar heat engine + horizontal axis (1h) with right angled square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Uses ascending and preserving metal + Compressed air calorie, mass and liquid metal gravity to produce compressed air + Various energy storage cycle coalescing engines with turbine rotor blades set to the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4B) 5 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S) injection driving force. Uses ascending and preserving metal + Compressed air calorie, mass and liquid metal gravity to produce compressed air + Various energy storage cycle coalescing engines with turbine rotor blades set to the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross-section (4C) 6 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Uses ascending and storing metal + Compressed air calorie, mass and liquid metal gravity to produce compressed air production + Combined engine of various energy storage cycle with turbine rotor blade group of same diameter and same shape for each stage as fitting bolt assembly turbine.   Turbine blade cross section (4D) 7 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) to make large injection propulsion output right angle square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Uses ascending and preserving metal + Compressed air calorie, mass and liquid metal gravity to produce compressed air + Various energy storage cycle coalescing engines with turbine rotor blades set to the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4E) 8 times turbine multiple drive short time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Uses ascending and preserving metal + Compressed air calorie, mass and liquid metal gravity to produce compressed air + Various energy storage cycle coalescing engines with turbine rotor blades set to the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4F) 9 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S) injection driving force. Uses ascending and storing metal + Compressed air calorie, mass and liquid metal gravity to produce compressed air heat + Combined engine of various energy storage cycles with turbine blades set to the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4A) 10 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Uses ascending and preserving metal + Compressed air calorie, mass and liquid metal gravity to produce compressed air + Various energy storage cycle coalescing engines with turbine rotor blades set to the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4B) 11 times the turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar engine + horizontal axis (1h) equipped with a rectangular turbine outer box at right angles, rotating direction An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S) injection driving force. + A heat-retaining and increasing ball lifting device (2F) is provided at the corner of the square turbine outer box. Uses ascending and storing metal + Compressed air calorie, mass and liquid metal gravity to produce compressed air heat + Combined engine of various energy storage cycles with turbine blades set to the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4C) 12 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S) injection driving force. + A heat-retaining and increasing ball lifting device (2F) is provided at the corner of the square turbine outer box. Uses ascending and storing metal + Compressed air calorie, mass and liquid metal gravity to produce compressed air heat + Combined engine of various energy storage cycles with turbine blades set to the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4D) 13 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Uses ascending and preserving metal + Compressed air calorie, mass and liquid metal gravity to produce compressed air + Various energy storage cycle coalescing engines with turbine rotor blades set to the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4E) 14 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) with a square turbine outer box at right angles An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S) injection driving force. + A heat-retaining and increasing ball lifting device (2F) is provided at the corner of the square turbine outer box. Uses ascending and storing metal + Compressed air calorie, mass and liquid metal gravity to produce compressed air heat + Combined engine of various energy storage cycles with turbine blades set to the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4F) 15 times the turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar engine + horizontal axis (1h) equipped with a rectangular turbine outer box at right angles, rotating direction An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S) injection driving force. Uses ascending and storing metal + Compressed air calorie, mass and liquid metal gravity to produce compressed air heat + Combined engine of various energy storage cycles with turbine blades set to the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4A) 16 times turbine multiple drive short time combined engine injection part (78S) large injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) with square turbine outer box at right angle and rotating direction An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S) injection driving force. + A heat-retaining and increasing ball lifting device (2F) is provided at the corner of the square turbine outer box. Uses ascending and storing metal + Compressed air calorie, mass and liquid metal gravity to produce compressed air heat + Combined engine of various energy storage cycles with turbine blades set to the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross-section (4B) 17 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S) injection driving force. Uses ascending and storing metal + Compressed air calorie, mass and liquid metal gravity to produce compressed air heat + Combined engine of various energy storage cycles with turbine blades set to the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4C) 18 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S) injection driving force. + A heat-retaining and increasing ball lifting device (2F) is provided at the corner of the square turbine outer box. Uses ascending and storing metal + Compressed air calorie, mass and liquid metal gravity to produce compressed air heat + Combined engine of various energy storage cycles with turbine blades set to the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4D) 19 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) with square turbine outer box at right angles An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S) injection driving force. + A heat-retaining and increasing ball lifting device (2F) is provided at the corner of the square turbine outer box. Uses ascending and storing metal + Compressed air calorie, mass and liquid metal gravity to produce compressed air heat + Combined engine of various energy storage cycles with turbine blades set to the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4E) 20 times the turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to the square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S) injection driving force. + A heat-retaining and increasing ball lifting device (2F) is provided at the corner of the square turbine outer box. Uses ascending storage of metal + Compressed air calorie, mass and liquid metal gravity to produce compressed air production heat + Various energy storage cycles with turbine rotor blades of the same diameter and shape of each stage as a fitting bolt assembly turbine for each stage Combined organization.   Turbine blade cross section (4F) 21 times the turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) equipped with right angled square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S) injection driving force. + A heat-retaining and increasing ball lifting device (2F) is provided at the corner of the square turbine outer box. Uses ascending storage of metal + Compressed air calorie, mass and liquid metal gravity to produce compressed air production heat + Various energy storage cycles with turbine rotor blades of the same diameter and shape of each stage as a fitting bolt assembly turbine for each stage Combined organization.   Turbine blade cross section (4A) 22 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S) injection driving force. + A heat-retaining and increasing ball lifting device (2F) is provided at the corner of the square turbine outer box. Uses ascending storage of metal + Compressed air calorie, mass and liquid metal gravity to produce compressed air production heat + Various energy storage cycles with turbine rotor blades of the same diameter and shape of each stage as a fitting bolt assembly turbine for each stage Combined organization.   Turbine blade cross section (4B) is a 23 times larger turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar engine + horizontal axis (1h) equipped with a right angle square outer casing at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Uses ascending storage of metal + Compressed air calorie, mass, and liquid metal gravity to produce compressed air production + Various energy storage cycles with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine for each stage Combined organization.   Turbine blade cross section (4C) 24 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Uses ascending storage of metal + Compressed air calorie, mass, and liquid metal gravity to produce compressed air production + Various energy storage cycles with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine for each stage Combined organization.   Turbine blade cross section (4D) 25 times turbine multiple drive short time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Various energy storage cycle coalescing engines that use heat storage turbines that are accelerated and driven by pressure, etc. divided and stored in compressed air heat quantity and mass.   Turbine blade cross section (4E) double turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) equipped with right angled square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S) injection driving force. Various energy storage cycle coalescing engines that use heat storage turbines that are accelerated and driven by pressure, etc. that is divided and stored in heat and mass of compressed air.   Turbine blade cross section (4F) 3 times turbine multiple drive short time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S) injection driving force. + A heat-retaining and increasing ball lifting device (2F) is provided at the corner of the square turbine outer box. Various energy storage cycle coalescing engines that use heat storage turbines that are accelerated and driven by pressure, etc. divided and stored in compressed air heat quantity and mass.   Turbine blade cross section (4A) quadruple turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S) injection driving force. Various energy storage cycle coalescing engines that use heat storage turbines that are accelerated and driven by pressure, etc. that is divided and stored in heat and mass of compressed air.   Turbine blade cross section (4B) 5 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S) injection driving force. Various energy storage cycle coalescing engines that use metal ascending storage and heat-acceleration turbine that accelerates with pressure etc. divided and stored in compressed air heat quantity and mass.   Turbine blade cross-section (4C) 6 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle Alternate heat insulation turbine is driven to accelerate the liquid metal downward + Heat and cold production with intake air path length lens and sunlight + Increase head with heat increase ball lift device (2F) + Square heat turbine increase device (2F) with square heat turbine Installed at the corner of the outer box and used for ascending and storing the liquid metal + Compressed air production heat production with compressed air calorie and mass and liquid metal gravity + Turbine blades with the same diameter and shape of each stage as a fitting bolt assembly turbine Various energy conservation cycle coalescence engine.   Turbine blade cross section (4D) 7 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Alternate heat insulation turbine is driven to accelerate the liquid metal downward + Heat and cold production with intake air path length lens and sunlight + Increase head with heat increase ball lift device (2F) + Square heat turbine increase device (2F) with square heat turbine Installed at the corner of the outer box and used for ascending and storing the liquid metal + Compressed air production heat production with compressed air calorie and mass and liquid metal gravity + Turbine blades with the same diameter and shape of each stage as a fitting bolt assembly turbine Various energy conservation cycle coalescence engine.   Turbine blade cross section (4E) 8 times turbine multiple drive short time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Alternate heat insulation turbine is used to accelerate and drive the liquid metal downward + Heat and cold production with intake air path length lens and sunlight + Increase head drop with heat increase ball lift device (2F) + Square heat turbine increase device (2F) with square heat turbine Installed at the corner of the outer box and used to store the liquid metal. + Compressed air production and production with compressed air calorie, mass and liquid metal gravity. Various energy conservation cycle coalescence engine.   Turbine blade cross-section (4F) 9 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle Alternate heat insulation turbine is used to accelerate and drive the liquid metal downward + Heat and cold production with intake air path length lens and sunlight + Increase head drop with heat increase ball lift device (2F) + Square heat turbine increase device (2F) with square heat turbine Installed at the corner of the outer box and used to store the liquid metal. + Compressed air production and production with compressed air calorie, mass and liquid metal gravity. Various energy conservation cycle coalescence engine.   Turbine blade cross section (4A) 10 times turbine multiple drive short time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Alternate heat insulation turbine is driven to accelerate the liquid metal downward + Heat and cold production with intake air path length lens and sunlight + Increase head with heat increase ball lift device (2F) + Square heat turbine increase device (2F) with square heat turbine Installed at the corner of the outer box to store and store liquid metal + Compressed air production and production with compressed air calorie, mass, and liquid metal gravity + Assembly bolt assembly with turbine blades of the same diameter and shape of each paragraph Combined engine with various energy storage cycles as a turbine.   Turbine blade cross-section (4B) 11 times turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar engine + horizontal axis (1h) equipped with right angled square turbine outer box driven to rotate Rotating turbine with direction alternated + Heat and cold production with intake air path length lens and sunlight + Insulation sphere raising device (2F) is installed at corner of outer corner of square turbine and liquid metal is raised and used for storage + Calorific value and mass of compressed air Compressed air production heat production with liquid metal gravity + various energy conservation cycle coalescence engine with turbine rotor blade group with the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Turbine blade cross section (4C) 12 times turbine multiple drive short time coalescence engine injection part (78S) Large injection propulsion output Liquid metal solar engine + horizontal axis (1h) is driven with right angled square turbine casing at right angle Rotating turbine with direction alternated + Heat and cold production with intake air path length lens and sunlight + Insulation sphere raising device (2F) is installed at corner of outer corner of square turbine and liquid metal is raised and used for storage + Calorific value and mass of compressed air Compressed air production heat production with liquid metal gravity + various energy conservation cycle coalescence engine with turbine rotor blade group with the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Turbine blade cross section (4D) 13 times turbine multiple drive short time coalescence engine injection part (78S) Large injection propulsion output Liquid metal solar engine + horizontal axis (1h) is driven with right angled square turbine outer box at right angle Rotating turbine with direction alternated + Heating / cooling production with intake air path length lens and sunlight + Insulating sphere raising device (2F) installed at corner of outer box of square turbine to use liquid metal for rising storage and use + Compressed air heat quantity and mass Compressed air production heat production with liquid metal gravity + various energy storage cycle coalescing engine with turbine rotor blade group with the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine blade cross-section (4E) 14 times turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar engine + horizontal axis (1h) equipped with right angled square turbine outer box driven to rotate Rotating turbine with direction alternated + Heat and cold production with intake air path length lens and sunlight + Insulation sphere raising device (2F) is installed at corner of outer corner of square turbine and liquid metal is raised and used for storage + Calorific value and mass of compressed air Compressed air production heat production with liquid metal gravity + various energy conservation cycle coalescence engine with turbine rotor blade group with the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Turbine blade cross section (4F) 15 times turbine multiple drive short-time coalescence engine injection part (78S) Large injection propulsion output Liquid metal solar engine + Horizontal axis (1h) is driven with right angled square turbine outer box at right angle Rotating turbine with direction alternated + Heating / cooling production with intake air path length lens and sunlight + Insulating sphere raising device (2F) installed at corner of outer box of square turbine to use liquid metal for rising storage and use + Compressed air heat quantity and mass Compressed air production heat production with liquid metal gravity + Various energy storage cycle coalescence engine with turbine rotor blade group with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4A) 16 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Alternate heat insulation turbine + Accelerating with increased output sphere (2E) as small diameter + Compressed air production and production with compressed air calorie, mass and liquid metal gravity + Turbine blade group with the same diameter and the same shape for each stage Various energy storage cycle coalescing engine as an assembly turbine.   Turbine blade cross-section (4B) 17 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Alternate heat insulation turbine + Accelerating with increased output sphere (2E) as small diameter + Compressed air production and production with compressed air calorie, mass, and liquid metal gravity Various energy storage cycle coalescing engine as an assembly turbine.   Turbine blade cross section (4C) 18 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle Alternate heat insulation turbine + Accelerating with increased output sphere (2E) as small diameter + Compressed air production and production with compressed air calorie, mass, and liquid metal gravity Combined engine with various energy storage cycles as an assembly turbine.   Turbine blade cross section (4D) 19 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) with square turbine outer box at right angles Alternate heat insulation turbine + Accelerating with increased output sphere (2E) as small diameter + Compressed air production and production with compressed air calorie, mass, and liquid metal gravity Various energy storage cycle coalescing engine as an assembly turbine.   Turbine blade cross section (4E) 20 times the turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to the square turbine outer box at right angle Accelerates by increasing the power increase sphere (2E) with a small diameter + Compressed air heat quantity, mass and liquid metal gravity to produce compressed air production heat + Turbine blade group for each paragraph with the same diameter and almost the same shape Various energy storage cycle coalescing engine with fitting bolt assembly turbine.   Turbine blade cross section (4F) 21 times the turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) equipped with right angled square turbine outer box at right angle Accelerated driving of liquid metal downward with alternating heat retaining turbines + Accelerated turbine driving with a small diameter increase in output sphere (2E) + Compressed air production heat production with compressed air heat quantity, mass and liquid metal gravity + Turbine blade group Various energy storage cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   Turbine blade cross section (4A) 22 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Accelerates and drives liquid metal downward with alternating heat-retaining turbines + Drives accelerated turbine with small output increase sphere (2E) diameter + Manufactures compressed air production heat with compressed air calorie, mass and liquid metal gravity + Stages of turbine blades Various energy conservation cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   Turbine blade cross section (4B) is a 23 times turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar engine + horizontal axis (1h) with a square turbine outer box at right angle and rotating direction Accelerated driving of liquid metal downward with alternating heat retaining turbines + Accelerated turbine driving with a small diameter increase in output sphere (2E) + Compressed air production heat production with compressed air heat quantity, mass and liquid metal gravity + Turbine blade group Various energy conservation cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   Turbine blade cross-section (4C) 24 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Accelerated driving of liquid metal downward with alternating heat retaining turbines + Accelerated turbine driving with a small diameter increase in output sphere (2E) + Compressed air production heat production with compressed air heat quantity, mass and liquid metal gravity + Turbine blade group Various energy conservation cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   Turbine blade cross section (4D) 25 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Accelerated driving of liquid metal downward with alternating heat retaining turbine + Accelerated turbine driving with small output increase sphere (2E) + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Turbine blades per paragraph Various energy storage cycle coalescing engines with a group of bolts of the same diameter and the same shape for each paragraph and a fitting bolt assembly turbine.   Turbine blade cross section (4E) double turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) equipped with right angled square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by the combined engine injection part (78S). + Compressed air heat quantity, mass, and liquid metal gravity to produce compressed air production heat production + Various energy storage cycle coalescence engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4F) 3 times turbine multiple drive short time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by the combined engine injection part (78S). + Compressed air heat quantity, mass, and liquid metal gravity to produce compressed air production heat production + Various energy storage cycle coalescence engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4A) quadruple turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by the combined engine injection part (78S). + Compressed air heat quantity, mass, and liquid metal gravity to produce compressed air production heat production + Various energy storage cycle coalescence engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4B) 5 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by the combined engine injection part (78S). + Compressed air heat quantity, mass, and liquid metal gravity to produce compressed air production heat production + Various energy storage cycle coalescence engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross-section (4C) 6 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by the combined engine injection part (78S). + Compressed air calorie, mass and liquid metal gravity to produce heat production + Compressed air production heat production + Turbine blade group for each stage is approximately the same shape for each stage, and a variety of energy storage cycles combined into a fitting bolt assembly turbine organ.   Turbine blade cross-section (4D) 7 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate turbine drive downward with gravitational acceleration + Various aircrafts are driven by the combined engine injection part (78S) injection driving force + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Heat of compressed air, mass and liquid Compressed air production heat production by metal gravity + various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4E) 8 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate turbine drive downward with gravitational acceleration + Various aircrafts are driven by the combined engine injection part (78S) injection propulsion force + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Heat of compressed air, mass and liquid Compressed air production heat production by metal gravity + various energy storage cycle coalescing engines with turbine blades having the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4F) 9 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate turbine drive downward by gravitational acceleration + Various aircrafts are driven by the combined engine injection part (78S) injection propulsion force + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Heat of compressed air, mass and liquid Compressed air production heat production by metal gravity + various energy conservation cycle coalescence engine with turbine blades set to the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4A) 10 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate turbine drive downward by gravitational acceleration + Various aircrafts are driven by the combined engine injection part (78S) injection propulsion force + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Heat of compressed air, mass and liquid Compressed air production heat production by metal gravity + various energy conservation cycle coalescence engine with turbine blades set to the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4B) 11 times turbine multiple drive short-time coalescence engine injection part (78S) high injection propulsion output liquid metal solar thermal engine + output increasing sphere (2E) is accelerated downward by gravity acceleration turbine drive + Various aircrafts are driven by the combined engine injection part (78S) injection propulsion force + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Heat of compressed air, mass and liquid Compressed air production heat production by metal gravity + Various energy storage cycle coalescence engine with turbine rotor blade group of same diameter and same shape for each paragraph and fitting bolt assembly turbine.   Turbine blade cross section (4C) 12 times turbine multiple drive short time coalescence engine injection part (78S) Large injection propulsion output Liquid metal solar engine + horizontal axis (1h) is driven with right angled square turbine casing at right angle Rotating turbine with direction alternated + Heat and cold production with intake air path length lens and sunlight + Insulation sphere raising device (2F) is installed at corner of outer corner of square turbine and liquid metal is raised and used for storage + Calorific value and mass of compressed air Compressed air production heat production with liquid metal gravity + various energy conservation cycle coalescence engine with turbine rotor blade group with the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Turbine blade cross section (4D) 13 times turbine multiple drive short time coalescence engine injection part (78S) Large injection propulsion output Liquid metal solar engine + horizontal axis (1h) is driven with right angled square turbine outer box at right angle Rotating turbine with direction alternated + Heating / cooling production with intake air path length lens and sunlight + Insulating sphere raising device (2F) installed at corner of outer box of square turbine to use liquid metal for rising storage and use + Compressed air heat quantity and mass Compressed air production heat production with liquid metal gravity + various energy storage cycle coalescing engine with turbine rotor blade group with the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine blade cross-section (4E) 14 times turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar engine + horizontal axis (1h) equipped with right angled square turbine outer box driven to rotate Rotating turbine with direction alternated + Heat and cold production with intake air path length lens and sunlight + Insulation sphere raising device (2F) is installed at corner of outer corner of square turbine and liquid metal is raised and used for storage + Calorific value and mass of compressed air Compressed air production heat production with liquid metal gravity + various energy conservation cycle coalescence engine with turbine rotor blade group with the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Turbine blade cross section (4F) 15 times turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar heat engine + horizontal axis (1h) is driven with right angled square turbine outer box and rotated Rotating turbine with direction alternated + Heat and cold production with intake air path length lens and sunlight + Insulation sphere raising device (2F) is installed at corner of outer corner of square turbine and liquid metal is raised and used for storage + Calorific value and mass of compressed air Compressed air production heat production with liquid metal gravity + various energy conservation cycle coalescence engine with turbine rotor blade group with the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Turbine blade cross section (4A) 16 times turbine multiple drive short-time coalescence engine injection part (78S) Large injection propulsion output Liquid metal solar engine + horizontal axis (1h) is driven with right angled square turbine outer box and rotated Rotating turbine with direction alternated + Heat and cold production with intake air path length lens and sunlight + Insulation sphere raising device (2F) is installed at corner of outer corner of square turbine and liquid metal is raised and used for storage + Calorific value and mass of compressed air Compressed air production heat production with liquid metal gravity + various energy storage cycle coalescence engine with turbine rotor blade group with same diameter and same shape for each paragraph as fitting bolt assembly turbine.   Turbine blade cross-section (4B) 17 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Alternate heat insulation turbine + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box to save and use the liquid metal + Compressed air production heat production with heat quantity, mass and liquid metal gravity of the compressed air Various energy storage cycle coalescing engines with moving blade groups of the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Turbine blade cross-section (4C) 18 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle Alternate heat insulation turbine + Insulation sphere riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal. + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine blade cross section (4D) 19 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Alternate heat insulation turbine + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and liquid metal is raised and stored. Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine blade cross section (4E) 20 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Alternate heat insulation turbine + Insulation sphere riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal. + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine blade cross section (4F) 21 times the turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) equipped with a rectangular turbine outer box at right angles to rotate direction Alternate heat insulation turbine + Insulation sphere riser (2F) installed at corner of outer corner of square turbine to use liquid metal for rising storage and use + Compressed air production heat production with compressed air heat quantity, mass and liquid metal gravity + per paragraph In addition, various energy storage cycle coalescing engines with turbine blades of the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4A) 22 times turbine multiple drive short time combined engine injection part (78S) large injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) equipped with right angle square outer casing at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with turbine rotor blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4B) is a 23 times larger turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar engine + horizontal axis (1h) equipped with a right angle square outer casing at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with turbine rotor blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4C) 24 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with turbine rotor blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4D) 25 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation temperature riser device (2F) is installed at corner corner of rectangular turbine and rises liquid metal + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescence engine with turbine rotor blade group with same diameter and same shape for each stage as fitting bolt assembly turbine.   Turbine blade cross section (4E) double turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) equipped with right angled square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation temperature riser device (2F) is installed at corner corner of rectangular turbine and rises liquid metal + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with turbine rotor blade groups of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4F) 3 times turbine multiple drive short time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by the combined engine injection part (78S). + Compressed air heat quantity, mass, and liquid metal gravity to produce compressed air production heat production + Various energy storage cycle coalescence engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4A) quadruple turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by the combined engine injection part (78S). + Compressed air heat quantity, mass, and liquid metal gravity to produce compressed air production heat production + Various energy storage cycle coalescence engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4B) 5 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by the combined engine injection part (78S). + Compressed air heat quantity, mass, and liquid metal gravity to produce compressed air production heat production + Various energy storage cycle coalescence engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross-section (4C) 6 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Compressed air heat quantity, mass, and liquid metal gravity to produce compressed air production heat production + Various energy storage cycle coalescence engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4D) 7 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) to make large injection propulsion output right angle square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Compressed air heat quantity, mass, and liquid metal gravity to produce heat + Heat production of compressed air + Combined various energy storage cycles with turbine blade groups of the same diameter and shape of each stage as a fitting bolt assembly turbine organ.   Turbine blade cross section (4E) 8 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate turbine drive downward with gravitational acceleration + Various aircrafts are driven by the combined engine injection part (78S) injection propulsion force + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Heat of compressed air, mass and liquid Compressed air production heat production by metal gravity + various energy storage cycle coalescing engines with turbine blades having the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4F) 9 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate turbine drive downward by gravitational acceleration + Various aircrafts are driven by the combined engine injection part (78S) injection propulsion force + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Heat of compressed air, mass and liquid Compressed air production heat production by metal gravity + various energy conservation cycle coalescence engine with turbine blades set to the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4A) 10 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate turbine drive downward by gravitational acceleration + Various aircrafts are driven by the combined engine injection part (78S) injection propulsion force + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Heat of compressed air, mass and liquid Compressed air production heat production by metal gravity + various energy conservation cycle coalescence engine with turbine blades set to the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4B) 11 times turbine multiple drive short-time coalescence engine injection part (78S) high injection propulsion output liquid metal solar thermal engine + output increasing sphere (2E) is accelerated downward by gravity acceleration turbine drive + Various aircrafts are driven by the combined engine injection part (78S) injection driving force + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Heat of compressed air, mass and liquid Compressed air production heat production by metal gravity + various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4C) 12 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increasing sphere (2E) to accelerate turbine drive downward with gravitational acceleration + Various aircrafts are driven by the combined engine injection part (78S) injection driving force + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Heat of compressed air, mass and liquid Compressed air production heat production by metal gravity + various energy storage cycle coalescence engine with turbine rotor blade group with same diameter and same shape for each paragraph as fitting bolt assembly turbine.   Turbine blade cross section (4D) 13 times turbine multiple drive short time coalescence engine injection part (78S) Large injection propulsion output Liquid metal solar engine + horizontal axis (1h) is driven with right angled square turbine outer box at right angle Rotating turbine with direction alternated + Heating / cooling production with intake air path length lens and sunlight + Insulating sphere raising device (2F) installed at corner of outer box of square turbine to use liquid metal for rising storage and use + Compressed air heat quantity and mass Compressed air production heat production with liquid metal gravity + various energy storage cycle coalescing engine with turbine rotor blade group with the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine blade cross-section (4E) 14 times turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar engine + horizontal axis (1h) equipped with right angled square turbine outer box driven to rotate Rotating turbine with direction alternated + Heat and cold production with intake air path length lens and sunlight + Insulation sphere raising device (2F) is installed at corner of outer corner of square turbine and liquid metal is raised and used for storage + Calorific value and mass of compressed air Compressed air production heat production with liquid metal gravity + various energy conservation cycle coalescence engine with turbine rotor blade group with the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Turbine blade cross section (4F) 15 times turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar heat engine + horizontal axis (1h) is driven with right angled square turbine outer box and rotated Rotating turbine with direction alternated + Heat and cold production with intake air path length lens and sunlight + Insulation sphere raising device (2F) is installed at corner of outer corner of square turbine and liquid metal is raised and used for storage + Calorific value and mass of compressed air Compressed air production heat production with liquid metal gravity + various energy conservation cycle coalescence engine with turbine rotor blade group with the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Turbine blade cross section (4A) 16 times turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) is driven with right angled square outer casing at right angle Rotating turbine with direction alternated + Heating / cooling production with intake air path length lens and sunlight + Insulating sphere raising device (2F) installed at corner of outer box of square turbine to use liquid metal for rising storage and use + Compressed air heat quantity and mass Compressed air production heat production with liquid metal gravity + various energy storage cycle coalescing engine with turbine rotor blade group with the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4B) 17 times turbine multiple drive short-time coalescence engine injection part (78S) Large injection propulsion output Liquid metal solar engine + horizontal axis (1h) is driven with right angled square turbine outer box and rotated Rotating turbine with direction alternated + Heating / cooling production with intake air path length lens and sunlight + Insulating sphere raising device (2F) installed at corner of outer box of square turbine to use liquid metal for rising storage and use + Compressed air heat quantity and mass Compressed air production heat production with liquid metal gravity + Various energy storage cycle coalescence engine with turbine rotor blade group with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross-section (4C) 18 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle Alternate heat insulation turbine + Insulation sphere riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal. + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine blade cross section (4D) 19 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Alternate heat insulation turbine + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and liquid metal is raised and stored. Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine blade cross section (4E) 20 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Alternate heat insulation turbine + Insulation sphere riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal. + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine blade cross section (4F) 21 times the turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) equipped with a rectangular turbine outer box at right angles to rotate direction Alternate heat insulation turbine + Insulation sphere riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal. + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine blade cross section (4A) 22 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Alternate heat insulation turbine + Insulation sphere riser (2F) installed at corner of outer corner of square turbine to use liquid metal for rising storage and use + Compressed air production heat production with compressed air heat quantity, mass and liquid metal gravity + per paragraph In addition, various energy storage cycle coalescing engines with turbine blades of the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4B) is a 23 times larger turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar engine + horizontal axis (1h) equipped with a right angle square outer casing at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with turbine rotor blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4C) 24 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with turbine rotor blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4D) 25 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation temperature riser device (2F) is installed at corner corner of rectangular turbine and rises liquid metal + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescence engine with turbine rotor blade group with same diameter and same shape for each stage as fitting bolt assembly turbine.   Turbine blade cross section (4E) double turbine multiple drive short time coalescence engine injection part (78S) large injection propulsion output liquid metal solar heat engine + horizontal axis (1h) equipped with right angle square outer casing at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with turbine rotor blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4F) 3 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with turbine rotor blade groups of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4A) quadruple turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by the combined engine injection part (78S). + Compressed air heat quantity, mass, and liquid metal gravity to produce compressed air production heat production + Various energy storage cycle coalescence engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4B) 5 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by the combined engine injection part (78S). + Compressed air heat quantity, mass, and liquid metal gravity to produce compressed air production heat production + Various energy storage cycle coalescence engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross-section (4C) 6 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Compressed air heat quantity, mass, and liquid metal gravity to produce compressed air production heat production + Various energy storage cycle coalescence engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4D) 7 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) to make large injection propulsion output right angle square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Compressed air heat quantity, mass, and liquid metal gravity to produce compressed air production heat production + Various energy storage cycle coalescence engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4E) 8 times turbine multiple drive short time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Compressed air heat quantity, mass, and liquid metal gravity to produce heat + Heat production of compressed air + Combined various energy storage cycles with turbine blade groups of the same diameter and shape of each stage as a fitting bolt assembly turbine organ.   Turbine blade cross section (4F) 9 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate turbine drive downward by gravitational acceleration + Various aircrafts are driven by the combined engine injection part (78S) injection propulsion force + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Heat of compressed air, mass and liquid Compressed air production heat production by metal gravity + various energy conservation cycle coalescence engine with turbine blades set to the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4A) 10 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate turbine drive downward by gravitational acceleration + Various aircrafts are driven by the combined engine injection part (78S) injection propulsion force + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Heat of compressed air, mass and liquid Compressed air production heat production by metal gravity + various energy conservation cycle coalescence engine with turbine blades set to the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4B) 11 times turbine multiple drive short-time coalescence engine injection part (78S) high injection propulsion output liquid metal solar thermal engine + output increasing sphere (2E) is accelerated downward by gravity acceleration turbine drive + Various aircrafts are driven by the combined engine injection part (78S) injection driving force + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Heat of compressed air, mass and liquid Compressed air production heat production by metal gravity + various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4C) 12 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increasing sphere (2E) to accelerate turbine drive downward with gravitational acceleration + Various aircrafts are driven by the combined engine injection part (78S) injection driving force + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Heat of compressed air, mass and liquid Compressed air production heat production by metal gravity + various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4D) 13 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate turbine drive downward with gravitational acceleration + Various aircrafts are driven by the combined engine injection part (78S) injection driving force + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Heat of compressed air, mass and liquid Compressed air production heat production by metal gravity + various energy storage cycle coalescence engine with turbine rotor blade group with same diameter and same shape for each paragraph as fitting bolt assembly turbine.   Turbine blade cross-section (4E) 14 times turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar engine + horizontal axis (1h) equipped with right angled square turbine outer box driven to rotate Rotating turbine with direction alternated + Heat and cold production with intake air path length lens and sunlight + Insulation sphere raising device (2F) is installed at corner of outer corner of square turbine and liquid metal is raised and used for storage + Calorific value and mass of compressed air Compressed air production heat production with liquid metal gravity + various energy conservation cycle coalescence engine with turbine rotor blade group with the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Turbine blade cross section (4F) 15 times turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar heat engine + horizontal axis (1h) is driven with right angled square turbine outer box and rotated Rotating turbine with direction alternated + Heat and cold production with intake air path length lens and sunlight + Insulation sphere raising device (2F) is installed at corner of outer corner of square turbine and liquid metal is raised and used for storage + Calorific value and mass of compressed air Compressed air production heat production with liquid metal gravity + various energy conservation cycle coalescence engine with turbine rotor blade group with the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Turbine blade cross section (4A) 16 times turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) is driven with right angled square outer casing at right angle Rotating turbine with direction alternated + Heating / cooling production with intake air path length lens and sunlight + Insulating sphere raising device (2F) installed at corner of outer box of square turbine to use liquid metal for rising storage and use + Compressed air heat quantity and mass Compressed air production heat production with liquid metal gravity + various energy storage cycle coalescing engine with turbine rotor blade group with the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4B) 17 times turbine multiple drive short-time coalescence engine injection part (78S) Large injection propulsion output Liquid metal solar engine + horizontal axis (1h) is driven with right angled square turbine outer box and rotated Rotating turbine with direction alternated + Heating / cooling production with intake air path length lens and sunlight + Insulating sphere raising device (2F) installed at corner of outer box of square turbine to use liquid metal for rising storage and use + Compressed air heat quantity and mass Compressed air production heat production with liquid metal gravity + various energy storage cycle coalescing engine with turbine rotor blade group with the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4C) 18 times turbine multiple drive short time coalescence engine injection part (78S) large injection propulsion output liquid metal solar heat engine + horizontal axis (1h) is equipped with right angled square turbine outer box driving and rotating Rotating turbine with direction alternated + Heating / cooling production with intake air path length lens and sunlight + Insulating sphere raising device (2F) installed at corner of outer box of square turbine to use liquid metal for rising storage and use + Compressed air heat quantity and mass Compressed air production heat production with liquid metal gravity + Various energy storage cycle coalescence engine with turbine rotor blade group with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4D) 19 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Alternate heat insulation turbine + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and liquid metal is raised and stored. Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine blade cross section (4E) 20 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Alternate heat insulation turbine + Insulation sphere riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal. + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine blade cross section (4F) 21 times the turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) equipped with a rectangular turbine outer box at right angles to rotate direction Alternate heat insulation turbine + Insulation sphere riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal. + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine blade cross section (4A) 22 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Alternate heat insulation turbine + Insulation sphere riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal. + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine blade cross section (4B) is a 23 times larger turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar engine + horizontal axis (1h) equipped with a right angle square outer casing at right angle Alternate heat insulation turbine + Insulation sphere riser (2F) installed at corner of outer corner of square turbine to use liquid metal for rising storage and use + Compressed air production heat production with compressed air heat quantity, mass and liquid metal gravity + per paragraph In addition, various energy storage cycle coalescing engines with turbine blades of the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4C) 24 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with turbine rotor blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4D) 25 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation temperature riser device (2F) is installed at corner corner of rectangular turbine and rises liquid metal + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescence engine with turbine rotor blade group with same diameter and same shape for each stage as fitting bolt assembly turbine.   Turbine blade cross section (4E) double turbine multiple drive short time coalescence engine injection part (78S) large injection propulsion output liquid metal solar heat engine + horizontal axis (1h) equipped with right angle square outer casing at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with turbine rotor blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4F) 3 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with turbine rotor blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4A) 4 times turbine multiple drive short time coalescence engine injection part (78S) large injection propulsion output liquid metal solar heat engine + horizontal axis (1h) with right angled square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with turbine rotor blade groups of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4B) 5 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by the combined engine injection part (78S). + Compressed air heat quantity, mass, and liquid metal gravity to produce compressed air production heat production + Various energy storage cycle coalescence engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross-section (4C) 6 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Compressed air heat quantity, mass, and liquid metal gravity to produce compressed air production heat production + Various energy storage cycle coalescence engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4D) 7 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) to make large injection propulsion output right angle square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Compressed air heat quantity, mass, and liquid metal gravity to produce compressed air production heat production + Various energy storage cycle coalescence engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4E) 8 times turbine multiple drive short time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Compressed air heat quantity, mass, and liquid metal gravity to produce compressed air production heat production + Various energy storage cycle coalescence engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4F) 9 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Compressed air heat quantity, mass, and liquid metal gravity to produce heat + Heat production of compressed air + Combined various energy storage cycles with turbine blade groups of the same diameter and shape of each stage as a fitting bolt assembly turbine organ.   Turbine blade cross section (4A) 10 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate turbine drive downward by gravitational acceleration + Various aircrafts are driven by the combined engine injection part (78S) injection propulsion force + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Heat of compressed air, mass and liquid Compressed air production heat production by metal gravity + various energy conservation cycle coalescence engine with turbine blades set to the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4B) 11 times turbine multiple drive short-time coalescence engine injection part (78S) high injection propulsion output liquid metal solar thermal engine + output increasing sphere (2E) is accelerated downward by gravity acceleration turbine drive + Various aircrafts are driven by the combined engine injection part (78S) injection driving force + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Heat of compressed air, mass and liquid Compressed air production heat production by metal gravity + various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4C) 12 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increasing sphere (2E) to accelerate turbine drive downward with gravitational acceleration + Various aircrafts are driven by the combined engine injection part (78S) injection driving force + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Heat of compressed air, mass and liquid Compressed air production heat production by metal gravity + various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4D) 13 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate turbine drive downward with gravitational acceleration + Various aircrafts are driven by the combined engine injection part (78S) injection driving force + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Heat of compressed air, mass and liquid Compressed air production heat production by metal gravity + various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4E) 14 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate turbine drive downward by gravitational acceleration + Various aircrafts are driven by the combined engine injection part (78S) injection driving force + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Heat of compressed air, mass and liquid Compressed air production heat production by metal gravity + various energy storage cycle coalescence engine with turbine rotor blade group with same diameter and same shape for each paragraph as fitting bolt assembly turbine.   Turbine blade cross section (4F) 15 times turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar heat engine + horizontal axis (1h) is driven with right angled square turbine outer box and rotated Rotating turbine with direction alternated + Heat and cold production with intake air path length lens and sunlight + Insulation sphere raising device (2F) is installed at corner of outer corner of square turbine and liquid metal is raised and used for storage + Calorific value and mass of compressed air Compressed air production heat production with liquid metal gravity + various energy conservation cycle coalescence engine with turbine rotor blade group with the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Turbine blade cross section (4A) 16 times turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) is driven with right angled square outer casing at right angle Rotating turbine with direction alternated + Heating / cooling production with intake air path length lens and sunlight + Insulating sphere raising device (2F) installed at corner of outer box of square turbine to use liquid metal for rising storage and use + Compressed air heat quantity and mass Compressed air production heat production with liquid metal gravity + various energy storage cycle coalescing engine with turbine rotor blade group with the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4B) 17 times turbine multiple drive short-time coalescence engine injection part (78S) Large injection propulsion output Liquid metal solar engine + horizontal axis (1h) is driven with right angled square turbine outer box and rotated Rotating turbine with direction alternated + Heating / cooling production with intake air path length lens and sunlight + Insulating sphere raising device (2F) installed at corner of outer box of square turbine to use liquid metal for rising storage and use + Compressed air heat quantity and mass Compressed air production heat production with liquid metal gravity + various energy storage cycle coalescing engine with turbine rotor blade group with the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4C) 18 times turbine multiple drive short time coalescence engine injection part (78S) large injection propulsion output liquid metal solar heat engine + horizontal axis (1h) is equipped with right angled square turbine outer box driving and rotating Rotating turbine with direction alternated + Heating / cooling production with intake air path length lens and sunlight + Insulating sphere raising device (2F) installed at corner of outer box of square turbine to use liquid metal for rising storage and use + Compressed air heat quantity and mass Compressed air production heat production with liquid metal gravity + various energy storage cycle coalescing engine with turbine rotor blade group with the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4D) 19 times turbine multiple drive short-time coalescence engine injection part (78S) Large injection propulsion output Liquid metal solar engine + Horizontal axis (1h) is driven with right angled square turbine outer box and rotated Rotating turbine with direction alternated + Heating / cooling production with intake air path length lens and sunlight + Insulating sphere raising device (2F) installed at corner of outer box of square turbine to use liquid metal for rising storage and use + Compressed air heat quantity and mass Compressed air production heat production with liquid metal gravity + Various energy storage cycle coalescence engine with turbine rotor blade group with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4E) 20 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Alternate heat insulation turbine + Insulation sphere riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal. + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine blade cross section (4F) 21 times the turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) equipped with a rectangular turbine outer box at right angles to rotate direction Alternate heat insulation turbine + Insulation sphere riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal. + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine blade cross section (4A) 22 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Alternate heat insulation turbine + Insulation sphere riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal. + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine blade cross section (4B) is a 23 times larger turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar engine + horizontal axis (1h) equipped with a right angle square outer casing at right angle Alternate heat insulation turbine + Insulation sphere riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal. + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine blade cross section (4C) 24 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Alternate heat insulation turbine + Insulation sphere riser (2F) installed at corner of outer corner of square turbine to use liquid metal for rising storage and use + Compressed air production heat production with compressed air heat quantity, mass and liquid metal gravity + per paragraph In addition, various energy storage cycle coalescing engines with turbine blades of the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4D) 25 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation temperature riser device (2F) is installed at corner corner of rectangular turbine and rises liquid metal + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescence engine with turbine rotor blade group with same diameter and same shape for each stage as fitting bolt assembly turbine.   Turbine blade cross section (4E) double turbine multiple drive short time coalescence engine injection part (78S) large injection propulsion output liquid metal solar heat engine + horizontal axis (1h) equipped with right angle square outer casing at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with turbine rotor blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4F) 3 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with turbine rotor blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4A) 4 times turbine multiple drive short time coalescence engine injection part (78S) large injection propulsion output liquid metal solar heat engine + horizontal axis (1h) with right angled square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with turbine rotor blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4B) 5 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) with a square turbine outer box at right angles Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with turbine rotor blade groups of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross-section (4C) 6 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Compressed air heat quantity, mass, and liquid metal gravity to produce compressed air production heat production + Various energy storage cycle coalescence engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4D) 7 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) to make large injection propulsion output right angle square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Compressed air heat quantity, mass, and liquid metal gravity to produce compressed air production heat production + Various energy storage cycle coalescence engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4E) 8 times turbine multiple drive short time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Compressed air heat quantity, mass, and liquid metal gravity to produce compressed air production heat production + Various energy storage cycle coalescence engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4F) 9 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Compressed air heat quantity, mass, and liquid metal gravity to produce compressed air production heat production + Various energy storage cycle coalescence engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4A) 10 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Compressed air heat quantity, mass, and liquid metal gravity to produce heat + Heat production of compressed air + Combined various energy storage cycles with turbine blade groups of the same diameter and shape of each stage as a fitting bolt assembly turbine organ.   Turbine blade cross section (4B) 11 times turbine multiple drive short-time coalescence engine injection part (78S) high injection propulsion output liquid metal solar thermal engine + output increasing sphere (2E) is accelerated downward by gravity acceleration turbine drive + Various aircrafts are driven by the combined engine injection part (78S) injection driving force + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Heat of compressed air, mass and liquid Compressed air production heat production by metal gravity + various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4C) 12 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increasing sphere (2E) to accelerate turbine drive downward with gravitational acceleration + Various aircrafts are driven by the combined engine injection part (78S) injection propulsion force + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Heat of compressed air, mass and liquid Compressed air production heat production by metal gravity + various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4D) 13 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate turbine drive downward with gravitational acceleration + Various aircrafts are driven by the combined engine injection part (78S) injection driving force + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Heat of compressed air, mass and liquid Compressed air production heat production by metal gravity + various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4E) 14 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate turbine drive downward by gravitational acceleration + Various aircrafts are driven by the combined engine injection part (78S) injection driving force + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Heat of compressed air, mass and liquid Compressed air production heat production by metal gravity + various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4F) 15 times turbine multiple drive short-time coalescence engine injection part (78S) high injection propulsion output liquid metal solar thermal engine + output increasing sphere (2E) is driven downward by gravity acceleration to drive turbine + Various aircrafts are driven by the combined engine injection part (78S) injection driving force + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Heat of compressed air, mass and liquid Compressed air production heat production by metal gravity + various energy storage cycle coalescence engine with turbine rotor blade group with same diameter and same shape for each paragraph as fitting bolt assembly turbine.   Turbine blade cross section (4A) 16 times turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) is driven with right angled square outer casing at right angle Rotating turbine with direction alternated + Heating / cooling production with intake air path length lens and sunlight + Insulating sphere raising device (2F) installed at corner of outer box of square turbine to use liquid metal for rising storage and use + Compressed air heat quantity and mass Compressed air production heat production with liquid metal gravity + various energy storage cycle coalescing engine with turbine rotor blade group with the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4B) 17 times turbine multiple drive short-time coalescence engine injection part (78S) Large injection propulsion output Liquid metal solar engine + horizontal axis (1h) is driven with right angled square turbine outer box and rotated Rotating turbine with direction alternated + Heating / cooling production with intake air path length lens and sunlight + Insulating sphere raising device (2F) installed at corner of outer box of square turbine to use liquid metal for rising storage and use + Compressed air heat quantity and mass Compressed air production heat production with liquid metal gravity + various energy storage cycle coalescing engine with turbine rotor blade group with the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4C) 18 times turbine multiple drive short time coalescence engine injection part (78S) large injection propulsion output liquid metal solar heat engine + horizontal axis (1h) is equipped with right angled square turbine outer box driving and rotating Rotating turbine with direction alternated + Heating / cooling production with intake air path length lens and sunlight + Insulating sphere raising device (2F) installed at corner of outer box of square turbine to use liquid metal for rising storage and use + Compressed air heat quantity and mass Compressed air production heat production with liquid metal gravity + various energy storage cycle coalescing engine with turbine rotor blade group with the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4D) 19 times turbine multiple drive short-time coalescence engine injection part (78S) Large injection propulsion output Liquid metal solar engine + Horizontal axis (1h) is driven with right angled square turbine outer box and rotated Rotating turbine with direction alternated + Heating / cooling production with intake air path length lens and sunlight + Insulating sphere raising device (2F) installed at corner of outer box of square turbine to use liquid metal for rising storage and use + Compressed air heat quantity and mass Compressed air production heat production with liquid metal gravity + various energy storage cycle coalescing engine with turbine rotor blade group with the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4E) 20 times the turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar engine + horizontal axis (1h) is driven with right angled square turbine outer box and rotated Rotating turbine with direction alternated + Heating / cooling production with intake air path length lens and sunlight + Insulating sphere raising device (2F) installed at corner of outer box of square turbine to use liquid metal for rising storage and use + Compressed air heat quantity and mass Compressed air production heat production with liquid metal gravity + Various energy storage cycle coalescence engine with turbine rotor blade group with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4F) 21 times the turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) equipped with a rectangular turbine outer box at right angles to rotate direction Alternate heat insulation turbine + Insulation sphere riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal. + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine blade cross section (4A) 22 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Alternate heat insulation turbine + Insulation sphere riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal. + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine blade cross section (4B) is a 23 times larger turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar engine + horizontal axis (1h) equipped with a right angle square outer casing at right angle Alternate heat insulation turbine + Insulation sphere riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal. + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine blade cross section (4C) 24 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Alternate heat insulation turbine + Insulation sphere riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal. + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine blade cross section (4D) 25 times turbine multiple drive short time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Alternate heat insulation turbine + Insulation sphere riser (2F) installed at corner of outer corner of square turbine to use liquid metal for rising storage and use + Compressed air production heat production with compressed air heat quantity, mass and liquid metal gravity + per paragraph In addition, various energy storage cycle coalescing engines with turbine blades of the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4E) double turbine multiple drive short time coalescence engine injection part (78S) large injection propulsion output liquid metal solar heat engine + horizontal axis (1h) equipped with right angle square outer casing at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with turbine rotor blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4F) 3 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with turbine rotor blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4A) 4 times turbine multiple drive short time coalescence engine injection part (78S) large injection propulsion output liquid metal solar heat engine + horizontal axis (1h) with right angled square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with turbine rotor blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4B) 5 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) with a square turbine outer box at right angles Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with turbine rotor blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross-section (4C) 6 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with turbine rotor blade groups of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4D) 7 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) to make large injection propulsion output right angle square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Compressed air heat quantity, mass, and liquid metal gravity to produce compressed air production heat production + Various energy storage cycle coalescence engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4E) 8 times turbine multiple drive short time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Compressed air heat quantity, mass, and liquid metal gravity to produce compressed air production heat production + Various energy storage cycle coalescence engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4F) 9 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Compressed air heat quantity, mass, and liquid metal gravity to produce compressed air production heat production + Various energy storage cycle coalescence engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4A) 10 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Compressed air heat quantity, mass, and liquid metal gravity to produce compressed air production heat production + Various energy storage cycle coalescence engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4B) 11 times the turbine multiple drive short time coalescence engine injection part (78S) large injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) equipped with a rectangular turbine outer box at right angles to rotate direction The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Compressed air heat quantity, mass, and liquid metal gravity to produce heat + Heat production of compressed air + Combined various energy storage cycles with turbine blade groups of the same diameter and shape of each stage as a fitting bolt assembly turbine organ.   Turbine blade cross-section (4C) 12 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate turbine drive downward by gravitational acceleration + Various aircrafts are driven by the combined engine injection part (78S) injection propulsion force + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Heat of compressed air, mass and liquid Compressed air production heat production by metal gravity + various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4D) 13 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate turbine drive downward with gravitational acceleration + Various aircrafts are driven by the combined engine injection part (78S) injection driving force + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Heat of compressed air, mass and liquid Compressed air production heat production by metal gravity + various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4E) 14 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate turbine drive downward by gravitational acceleration + Various aircrafts are driven by the combined engine injection part (78S) injection driving force + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Heat of compressed air, mass and liquid Compressed air production heat production by metal gravity + various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4F) 15 times turbine multiple drive short-time coalescence engine injection part (78S) high injection propulsion output liquid metal solar thermal engine + output increasing sphere (2E) is driven downward by gravity acceleration to drive turbine + Various aircrafts are driven by the combined engine injection part (78S) injection driving force + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Heat of compressed air, mass and liquid Compressed air production heat production by metal gravity + various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4A) 16 times turbine multiple drive short-time coalescence engine injection part (78S) high injection propulsion output liquid metal solar engine + output increase sphere (2E) is accelerated downward by gravity acceleration turbine drive + Various aircrafts are driven by the combined engine injection part (78S) injection driving force + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Heat of compressed air, mass and liquid Compressed air production heat production by metal gravity + various energy storage cycle coalescence engine with turbine rotor blade group with same diameter and same shape for each paragraph as fitting bolt assembly turbine.   Turbine blade cross section (4B) 17 times turbine multiple drive short-time coalescence engine injection part (78S) Large injection propulsion output Liquid metal solar engine + horizontal axis (1h) is driven with right angled square turbine outer box and rotated Rotating turbine with direction alternated + Heating / cooling production with intake air path length lens and sunlight + Insulating sphere raising device (2F) installed at corner of outer box of square turbine to use liquid metal for rising storage and use + Compressed air heat quantity and mass Compressed air production heat production with liquid metal gravity + various energy storage cycle coalescing engine with turbine rotor blade group with the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4C) 18 times turbine multiple drive short time coalescence engine injection part (78S) large injection propulsion output liquid metal solar heat engine + horizontal axis (1h) is equipped with right angled square turbine outer box driving and rotating Rotating turbine with direction alternated + Heating / cooling production with intake air path length lens and sunlight + Insulating sphere raising device (2F) installed at corner of outer box of square turbine to use liquid metal for rising storage and use + Compressed air heat quantity and mass Compressed air production heat production with liquid metal gravity + various energy storage cycle coalescing engine with turbine rotor blade group with the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4D) 19 times turbine multiple drive short-time coalescence engine injection part (78S) Large injection propulsion output Liquid metal solar engine + Horizontal axis (1h) is driven with right angled square turbine outer box and rotated Rotating turbine with direction alternated + Heating / cooling production with intake air path length lens and sunlight + Insulating sphere raising device (2F) installed at corner of outer box of square turbine to use liquid metal for rising storage and use + Compressed air heat quantity and mass Compressed air production heat production with liquid metal gravity + various energy storage cycle coalescing engine with turbine rotor blade group with the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4E) 20 times the turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar engine + horizontal axis (1h) is driven with right angled square turbine outer box and rotated Rotating turbine with direction alternated + Heating / cooling production with intake air path length lens and sunlight + Insulating sphere raising device (2F) installed at corner of outer box of square turbine to use liquid metal for rising storage and use + Compressed air heat quantity and mass Compressed air production heat production with liquid metal gravity + various energy storage cycle coalescing engine with turbine rotor blade group with the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine blade cross-section (4F) 21 times the turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar engine + horizontal axis (1h) is driven with a right angle square outer casing at right angles Rotating turbine with direction alternated + Heat and cold production with intake air path length lens and sunlight + Insulation sphere raising device (2F) is installed at corner of outer corner of square turbine and liquid metal is raised and used for storage + Calorific value and mass of compressed air Compressed air production heat production with liquid metal gravity + Various energy storage cycle coalescence engine with turbine rotor blade group with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4A) 22 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Alternate heat insulation turbine + Insulation sphere riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal. + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine blade cross section (4B) is a 23 times larger turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar engine + horizontal axis (1h) equipped with a right angle square outer casing at right angle Alternate heat insulation turbine + Insulation sphere riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal. + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine blade cross section (4C) 24 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Alternate heat insulation turbine + Insulation sphere riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal. + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine blade cross section (4D) 25 times turbine multiple drive short time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Alternate heat insulation turbine + Insulation sphere riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal. + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine blade cross section (4E) double turbine multiple drive short time coalescence engine injection part (78S) large injection propulsion output liquid metal solar heat engine + horizontal axis (1h) equipped with right angle square outer casing at right angle Alternate heat insulation turbine + Insulation sphere riser (2F) installed at corner of outer corner of square turbine to use liquid metal for rising storage and use + Compressed air production heat production with compressed air heat quantity, mass and liquid metal gravity + per paragraph In addition, various energy storage cycle coalescing engines with turbine blades of the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4F) 3 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with turbine rotor blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4A) 4 times turbine multiple drive short time coalescence engine injection part (78S) large injection propulsion output liquid metal solar heat engine + horizontal axis (1h) with right angled square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with turbine rotor blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4B) 5 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) with a square turbine outer box at right angles Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with turbine rotor blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross-section (4C) 6 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with turbine rotor blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4D) 7 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) to make large injection propulsion output right angle square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with turbine rotor blade groups of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4E) 8 times turbine multiple drive short time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Compressed air heat quantity, mass, and liquid metal gravity to produce compressed air production heat production + Various energy storage cycle coalescence engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4F) 9 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Compressed air heat quantity, mass, and liquid metal gravity to produce compressed air production heat production + Various energy storage cycle coalescence engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4A) 10 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Compressed air heat quantity, mass, and liquid metal gravity to produce compressed air production heat production + Various energy storage cycle coalescence engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4B) 11 times the turbine multiple drive short time coalescence engine injection part (78S) large injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) equipped with a rectangular turbine outer box at right angles to rotate direction The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Compressed air heat quantity, mass, and liquid metal gravity to produce compressed air production heat production + Various energy storage cycle coalescence engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross-section (4C) 12 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Compressed air heat quantity, mass, and liquid metal gravity to produce heat + Heat production of compressed air + Combined various energy storage cycles with turbine blade groups of the same diameter and shape of each stage as a fitting bolt assembly turbine organ.   Turbine blade cross section (4D) 13 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate turbine drive downward with gravitational acceleration + Various aircrafts are driven by the combined engine injection part (78S) injection driving force + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Heat of compressed air, mass and liquid Compressed air production heat production by metal gravity + various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4E) 14 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate turbine drive downward by gravitational acceleration + Various aircrafts are driven by the combined engine injection part (78S) injection driving force + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Heat of compressed air, mass and liquid Compressed air production heat production by metal gravity + various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4F) 15 times turbine multiple drive short-time coalescence engine injection part (78S) high injection propulsion output liquid metal solar thermal engine + output increasing sphere (2E) is driven downward by gravity acceleration to drive turbine + Various aircrafts are driven by the combined engine injection part (78S) injection driving force + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Heat of compressed air, mass and liquid Compressed air production heat production by metal gravity + various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4A) 16 times turbine multiple drive short-time coalescence engine injection part (78S) high injection propulsion output liquid metal solar engine + output increase sphere (2E) is accelerated downward by gravity acceleration turbine drive + Various aircrafts are driven by the combined engine injection part (78S) injection driving force + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Heat of compressed air, mass and liquid Compressed air production heat production by metal gravity + various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross-section (4B) 17 times turbine multiple drive short-time coalescence engine injection section (78S) liquid metal solar engine + power increase sphere (2E) is accelerated downward by gravity acceleration to drive turbine + Various aircrafts are driven by the combined engine injection part (78S) injection driving force + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Heat of compressed air, mass and liquid Compressed air production heat production by metal gravity + various energy storage cycle coalescence engine with turbine rotor blade group with same diameter and same shape for each paragraph as fitting bolt assembly turbine.   Turbine blade cross section (4C) 18 times turbine multiple drive short time coalescence engine injection part (78S) large injection propulsion output liquid metal solar heat engine + horizontal axis (1h) is equipped with right angled square turbine outer box driving and rotating Rotating turbine with direction alternated + Heating / cooling production with intake air path length lens and sunlight + Insulating sphere raising device (2F) installed at corner of outer box of square turbine to use liquid metal for rising storage and use + Compressed air heat quantity and mass Compressed air production heat production with liquid metal gravity + various energy storage cycle coalescing engine with turbine rotor blade group with the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4D) 19 times turbine multiple drive short-time coalescence engine injection part (78S) Large injection propulsion output Liquid metal solar engine + Horizontal axis (1h) is driven with right angled square turbine outer box and rotated Rotating turbine with direction alternated + Heating / cooling production with intake air path length lens and sunlight + Insulating sphere raising device (2F) installed at corner of outer box of square turbine to use liquid metal for rising storage and use + Compressed air heat quantity and mass Compressed air production heat production with liquid metal gravity + various energy storage cycle coalescing engine with turbine rotor blade group with the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4E) 20 times the turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar engine + horizontal axis (1h) is driven with right angled square turbine outer box and rotated Rotating turbine with direction alternated + Heating / cooling production with intake air path length lens and sunlight + Insulating sphere raising device (2F) installed at corner of outer box of square turbine to use liquid metal for rising storage and use + Compressed air heat quantity and mass Compressed air production heat production with liquid metal gravity + various energy storage cycle coalescing engine with turbine rotor blade group with the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4F) 21 times the turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar engine + horizontal axis (1h) is driven with right angled square turbine outer box at right angle Rotating turbine with direction alternated + Heating / cooling production with intake air path length lens and sunlight + Insulating sphere raising device (2F) installed at corner of outer box of square turbine to use liquid metal for rising storage and use + Compressed air heat quantity and mass Compressed air production heat production with liquid metal gravity + various energy storage cycle coalescing engine with turbine rotor blade group with the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4A) 22 times turbine multiple drive short-time coalesced engine injection part (78S) large injection propulsion output liquid metal solar engine + horizontal axis (1h) is driven with right angled square turbine casing at right angle Rotating turbine with direction alternated + Heating / cooling production with intake air path length lens and sunlight + Insulating sphere raising device (2F) installed at corner of outer box of square turbine to use liquid metal for rising storage and use + Compressed air heat quantity and mass Compressed air production heat production with liquid metal gravity + Various energy storage cycle coalescence engine with turbine rotor blade group with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4B) is a 23 times larger turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar engine + horizontal axis (1h) equipped with a right angle square outer casing at right angle Alternate heat insulation turbine + Insulation sphere riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal. + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine blade cross section (4C) 24 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Alternate heat insulation turbine + Insulation sphere riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal. + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine blade cross section (4D) 25 times turbine multiple drive short time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Alternate heat insulation turbine + Insulation sphere riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal. + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine blade cross section (4E) double turbine multiple drive short time coalescence engine injection part (78S) large injection propulsion output liquid metal solar heat engine + horizontal axis (1h) equipped with right angle square outer casing at right angle Alternate heat insulation turbine + Insulation sphere riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal. + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine blade cross section (4F) 3 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle Alternate heat insulation turbine + Insulation sphere riser (2F) installed at corner of outer corner of square turbine to use liquid metal for rising storage and use + Compressed air production heat production with compressed air heat quantity, mass and liquid metal gravity + per paragraph In addition, various energy storage cycle coalescing engines with turbine blades of the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4A) 4 times turbine multiple drive short time coalescence engine injection part (78S) large injection propulsion output liquid metal solar heat engine + horizontal axis (1h) with right angled square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with turbine rotor blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4B) 5 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) with a square turbine outer box at right angles Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with turbine rotor blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross-section (4C) 6 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with turbine rotor blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4D) 7 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) to make large injection propulsion output right angle square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with turbine rotor blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4E) 8 times turbine multiple drive short time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with turbine rotor blade groups of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4F) 9 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Compressed air heat quantity, mass, and liquid metal gravity to produce compressed air production heat production + Various energy storage cycle coalescence engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4A) 10 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Compressed air heat quantity, mass, and liquid metal gravity to produce compressed air production heat production + Various energy storage cycle coalescence engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4B) 11 times the turbine multiple drive short time coalescence engine injection part (78S) large injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) equipped with a rectangular turbine outer box at right angles to rotate direction The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Compressed air heat quantity, mass, and liquid metal gravity to produce compressed air production heat production + Various energy storage cycle coalescence engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross-section (4C) 12 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Compressed air heat quantity, mass, and liquid metal gravity to produce compressed air production heat production + Various energy storage cycle coalescence engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4D) 13 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Compressed air heat quantity, mass, and liquid metal gravity to produce heat + Heat production of compressed air + Combined various energy storage cycles with turbine blade groups of the same diameter and shape of each stage as a fitting bolt assembly turbine organ.   Turbine blade cross section (4E) 14 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate turbine drive downward by gravitational acceleration + Various aircrafts are driven by the combined engine injection part (78S) injection driving force + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Heat of compressed air, mass and liquid Compressed air production heat production by metal gravity + various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4F) 15 times turbine multiple drive short-time coalescence engine injection part (78S) high injection propulsion output liquid metal solar thermal engine + output increasing sphere (2E) is driven downward by gravity acceleration to drive turbine + Various aircrafts are driven by the combined engine injection part (78S) injection driving force + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Heat of compressed air, mass and liquid Compressed air production heat production by metal gravity + various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4A) 16 times turbine multiple drive short-time coalescence engine injection part (78S) high injection propulsion output liquid metal solar engine + output increase sphere (2E) is accelerated downward by gravity acceleration turbine drive + Various aircrafts are driven by the combined engine injection part (78S) injection driving force + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Heat of compressed air, mass and liquid Compressed air production heat production by metal gravity + various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross-section (4B) 17 times turbine multiple drive short-time coalescence engine injection section (78S) liquid metal solar engine + power increase sphere (2E) is accelerated downward by gravity acceleration to drive turbine + Various aircrafts are driven by the combined engine injection part (78S) injection driving force + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Heat of compressed air, mass and liquid Compressed air production heat production by metal gravity + various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4C) 18 times turbine multiple drive short-time coalescence engine injection part (78S) high injection propulsion output liquid metal solar thermal engine + output increasing sphere (2E) is accelerated downward by gravity acceleration turbine drive + Various aircrafts are driven by the combined engine injection part (78S) injection driving force + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Heat of compressed air, mass and liquid Compressed air production heat production by metal gravity + various energy storage cycle coalescence engine with turbine rotor blade group with same diameter and same shape for each paragraph as fitting bolt assembly turbine.   Turbine blade cross section (4D) 19-times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate and increase heat retention increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending and storage. Various energy storage cycle coalescing engine as a fitting bolt assembly turbine.   Turbine blade cross section (4E) 20 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) configuration and method for accelerating power increase sphere (2E) + heat retention increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending and storage. Various energy storage cycle coalescing engine as a fitting bolt assembly turbine.   Turbine blade cross section (4F) 21 times the turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar engine + output increase sphere (2E) configuration and method to accelerate + heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending and storage. Various energy storage cycle coalescing engine as a fitting bolt assembly turbine.   Turbine blade cross section (4A) 22 times turbine multiple drive short-time coalescence engine injection part (78S) Large injection propulsion output Liquid metal solar heat engine + Configuration and method for accelerating output increase sphere (2E) ++ Increase in heat retention increase sphere The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending and storage. Various energy storage cycle coalescing engine as a fitting bolt assembly turbine.   Turbine blade cross-section (4B) 23 times the turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar thermal engine + power increase ball (2E) configuration and method to accelerate + heat retention increase ball rise Equipment (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and stored. + Compressed air production and heat production with compressed air calorie, mass and liquid metal gravity + Turbine blade group for each paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines with approximately the same diameter.   Turbine blade cross-section (4C) 24 times turbine multiple drive short-time coalescence engine injection part (78S) high-propulsion propulsion output liquid metal solar engine + output increase sphere (2E) configuration and method to accelerate + heat retention increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending and storage. Various energy storage cycle coalescing engine as a fitting bolt assembly turbine.   Turbine blade cross section (4D) 25 times turbine multiple drive short-time coalescence engine injection part (78S) Large injection propulsion output Liquid metal solar engine + Configuration and method for accelerating output increase sphere (2E) ++ Increase in heat retention increase sphere The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending and storage. Various energy storage cycle coalescing engine as a fitting bolt assembly turbine.   Turbine blade cross section (4E) double turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) configuration and method for accelerating power increase sphere (2E) + heat retention increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending and storage. Various energy storage cycle coalescing engine as a fitting bolt assembly turbine.   Turbine blade cross-section (4F) 3 times turbine multiple drive short-time coalescence engine injection part (78S) Large metal propulsion output Liquid metal solar engine + Configuration and method for accelerating output increase sphere (2E) ++ Increase in heat retention increase sphere The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending and storage. Various energy storage cycle coalescing engine as a fitting bolt assembly turbine.   Turbine blade cross section (4A) 4 times turbine multiple drive short-time coalescence engine injection part (78S) Large metal propulsion output Liquid metal solar engine + Configuration and method for accelerating power increase sphere (2E) ++ Heat retention increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and stored. + Compressed air production and heat production with compressed air calorie, mass and liquid metal gravity + Turbine blade group for each paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines with approximately the same diameter.   Turbine blade cross section (4B) 5 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S) injection driving force. Uses ascending and preserving metal + Compressed air calorie, mass and liquid metal gravity to produce compressed air + Various energy storage cycle coalescing engines with turbine rotor blades set to the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross-section (4C) 6 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Uses ascending and storing metal + Compressed air calorie, mass and liquid metal gravity to produce compressed air production + Combined engine of various energy storage cycle with turbine rotor blade group of same diameter and same shape for each stage as fitting bolt assembly turbine.   Turbine blade cross section (4D) 7 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) to make large injection propulsion output right angle square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Uses ascending and preserving metal + Compressed air calorie, mass and liquid metal gravity to produce compressed air + Various energy storage cycle coalescing engines with turbine rotor blades set to the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4E) 8 times turbine multiple drive short time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Uses ascending and preserving metal + Compressed air calorie, mass and liquid metal gravity to produce compressed air + Various energy storage cycle coalescing engines with turbine rotor blades set to the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4F) 9 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Uses ascending storage of metal + Compressed air calorie, mass, and liquid metal gravity to produce compressed air production + Various energy storage cycles with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine for each stage Combined organization.   Turbine blade cross section (4A) 10 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Uses ascending and preserving metal + Compressed air calorie, mass and liquid metal gravity to produce compressed air + Various energy storage cycle coalescing engines with turbine rotor blades set to the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4B) 11 times the turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar engine + horizontal axis (1h) equipped with a rectangular turbine outer box at right angles, rotating direction An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S) injection driving force. + A heat-retaining and increasing ball lifting device (2F) is provided at the corner of the square turbine outer box. Uses ascending and storing metal + Compressed air calorie, mass and liquid metal gravity to produce compressed air heat + Combined engine of various energy storage cycles with turbine blades set to the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4C) 12 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S) injection driving force. + A heat-retaining and increasing ball lifting device (2F) is provided at the corner of the square turbine outer box. Uses ascending and storing metal + Compressed air calorie, mass and liquid metal gravity to produce compressed air heat + Combined engine of various energy storage cycles with turbine blades set to the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4D) 13 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Uses ascending and preserving metal + Compressed air calorie, mass and liquid metal gravity to produce compressed air + Various energy storage cycle coalescing engines with turbine rotor blades set to the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4E) 14 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) with a square turbine outer box at right angles An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S) injection driving force. + A heat-retaining and increasing ball lifting device (2F) is provided at the corner of the square turbine outer box. Uses ascending and storing metal + Compressed air calorie, mass and liquid metal gravity to produce compressed air heat + Combined engine of various energy storage cycles with turbine blades set to the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4F) 15 times the turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar engine + horizontal axis (1h) equipped with a rectangular turbine outer box at right angles, rotating direction An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S) injection driving force. Uses ascending and storing metal + Compressed air calorie, mass and liquid metal gravity to produce compressed air heat + Combined engine of various energy storage cycles with turbine blades set to the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4A) 16 times turbine multiple drive short time combined engine injection part (78S) large injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) with square turbine outer box at right angle and rotating direction An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S) injection driving force. + A heat-retaining and increasing ball lifting device (2F) is provided at the corner of the square turbine outer box. Uses ascending and storing metal + Compressed air calorie, mass and liquid metal gravity to produce compressed air heat + Combined engine of various energy storage cycles with turbine blades set to the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross-section (4B) 17 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S) injection driving force. Uses ascending and storing metal + Compressed air calorie, mass and liquid metal gravity to produce compressed air heat + Combined engine of various energy storage cycles with turbine blades set to the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4C) 18 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S) injection driving force. + A heat-retaining and increasing ball lifting device (2F) is provided at the corner of the square turbine outer box. Uses ascending and storing metal + Compressed air calorie, mass and liquid metal gravity to produce compressed air heat + Combined engine of various energy storage cycles with turbine blades set to the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4D) 19 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) with square turbine outer box at right angles An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S) injection driving force. + A heat-retaining and increasing ball lifting device (2F) is provided at the corner of the square turbine outer box. Uses ascending and storing metal + Compressed air calorie, mass and liquid metal gravity to produce compressed air heat + Combined engine of various energy storage cycles with turbine blades set to the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4E) 20 times the turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to the square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S) injection driving force. + A heat-retaining and increasing ball lifting device (2F) is provided at the corner of the square turbine outer box. Uses ascending and storing metal + Compressed air calorie, mass and liquid metal gravity to produce compressed air heat + Combined engine of various energy storage cycles with turbine blades set to the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4F) 21 times the turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) equipped with right angled square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S) injection driving force. Uses ascending and storing metal + Compressed air calorie, mass and liquid metal gravity to produce compressed air heat + Combined engine of various energy storage cycles with turbine blades set to the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4A) 22 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S) injection driving force. Uses ascending and storing metal + Compressed air calorie, mass and liquid metal gravity to produce compressed air heat + Combined engine of various energy storage cycles with turbine blades set to the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4B) is a 23 times larger turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar engine + horizontal axis (1h) equipped with a right angle square outer casing at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Uses ascending and preserving metal + Compressed air calorie, mass and liquid metal gravity to produce compressed air + Various energy storage cycle coalescing engines with turbine rotor blades set to the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4C) 24 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Uses ascending and preserving metal + Compressed air calorie, mass and liquid metal gravity to produce compressed air + Various energy storage cycle coalescing engines with turbine rotor blades set to the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4D) 25 times turbine multiple drive short time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Uses ascending and preserving metal + Compressed air calorie, mass and liquid metal gravity to produce compressed air + Various energy storage cycle coalescing engines with turbine rotor blades set to the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4E) double turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) equipped with right angled square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S) injection driving force. + A heat-retaining and increasing ball lifting device (2F) is provided at the corner of the square turbine outer box. Uses ascending and storing metal + Compressed air calorie, mass and liquid metal gravity to produce compressed air heat + Combined engine of various energy storage cycles with turbine blades set to the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4F) 3 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Uses ascending and preserving metal + Compressed air calorie, mass and liquid metal gravity to produce compressed air + Various energy storage cycle coalescing engines with turbine rotor blades set to the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4A) 4 times turbine multiple drive short time coalescence engine injection part (78S) large injection propulsion output liquid metal solar heat engine + horizontal axis (1h) with right angled square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Uses ascending and preserving metal + Compressed air calorie, mass and liquid metal gravity to produce compressed air + Various energy storage cycle coalescing engines with turbine rotor blades set to the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4B) 5 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S) injection driving force. Uses ascending and preserving metal + Compressed air calorie, mass and liquid metal gravity to produce compressed air + Various energy storage cycle coalescing engines with turbine rotor blades set to the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross-section (4C) 6 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Uses ascending storage of metal + Compressed air calorie, mass, and liquid metal gravity to produce compressed air production + Various energy storage cycles with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine for each stage Combined organization.   Turbine blade cross section (4D) 7 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) to make large injection propulsion output right angle square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Uses ascending storage of metal + Compressed air calorie, mass, and liquid metal gravity to produce compressed air production + Various energy storage cycles with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine for each stage Combined organization.   Turbine blade cross section (4E) 8 times turbine multiple drive short time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Uses ascending storage of metal + Compressed air calorie, mass, and liquid metal gravity to produce compressed air production + Various energy storage cycles with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine for each stage Combined organization.   Turbine blade cross section (4F) 9 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Uses ascending storage of metal + Compressed air calorie, mass, and liquid metal gravity to produce compressed air production + Various energy storage cycles with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine for each stage Combined organization.   Turbine blade cross section (4A) 10 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Uses ascending storage of metal + Compressed air calorie, mass, and liquid metal gravity to produce compressed air production + Various energy storage cycles with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine for each stage Combined organization.   Turbine blade cross section (4b) 11 times turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar heat engine + horizontal axis (1h) equipped with right angled square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Various energy storage cycle coalescing engines that use heat storage turbines that are accelerated and driven by pressure, etc. divided and stored in compressed air heat quantity and mass.   Turbine blade cross-section (4C) 12 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Various energy storage cycle coalescing engines that use heat storage turbines that are accelerated and driven by pressure, etc. divided and stored in compressed air heat quantity and mass.   Turbine blade cross section (4D) 13 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Various energy storage cycle coalescing engines that use heat storage turbines that are accelerated and driven by pressure, etc. divided and stored in compressed air heat quantity and mass.   Turbine blade cross section (4E) 14 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Various energy storage cycle coalescing engines that use heat storage turbines that are accelerated and driven by pressure, etc. divided and stored in compressed air heat quantity and mass.   Turbine blade cross section (4F) 15 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Various energy storage cycle coalescing engines that use heat storage turbines that are accelerated and driven by pressure, etc. divided and stored in compressed air heat quantity and mass.   Turbine blade cross section (4A) 16 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Accelerates and drives liquid metal downward with alternating heat insulation turbines + Heat and cold production with intake air path length lens and sunlight + Heat drop increase device (2F) raises the head as much as possible + Heat increase ball increase device (2F) Is installed at the corner of the rectangular turbine outer casing, and the liquid metal is used for ascending storage. + Compressed air calorie, mass, and liquid metal gravity are used to produce compressed air. Various energy storage cycle coalescing engine as an assembly turbine.   Turbine blade cross-section (4B) 17 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Accelerates and drives liquid metal downward with alternating heat insulation turbines + Heat and cold production with intake air path length lens and sunlight + Heat drop increase device (2F) raises the head as much as possible + Heat increase ball increase device (2F) Is installed at the corner of the rectangular turbine outer casing, and the liquid metal is used for ascending storage. + Compressed air calorie, mass, and liquid metal gravity are used to produce compressed air. Various energy storage cycle coalescing engine as an assembly turbine.   Turbine blade cross-section (4C) 18 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle Accelerates and drives liquid metal downward with alternating heat insulation turbines + Heat and cold production with intake air path length lens and sunlight + Heat drop increase device (2F) raises the head as much as possible + Heat increase ball increase device (2F) Is installed at the corner of the rectangular turbine outer casing, and the liquid metal is used for ascending storage. + Compressed air calorie, mass, and liquid metal gravity are used to produce compressed air. Various energy storage cycle coalescing engine as an assembly turbine.   Turbine blade cross-section (4D) 19 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) with square turbine outer box at right angles Accelerates and drives liquid metal downward with alternating heat insulation turbines + Heat and cold production with intake air path length lens and sunlight + Heat drop increase device (2F) raises the head as much as possible + Heat increase ball increase device (2F) Is installed at the corner of the rectangular turbine outer casing, and the liquid metal is used for ascending storage. + Compressed air calorie, mass, and liquid metal gravity are used to produce compressed air. Various energy storage cycle coalescing engine as an assembly turbine.   Turbine blade cross section (4E) 20 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Accelerates and drives liquid metal downward with alternating heat insulation turbines + Heat and cold production with intake air path length lens and sunlight + Heat drop increase device (2F) raises the head as much as possible + Heat increase ball increase device (2F) Is installed at the corner of the outer corner of the square turbine to save and use liquid metal + Compressed air calorie, mass and liquid metal gravity to produce compressed air production heat Various energy storage cycle coalescing engine with fitting bolt assembly turbine.   Turbine blade cross section (4F) 21 times the turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar engine + horizontal axis (1h) is driven with right angled square turbine outer box at right angle Rotating turbine with direction alternated + Heating / cooling production with intake air path length lens and sunlight + Insulating sphere raising device (2F) installed at corner of outer box of square turbine to use liquid metal for rising storage and use + Compressed air heat quantity and mass Compressed air production heat production with liquid metal gravity + various energy storage cycle coalescing engine with turbine rotor blade group with the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4A) 22 times turbine multiple drive short-time coalesced engine injection part (78S) large injection propulsion output liquid metal solar engine + horizontal axis (1h) is driven with right angled square turbine casing at right angle Rotating turbine with direction alternated + Heating / cooling production with intake air path length lens and sunlight + Insulating sphere raising device (2F) installed at corner of outer box of square turbine to use liquid metal for rising storage and use + Compressed air heat quantity and mass Compressed air production heat production with liquid metal gravity + various energy storage cycle coalescing engine with turbine rotor blade group with the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4B) is 23 times turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar engine + horizontal axis (1h) is equipped with right angled square outer casing and driven to rotate Rotating turbine with direction alternated + Heating / cooling production with intake air path length lens and sunlight + Insulating sphere raising device (2F) installed at corner of outer box of square turbine to use liquid metal for rising storage and use + Compressed air heat quantity and mass Compressed air production heat production with liquid metal gravity + various energy storage cycle coalescing engine with turbine rotor blade group with the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4C) 24 times turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar engine + horizontal axis (1h) with right angle square turbine casing right angle driven to rotate Rotating turbine with direction alternated + Heating / cooling production with intake air path length lens and sunlight + Insulating sphere raising device (2F) installed at corner of outer box of square turbine to use liquid metal for rising storage and use + Compressed air heat quantity and mass Compressed air production heat production with liquid metal gravity + various energy storage cycle coalescing engine with turbine rotor blade group with the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4D) 25 times turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar heat engine + horizontal axis (1h) is driven with right angled square outer casing drive and rotate Rotating turbine with direction alternated + Heating / cooling production with intake air path length lens and sunlight + Insulating sphere raising device (2F) installed at corner of outer box of square turbine to use liquid metal for rising storage and use + Compressed air heat quantity and mass Compressed air production heat production with liquid metal gravity + Various energy storage cycle coalescence engine with turbine rotor blade group with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4E) double turbine multiple drive short time coalescence engine injection part (78S) large injection propulsion output liquid metal solar heat engine + horizontal axis (1h) equipped with right angle square outer casing at right angle Alternate heat insulation turbine + Insulation sphere riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal. + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine blade cross section (4F) 3 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle Alternate heat insulation turbine + Insulation sphere riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal. + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine blade cross section (4A) 4 times turbine multiple drive short time coalescence engine injection part (78S) large injection propulsion output liquid metal solar heat engine + horizontal axis (1h) with right angled square turbine outer box at right angle Alternate heat insulation turbine + Insulation sphere riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal. + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine blade cross section (4B) 5 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) with a square turbine outer box at right angles Alternate heat insulation turbine + Insulation sphere riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal. + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine blade cross-section (4C) 6 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle Alternate heat insulation turbine + Insulation sphere riser (2F) installed at corner of outer corner of square turbine to use liquid metal for rising storage and use + Compressed air production heat production with compressed air heat quantity, mass and liquid metal gravity + per paragraph In addition, various energy storage cycle coalescing engines with turbine blades of the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4D) 7 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) to make large injection propulsion output right angle square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with turbine rotor blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4E) 8 times turbine multiple drive short time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with turbine rotor blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4F) 9 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with turbine rotor blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4A) 10 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with turbine rotor blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4B) 11 times the turbine multiple drive short time coalescence engine injection part (78S) large injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) equipped with a rectangular turbine outer box at right angles to rotate direction Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with turbine rotor blade groups of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross-section (4C) 12 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Compressed air heat quantity, mass, and liquid metal gravity to produce compressed air production heat production + Various energy storage cycle coalescence engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4D) 13 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Compressed air heat quantity, mass, and liquid metal gravity to produce compressed air production heat production + Various energy storage cycle coalescence engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4E) 14 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Compressed air heat quantity, mass, and liquid metal gravity to produce compressed air production heat production + Various energy storage cycle coalescence engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4F) 15 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Compressed air heat quantity, mass, and liquid metal gravity to produce compressed air production heat production + Various energy storage cycle coalescence engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4A) 16 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Compressed air heat quantity, mass, and liquid metal gravity to produce heat + Heat production of compressed air + Combined various energy storage cycles with turbine blade groups of the same diameter and shape of each stage as a fitting bolt assembly turbine organ.   Turbine blade cross-section (4B) 17 times turbine multiple drive short-time coalescence engine injection section (78S) liquid metal solar engine + power increase sphere (2E) is accelerated downward by gravity acceleration to drive turbine + Various aircrafts are driven by the combined engine injection part (78S) injection driving force + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Heat of compressed air, mass and liquid Compressed air production heat production by metal gravity + various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4C) 18 times turbine multiple drive short-time coalescence engine injection part (78S) high injection propulsion output liquid metal solar thermal engine + output increasing sphere (2E) is accelerated downward by gravity acceleration turbine drive + Various aircrafts are driven by the combined engine injection part (78S) injection driving force + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Heat of compressed air, mass and liquid Compressed air production heat production by metal gravity + various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4D) 19 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate turbine drive downward by gravitational acceleration + Various aircrafts are driven by the combined engine injection part (78S) injection driving force + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Heat of compressed air, mass and liquid Compressed air production heat production by metal gravity + various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4E) 20 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) is accelerated downward by gravity acceleration to drive turbine + Various aircrafts are driven by the combined engine injection part (78S) injection driving force + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Heat of compressed air, mass and liquid Compressed air production heat production by metal gravity + various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4F) 21 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) is accelerated downward by gravity acceleration to drive turbine + Various aircrafts are driven by the combined engine injection part (78S) injection driving force + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Heat of compressed air, mass and liquid Compressed air production heat production by metal gravity + various energy storage cycle coalescence engine with turbine rotor blade group with same diameter and same shape for each paragraph as fitting bolt assembly turbine.   Turbine blade cross section (4A) 22 times turbine multiple drive short-time coalesced engine injection part (78S) large injection propulsion output liquid metal solar engine + horizontal axis (1h) is driven with right angled square turbine casing at right angle Directional alternating turbine + + heat retention increasing ball lift device (2F) is installed at the corner of the square turbine outer box to use liquid metal ascending and stored + compressed air production heat production and mass production of liquid metal gravity + turbine Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine blade cross section (4B) is 23 times turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar engine + horizontal axis (1h) is equipped with right angled square outer casing and driven to rotate Directional alternating turbine + + heat retention increasing ball lift device (2F) is installed at the corner of the square turbine outer box to use liquid metal ascending and stored + compressed air production heat production and mass production of liquid metal gravity + turbine Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine blade cross section (4C) 24 times turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar engine + horizontal axis (1h) with right angle square turbine casing right angle driven to rotate Directional alternating turbine + + heat retention increasing ball lift device (2F) is installed at the corner of the square turbine outer box to use liquid metal ascending and stored + compressed air production heat production and mass production of liquid metal gravity + turbine Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine blade cross section (4D) 25 times turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar heat engine + horizontal axis (1h) is driven with right angled square outer casing drive and rotate Directional alternating turbine + + heat retention increasing ball lift device (2F) is installed at the corner of the square turbine outer box to use liquid metal ascending and stored + compressed air production heat production and mass production of liquid metal gravity + turbine Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine blade cross section (4E) double turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar heat engine + horizontal axis (1h) is driven with right angled square outer casing at right angle Directional alternating turbine + + heat retention increasing ball lift device (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + compressed air production heat production by mass and liquid gravity of compressed air + per paragraph In addition, various energy storage cycle coalescing engines with turbine blades of the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4F) 3 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle Alternate heat insulation turbine + Insulation sphere riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal. + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine blade cross section (4A) 4 times turbine multiple drive short time coalescence engine injection part (78S) large injection propulsion output liquid metal solar heat engine + horizontal axis (1h) with right angled square turbine outer box at right angle Alternate heat insulation turbine + Insulation sphere riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal. + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine blade cross section (4B) 5 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) with a square turbine outer box at right angles Alternate heat insulation turbine + Insulation sphere riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal. + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine blade cross-section (4C) 6 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle Alternate heat insulation turbine + Insulation sphere riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal. + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine blade cross section (4D) 7 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) to make large injection propulsion output right angle square turbine outer box at right angle Alternate heat insulation turbine + Insulation sphere riser (2F) installed at corner of outer corner of square turbine to use liquid metal for rising storage and use + Compressed air production heat production with compressed air heat quantity, mass and liquid metal gravity + per paragraph In addition, various energy storage cycle coalescing engines with turbine blades of the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4E) 8 times turbine multiple drive short time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with turbine rotor blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4F) 9 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with turbine rotor blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4A) 10 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with turbine rotor blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4B) 11 times the turbine multiple drive short time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to the square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation temperature riser device (2F) is installed at corner corner of rectangular turbine and rises liquid metal + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescence engine with turbine rotor blade group with same diameter and same shape for each stage as fitting bolt assembly turbine.   Turbine blade cross-section (4C) 12 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with turbine rotor blade groups of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4D) 13 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Compressed air heat quantity, mass, and liquid metal gravity to produce compressed air production heat production + Various energy storage cycle coalescence engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4E) 14 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Compressed air heat quantity, mass, and liquid metal gravity to produce compressed air production heat production + Various energy storage cycle coalescence engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4F) 15 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Compressed air heat quantity, mass, and liquid metal gravity to produce compressed air production heat production + Various energy storage cycle coalescence engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4A) 16 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Compressed air heat quantity, mass, and liquid metal gravity to produce compressed air production heat production + Various energy storage cycle coalescence engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross-section (4B) 17 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Compressed air heat quantity, mass, and liquid metal gravity to produce heat + Heat production of compressed air + Combined various energy storage cycles with turbine blade groups of the same diameter and shape of each stage as a fitting bolt assembly turbine organ.   Turbine blade cross section (4C) 18 times turbine multiple drive short-time coalescence engine injection part (78S) high injection propulsion output liquid metal solar thermal engine + output increasing sphere (2E) is accelerated downward by gravity acceleration turbine drive + Various aircrafts are driven by the combined engine injection part (78S) injection driving force + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Heat of compressed air, mass and liquid Compressed air production heat production by metal gravity + various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4D) 19 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate turbine drive downward by gravitational acceleration + Various aircrafts are driven by the combined engine injection part (78S) injection driving force + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Heat of compressed air, mass and liquid Compressed air production heat production by metal gravity + various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4E) 20 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) is accelerated downward by gravity acceleration to drive turbine + Various aircrafts are driven by the combined engine injection part (78S) injection driving force + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Heat of compressed air, mass and liquid Compressed air production heat production by metal gravity + various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4F) 21 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) is accelerated downward by gravity acceleration to drive turbine + Various aircrafts are driven by the combined engine injection part (78S) injection driving force + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Heat of compressed air, mass and liquid Compressed air production heat production by metal gravity + various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4A) 22 times turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar thermal engine + output increasing sphere (2E) is accelerated downward by gravity acceleration turbine drive + Various aircrafts are driven by the combined engine injection part (78S) injection driving force + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Heat of compressed air, mass and liquid Compressed air production heat production by metal gravity + various energy storage cycle coalescence engine with turbine rotor blade group with same diameter and same shape for each paragraph as fitting bolt assembly turbine.   Turbine blade cross section (4B) is 23 times turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar engine + horizontal axis (1h) is equipped with right angled square outer casing and driven to rotate Rotating turbine with direction alternated + Heating / cooling production with intake air path length lens and sunlight + Insulating sphere raising device (2F) installed at corner of outer box of square turbine to use liquid metal for rising storage and use + Compressed air heat quantity and mass Compressed air production heat production with liquid metal gravity + various energy storage cycle coalescing engine with turbine rotor blade group with the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4C) 24 times turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar engine + horizontal axis (1h) with right angle square turbine casing right angle driven to rotate Rotating turbine with direction alternated + Heating / cooling production with intake air path length lens and sunlight + Insulating sphere raising device (2F) installed at corner of outer box of square turbine to use liquid metal for rising storage and use + Compressed air heat quantity and mass Compressed air production heat production with liquid metal gravity + various energy storage cycle coalescing engine with turbine rotor blade group with the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4D) 25 times turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar heat engine + horizontal axis (1h) is driven with right angled square outer casing drive and rotate Rotating turbine with direction alternated + Heating / cooling production with intake air path length lens and sunlight + Insulating sphere raising device (2F) installed at corner of outer box of square turbine to use liquid metal for rising storage and use + Compressed air heat quantity and mass Compressed air production heat production with liquid metal gravity + various energy storage cycle coalescing engine with turbine rotor blade group with the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4E) double turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar heat engine + horizontal axis (1h) is driven with right angled square outer casing at right angle Rotating turbine with direction alternated + Heating / cooling production with intake air path length lens and sunlight + Insulating sphere raising device (2F) installed at corner of outer box of square turbine to use liquid metal for rising storage and use + Compressed air heat quantity and mass Compressed air production heat production with liquid metal gravity + various energy storage cycle coalescing engine with turbine rotor blade group with the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4F) 3 times turbine multiple drive short-time coalescence engine injection part (78S) Large injection propulsion output Liquid metal solar engine + horizontal axis (1h) is driven with right angled square turbine outer box at right angle Rotating turbine with direction alternated + Heating / cooling production with intake air path length lens and sunlight + Insulating sphere raising device (2F) installed at corner of outer box of square turbine to use liquid metal for rising storage and use + Compressed air heat quantity and mass Compressed air production heat production with liquid metal gravity + Various energy storage cycle coalescence engine with turbine rotor blade group with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4A) 4 times turbine multiple drive short time coalescence engine injection part (78S) large injection propulsion output liquid metal solar heat engine + horizontal axis (1h) with right angled square turbine outer box at right angle Alternate heat insulation turbine + Insulation sphere riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal. + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine blade cross section (4B) 5 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) with a square turbine outer box at right angles Alternate heat insulation turbine + Insulation sphere riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal. + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine blade cross-section (4C) 6 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle Alternate heat insulation turbine + Insulation sphere riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal. + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine blade cross section (4D) 7 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) to make large injection propulsion output right angle square turbine outer box at right angle Alternate heat insulation turbine + Insulation sphere riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal. + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine blade cross section (4E) 8 times turbine multiple drive short time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Alternate heat insulation turbine + Insulation sphere riser (2F) installed at corner of outer corner of square turbine to use liquid metal for rising storage and use + Compressed air production heat production with compressed air heat quantity, mass and liquid metal gravity + per paragraph In addition, various energy storage cycle coalescing engines with turbine blades of the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4F) 9 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with turbine rotor blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4A) 10 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with turbine rotor blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4B) 11 times the turbine multiple drive short time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to the square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation temperature riser device (2F) is installed at corner corner of rectangular turbine and rises liquid metal + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescence engine with turbine rotor blade group with same diameter and same shape for each stage as fitting bolt assembly turbine.   Turbine blade cross section (4C) 12 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation temperature riser device (2F) is installed at corner corner of rectangular turbine and rises liquid metal + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescence engine with turbine rotor blade group with same diameter and same shape for each stage as fitting bolt assembly turbine.   Turbine blade cross section (4D) 13 times turbine multiple drive short time combined engine injection part (78S) large injection propulsion output liquid metal solar engine + horizontal axis (1h) equipped with right angled square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation temperature riser device (2F) is installed at corner corner of rectangular turbine and rises liquid metal + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with turbine rotor blade groups of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4E) 14 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Compressed air heat quantity, mass, and liquid metal gravity to produce compressed air production heat production + Various energy storage cycle coalescence engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4F) 15 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Compressed air heat quantity, mass, and liquid metal gravity to produce compressed air production heat production + Various energy storage cycle coalescence engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4A) 16 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Compressed air heat quantity, mass, and liquid metal gravity to produce compressed air production heat production + Various energy storage cycle coalescence engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross-section (4B) 17 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Compressed air heat quantity, mass, and liquid metal gravity to produce compressed air production heat production + Various energy storage cycle coalescence engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross-section (4C) 18 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Compressed air heat quantity, mass, and liquid metal gravity to produce heat + Heat production of compressed air + Combined various energy storage cycles with turbine blade groups of the same diameter and shape of each stage as a fitting bolt assembly turbine organ.   Turbine blade cross section (4D) 19 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate turbine drive downward by gravitational acceleration + Various aircrafts are driven by the combined engine injection part (78S) injection driving force + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Heat of compressed air, mass and liquid Compressed air production heat production by metal gravity + various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4E) 20 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) is accelerated downward by gravity acceleration to drive turbine + Various aircrafts are driven by the combined engine injection part (78S) injection driving force + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Heat of compressed air, mass and liquid Compressed air production heat production by metal gravity + various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4F) 21 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) is accelerated downward by gravity acceleration to drive turbine + Various aircrafts are driven by the combined engine injection part (78S) injection driving force + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Heat of compressed air, mass and liquid Compressed air production heat production by metal gravity + various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4A) 22 times turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar thermal engine + output increasing sphere (2E) is accelerated downward by gravity acceleration turbine drive + Various aircrafts are driven by the combined engine injection part (78S) injection driving force + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Heat of compressed air, mass and liquid Compressed air production heat production by metal gravity + various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4B) 23 times turbine multiple drive short-time coalescence engine injection part (78S) high injection propulsion output liquid metal solar thermal engine + output increasing sphere (2E) is accelerated downward by gravitational acceleration and turbine driven + Various aircrafts are driven by the combined engine injection part (78S) injection driving force + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Heat of compressed air, mass and liquid Compressed air production heat production by metal gravity + various energy storage cycle coalescence engine with turbine rotor blade group with same diameter and same shape for each paragraph as fitting bolt assembly turbine.   Turbine blade cross section (4C) 24 times turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar engine + horizontal axis (1h) with right angle square turbine casing right angle driven to rotate Rotating turbine with direction alternated + Heating / cooling production with intake air path length lens and sunlight + Insulating sphere raising device (2F) installed at corner of outer box of square turbine to use liquid metal for rising storage and use + Compressed air heat quantity and mass Compressed air production heat production with liquid metal gravity + various energy storage cycle coalescing engine with turbine rotor blade group with the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4D) 25 times turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar heat engine + horizontal axis (1h) is driven with right angled square outer casing drive and rotate Rotating turbine with direction alternated + Heating / cooling production with intake air path length lens and sunlight + Insulating sphere raising device (2F) installed at corner of outer box of square turbine to use liquid metal for rising storage and use + Compressed air heat quantity and mass Compressed air production heat production with liquid metal gravity + various energy storage cycle coalescing engine with turbine rotor blade group with the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4E) double turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar heat engine + horizontal axis (1h) is driven with right angled square outer casing at right angle Rotating turbine with direction alternated + Heating / cooling production with intake air path length lens and sunlight + Insulating sphere raising device (2F) installed at corner of outer box of square turbine to use liquid metal for rising storage and use + Compressed air heat quantity and mass Compressed air production heat production with liquid metal gravity + various energy storage cycle coalescing engine with turbine rotor blade group with the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4F) 3 times turbine multiple drive short-time coalescence engine injection part (78S) Large injection propulsion output Liquid metal solar engine + horizontal axis (1h) is driven with right angled square turbine outer box at right angle Rotating turbine with direction alternated + Heating / cooling production with intake air path length lens and sunlight + Insulating sphere raising device (2F) installed at corner of outer box of square turbine to use liquid metal for rising storage and use + Compressed air heat quantity and mass Compressed air production heat production with liquid metal gravity + various energy storage cycle coalescing engine with turbine rotor blade group with the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4A) quadruple turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar engine + horizontal axis (1h) with right angle square turbine outer box driven to rotate Rotating turbine with direction alternated + Heating / cooling production with intake air path length lens and sunlight + Insulating sphere raising device (2F) installed at corner of outer box of square turbine to use liquid metal for rising storage and use + Compressed air heat quantity and mass Compressed air production heat production with liquid metal gravity + Various energy storage cycle coalescence engine with turbine rotor blade group with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4B) 5 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) with a square turbine outer box at right angles Alternate heat insulation turbine + Insulation sphere riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal. + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine blade cross-section (4C) 6 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle Alternate heat insulation turbine + Insulation sphere riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal. + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine blade cross section (4D) 7 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) to make large injection propulsion output right angle square turbine outer box at right angle Alternate heat insulation turbine + Insulation sphere riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal. + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine blade cross section (4E) 8 times turbine multiple drive short time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Alternate heat insulation turbine + Insulation sphere riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal. + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine blade cross section (4F) 9 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Alternate heat insulation turbine + Insulation sphere riser (2F) installed at corner of outer corner of square turbine to use liquid metal for rising storage and use + Compressed air production heat production with compressed air heat quantity, mass and liquid metal gravity + per paragraph In addition, various energy storage cycle coalescing engines with turbine blades of the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4A) 10 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with turbine rotor blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4B) 11 times the turbine multiple drive short time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to the square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation temperature riser device (2F) is installed at corner corner of rectangular turbine and rises liquid metal + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescence engine with turbine rotor blade group with same diameter and same shape for each stage as fitting bolt assembly turbine.   Turbine blade cross section (4C) 12 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation temperature riser device (2F) is installed at corner corner of rectangular turbine and rises liquid metal + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescence engine with turbine rotor blade group with same diameter and same shape for each stage as fitting bolt assembly turbine.   Turbine blade cross section (4D) 13 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with turbine rotor blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4E) 14 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with turbine rotor blade groups of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4F) 15 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Compressed air heat quantity, mass, and liquid metal gravity to produce compressed air production heat production + Various energy storage cycle coalescence engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4A) 16 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Compressed air heat quantity, mass, and liquid metal gravity to produce compressed air production heat production + Various energy storage cycle coalescence engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross-section (4B) 17 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Compressed air heat quantity, mass, and liquid metal gravity to produce compressed air production heat production + Various energy storage cycle coalescence engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross-section (4C) 18 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Compressed air heat quantity, mass, and liquid metal gravity to produce compressed air production heat production + Various energy storage cycle coalescence engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross-section (4D) 19 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) with square turbine outer box at right angles The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Compressed air heat quantity, mass, and liquid metal gravity to produce heat + Heat production of compressed air + Combined various energy storage cycles with turbine blade groups of the same diameter and shape of each stage as a fitting bolt assembly turbine organ.   Turbine blade cross section (4E) 20 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) is accelerated downward by gravity acceleration to drive turbine + Various aircrafts are driven by the combined engine injection part (78S) injection driving force + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Heat of compressed air, mass and liquid Compressed air production heat production by metal gravity + various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4F) 21 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) is accelerated downward by gravity acceleration to drive turbine + Various aircrafts are driven by the combined engine injection part (78S) injection driving force + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Heat of compressed air, mass and liquid Compressed air production heat production by metal gravity + various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4A) 22 times turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar thermal engine + output increasing sphere (2E) is accelerated downward by gravity acceleration turbine drive + Various aircrafts are driven by the combined engine injection part (78S) injection driving force + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Heat of compressed air, mass and liquid Compressed air production heat production by metal gravity + various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4B) 23 times turbine multiple drive short-time coalescence engine injection part (78S) high injection propulsion output liquid metal solar thermal engine + output increasing sphere (2E) is accelerated downward by gravitational acceleration and turbine driven + Various aircrafts are driven by the combined engine injection part (78S) injection driving force + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Heat of compressed air, mass and liquid Compressed air production heat production by metal gravity + various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4C) 24 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine that makes large injection propulsion output + power increase sphere (2E) is accelerated turbine driven downward by gravitational acceleration + Various aircrafts are driven by the combined engine injection part (78S) injection driving force + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Heat of compressed air, mass and liquid Compressed air production heat production by metal gravity + various energy storage cycle coalescence engine with turbine rotor blade group with same diameter and same shape for each paragraph as fitting bolt assembly turbine.   Turbine blade cross section (4D) 25 times turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar heat engine + horizontal axis (1h) is driven with right angled square outer casing drive and rotate Rotating turbine with direction alternated + Heating / cooling production with intake air path length lens and sunlight + Insulating sphere raising device (2F) installed at corner of outer box of square turbine to use liquid metal for rising storage and use + Compressed air heat quantity and mass Compressed air production heat production with liquid metal gravity + various energy storage cycle coalescing engine with turbine rotor blade group with the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4E) double turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar heat engine + horizontal axis (1h) is driven with right angled square outer casing at right angle Rotating turbine with direction alternated + Heating / cooling production with intake air path length lens and sunlight + Insulating sphere raising device (2F) installed at corner of outer box of square turbine to use liquid metal for rising storage and use + Compressed air heat quantity and mass Compressed air production heat production with liquid metal gravity + various energy storage cycle coalescing engine with turbine rotor blade group with the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4F) 3 times turbine multiple drive short-time coalescence engine injection part (78S) Large injection propulsion output Liquid metal solar engine + horizontal axis (1h) is driven with right angled square turbine outer box at right angle Rotating turbine with direction alternated + Heating / cooling production with intake air path length lens and sunlight + Insulating sphere raising device (2F) installed at corner of outer box of square turbine to use liquid metal for rising storage and use + Compressed air heat quantity and mass Compressed air production heat production with liquid metal gravity + various energy storage cycle coalescing engine with turbine rotor blade group with the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4A) quadruple turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar engine + horizontal axis (1h) with right angle square turbine outer box driven to rotate Rotating turbine with direction alternated + Heating / cooling production with intake air path length lens and sunlight + Insulating sphere raising device (2F) installed at corner of outer box of square turbine to use liquid metal for rising storage and use + Compressed air heat quantity and mass Compressed air production heat production with liquid metal gravity + various energy storage cycle coalescing engine with turbine rotor blade group with the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4B) 5 times turbine multiple drive short-time coalescence engine injection part (78S) Large injection propulsion output Liquid metal solar engine + Horizontal axis (1h) is driven with right angled square turbine outer box and rotated Rotating turbine with direction alternated + Heating / cooling production with intake air path length lens and sunlight + Insulating sphere raising device (2F) installed at corner of outer box of square turbine to use liquid metal for rising storage and use + Compressed air heat quantity and mass Compressed air production heat production with liquid metal gravity + Various energy storage cycle coalescence engine with turbine rotor blade group with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross-section (4C) 6 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle Alternate heat insulation turbine + Insulation sphere riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal. + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine blade cross section (4D) 7 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) to make large injection propulsion output right angle square turbine outer box at right angle Alternate heat insulation turbine + Insulation sphere riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal. + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine blade cross section (4E) 8 times turbine multiple drive short time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Alternate heat insulation turbine + Insulation sphere riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal. + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine blade cross section (4F) 9 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Alternate heat insulation turbine + Insulation sphere riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal. + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine blade cross section (4A) 10 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Alternate heat insulation turbine + Insulation sphere riser (2F) installed at corner of outer corner of square turbine to use liquid metal for rising storage and use + Compressed air production heat production with compressed air heat quantity, mass and liquid metal gravity + per paragraph In addition, various energy storage cycle coalescing engines with turbine blades of the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4B) 11 times the turbine multiple drive short time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to the square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation temperature riser device (2F) is installed at corner corner of rectangular turbine and rises liquid metal + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescence engine with turbine rotor blade group with same diameter and same shape for each stage as fitting bolt assembly turbine.   Turbine blade cross section (4C) 12 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation temperature riser device (2F) is installed at corner corner of rectangular turbine and rises liquid metal + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescence engine with turbine rotor blade group with same diameter and same shape for each stage as fitting bolt assembly turbine.   Turbine blade cross section (4D) 13 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with turbine rotor blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4E) 14 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with turbine rotor blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4F) 15 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with turbine rotor blade groups of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4A) 16 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Compressed air heat quantity, mass, and liquid metal gravity to produce compressed air production heat production + Various energy storage cycle coalescence engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross-section (4B) 17 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Compressed air heat quantity, mass, and liquid metal gravity to produce compressed air production heat production + Various energy storage cycle coalescence engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross-section (4C) 18 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Compressed air heat quantity, mass, and liquid metal gravity to produce compressed air production heat production + Various energy storage cycle coalescence engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross-section (4D) 19 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) with square turbine outer box at right angles The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Compressed air heat quantity, mass, and liquid metal gravity to produce compressed air production heat production + Various energy storage cycle coalescence engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4E) 20 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Compressed air heat quantity, mass, and liquid metal gravity to produce heat + Heat production of compressed air + Combined various energy storage cycles with turbine blade groups of the same diameter and shape of each stage as a fitting bolt assembly turbine organ.   Turbine blade cross section (4F) 21 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) is accelerated downward by gravity acceleration to drive turbine + Various aircrafts are driven by the combined engine injection part (78S) injection driving force + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Heat of compressed air, mass and liquid Compressed air production heat production by metal gravity + various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4A) 22 times turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar thermal engine + output increasing sphere (2E) is accelerated downward by gravity acceleration turbine drive + Various aircrafts are driven by the combined engine injection part (78S) injection driving force + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Heat of compressed air, mass and liquid Compressed air production heat production by metal gravity + various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4B) 23 times turbine multiple drive short-time coalescence engine injection part (78S) high injection propulsion output liquid metal solar thermal engine + output increasing sphere (2E) is accelerated downward by gravitational acceleration and turbine driven + Various aircrafts are driven by the combined engine injection part (78S) injection driving force + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Heat of compressed air, mass and liquid Compressed air production heat production by metal gravity + various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4C) 24 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine that makes large injection propulsion output + power increase sphere (2E) is accelerated turbine driven downward by gravitational acceleration + Various aircrafts are driven by the combined engine injection part (78S) injection driving force + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Heat of compressed air, mass and liquid Compressed air production heat production by metal gravity + various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4D) 25 times turbine multiple drive short-time coalescence engine injection part (78S) high injection propulsion output liquid metal solar thermal engine + output increasing sphere (2E) is accelerated downward by gravity acceleration turbine drive + Various aircrafts are driven by the combined engine injection part (78S) injection driving force + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Heat of compressed air, mass and liquid Compressed air production heat production by metal gravity + various energy storage cycle coalescence engine with turbine rotor blade group with same diameter and same shape for each paragraph as fitting bolt assembly turbine.   Turbine blade cross section (4E) double turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar heat engine + horizontal axis (1h) is driven with right angled square outer casing at right angle Rotating turbine with direction alternated + Heating / cooling production with intake air path length lens and sunlight + Insulating sphere raising device (2F) installed at corner of outer box of square turbine to use liquid metal for rising storage and use + Compressed air heat quantity and mass Compressed air production heat production with liquid metal gravity + various energy storage cycle coalescing engine with turbine rotor blade group with the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4F) 3 times turbine multiple drive short-time coalescence engine injection part (78S) Large injection propulsion output Liquid metal solar engine + horizontal axis (1h) is driven with right angled square turbine outer box at right angle Rotating turbine with direction alternated + Heating / cooling production with intake air path length lens and sunlight + Insulating sphere raising device (2F) installed at corner of outer box of square turbine to use liquid metal for rising storage and use + Compressed air heat quantity and mass Compressed air production heat production with liquid metal gravity + various energy storage cycle coalescing engine with turbine rotor blade group with the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4A) quadruple turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar engine + horizontal axis (1h) with right angle square turbine outer box driven to rotate Rotating turbine with direction alternated + Heating / cooling production with intake air path length lens and sunlight + Insulating sphere raising device (2F) installed at corner of outer box of square turbine to use liquid metal for rising storage and use + Compressed air heat quantity and mass Compressed air production heat production with liquid metal gravity + various energy storage cycle coalescing engine with turbine rotor blade group with the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4B) 5 times turbine multiple drive short-time coalescence engine injection part (78S) Large injection propulsion output Liquid metal solar engine + Horizontal axis (1h) is driven with right angled square turbine outer box and rotated Rotating turbine with direction alternated + Heating / cooling production with intake air path length lens and sunlight + Insulating sphere raising device (2F) installed at corner of outer box of square turbine to use liquid metal for rising storage and use + Compressed air heat quantity and mass Compressed air production heat production with liquid metal gravity + various energy storage cycle coalescing engine with turbine rotor blade group with the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4C) 6 times turbine multiple drive short-time coalescence engine injection part (78S) high injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) is driven with right angle square outer casing at right angle Rotating turbine with direction alternated + Heating / cooling production with intake air path length lens and sunlight + Insulating sphere raising device (2F) installed at corner of outer box of square turbine to use liquid metal for rising storage and use + Compressed air heat quantity and mass Compressed air production heat production with liquid metal gravity + Various energy storage cycle coalescence engine with turbine rotor blade group with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4D) 7 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) to make large injection propulsion output right angle square turbine outer box at right angle Alternate heat insulation turbine + Insulation sphere riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal. + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine blade cross section (4E) 8 times turbine multiple drive short time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Alternate heat insulation turbine + Insulation sphere riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal. + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine blade cross section (4F) 9 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Alternate heat insulation turbine + Insulation sphere riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal. + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine blade cross section (4A) 10 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Alternate heat insulation turbine + Insulation sphere riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal. + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine blade cross section (4B) 11 times the turbine multiple drive short time coalescence engine injection part (78S) large injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) equipped with a rectangular turbine outer box at right angles to rotate direction Alternate heat insulation turbine + Insulation sphere riser (2F) installed at corner of outer corner of square turbine to use liquid metal for rising storage and use + Compressed air production heat production with compressed air heat quantity, mass and liquid metal gravity + per paragraph In addition, various energy storage cycle coalescing engines with turbine blades of the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4C) 12 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation temperature riser device (2F) is installed at corner corner of rectangular turbine and rises liquid metal + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescence engine with turbine rotor blade group with same diameter and same shape for each stage as fitting bolt assembly turbine.   Turbine blade cross section (4D) 13 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with turbine rotor blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4E) 14 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with turbine rotor blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4F) 15 times the turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar engine + horizontal axis (1h) equipped with a rectangular turbine outer box at right angles, rotating direction Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation temperature riser device (2F) is installed at corner corner of rectangular turbine and rises liquid metal + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with turbine rotor blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4A) 16 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with turbine rotor blade groups of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross-section (4B) 17 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Compressed air heat quantity, mass, and liquid metal gravity to produce compressed air production heat production + Various energy storage cycle coalescence engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross-section (4C) 18 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Compressed air heat quantity, mass, and liquid metal gravity to produce compressed air production heat production + Various energy storage cycle coalescence engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross-section (4D) 19 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) with square turbine outer box at right angles The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Compressed air heat quantity, mass, and liquid metal gravity to produce compressed air production heat production + Various energy storage cycle coalescence engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4E) 20 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Compressed air heat quantity, mass, and liquid metal gravity to produce compressed air production heat production + Various energy storage cycle coalescence engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4F) 21 times the turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) equipped with a rectangular turbine outer box at right angles to rotate direction The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Compressed air heat quantity, mass, and liquid metal gravity to produce heat + Heat production of compressed air + Combined various energy storage cycles with turbine blade groups of the same diameter and shape of each stage as a fitting bolt assembly turbine organ.   Turbine blade cross section (4A) 22 times turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar thermal engine + output increasing sphere (2E) is accelerated downward by gravity acceleration turbine drive + Various aircrafts are driven by the combined engine injection part (78S) injection driving force + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Heat of compressed air, mass and liquid Compressed air production heat production by metal gravity + various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4B) 23 times turbine multiple drive short-time coalescence engine injection part (78S) high injection propulsion output liquid metal solar thermal engine + output increasing sphere (2E) is accelerated downward by gravitational acceleration and turbine driven + Various aircrafts are driven by the combined engine injection part (78S) injection driving force + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Heat of compressed air, mass and liquid Compressed air production heat production by metal gravity + various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4C) 24 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine that makes large injection propulsion output + power increase sphere (2E) is accelerated turbine driven downward by gravitational acceleration + Various aircrafts are driven by the combined engine injection part (78S) injection driving force + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Heat of compressed air, mass and liquid Compressed air production heat production by metal gravity + various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4D) 25 times turbine multiple drive short-time coalescence engine injection part (78S) high injection propulsion output liquid metal solar thermal engine + output increasing sphere (2E) is accelerated downward by gravity acceleration turbine drive + Various aircrafts are driven by the combined engine injection part (78S) injection driving force + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Heat of compressed air, mass and liquid Compressed air production heat production by metal gravity + various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4E) is doubled turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) is accelerated downward by gravity acceleration to drive turbine + Various aircrafts are driven by the combined engine injection part (78S) injection driving force + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Heat of compressed air, mass and liquid Compressed air production heat production by metal gravity + various energy storage cycle coalescence engine with turbine rotor blade group with same diameter and same shape for each paragraph as fitting bolt assembly turbine.   Turbine blade cross section (4F) 3 times turbine multiple drive short-time coalescence engine injection part (78S) Large injection propulsion output Liquid metal solar engine + horizontal axis (1h) is driven with right angled square turbine outer box at right angle Rotating turbine with direction alternated + Heating / cooling production with intake air path length lens and sunlight + Insulating sphere raising device (2F) installed at corner of outer box of square turbine to use liquid metal for rising storage and use + Compressed air heat quantity and mass Compressed air production heat production with liquid metal gravity + various energy storage cycle coalescing engine with turbine rotor blade group with the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4A) quadruple turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar engine + horizontal axis (1h) with right angle square turbine outer box driven to rotate Rotating turbine with direction alternated + Heating / cooling production with intake air path length lens and sunlight + Insulating sphere raising device (2F) installed at corner of outer box of square turbine to use liquid metal for rising storage and use + Compressed air heat quantity and mass Compressed air production heat production with liquid metal gravity + various energy storage cycle coalescing engine with turbine rotor blade group with the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4B) 5 times turbine multiple drive short-time coalescence engine injection part (78S) Large injection propulsion output Liquid metal solar engine + Horizontal axis (1h) is driven with right angled square turbine outer box and rotated Rotating turbine with direction alternated + Heating / cooling production with intake air path length lens and sunlight + Insulating sphere raising device (2F) installed at corner of outer box of square turbine to use liquid metal for rising storage and use + Compressed air heat quantity and mass Compressed air production heat production with liquid metal gravity + various energy storage cycle coalescing engine with turbine rotor blade group with the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4C) 6 times turbine multiple drive short-time coalescence engine injection part (78S) high injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) is driven with right angle square outer casing at right angle Rotating turbine with direction alternated + Heating / cooling production with intake air path length lens and sunlight + Insulating sphere raising device (2F) installed at corner of outer box of square turbine to use liquid metal for rising storage and use + Compressed air heat quantity and mass Compressed air production heat production with liquid metal gravity + various energy storage cycle coalescing engine with turbine rotor blade group with the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4D) 7 times turbine multiple drive short-time coalescence engine injection part (78S) Large injection propulsion output Liquid metal solar engine + Horizontal axis (1h) is driven with right angled square turbine outer box and rotated Rotating turbine with direction alternated + Heating / cooling production with intake air path length lens and sunlight + Insulating sphere raising device (2F) installed at corner of outer box of square turbine to use liquid metal for rising storage and use + Compressed air heat quantity and mass Compressed air production heat production with liquid metal gravity + Various energy storage cycle coalescence engine with turbine rotor blade group with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4E) 8 times turbine multiple drive short time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Alternate heat insulation turbine + Insulation sphere riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal. + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine blade cross section (4F) 9 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Alternate heat insulation turbine + Insulation sphere riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal. + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine blade cross section (4A) 10 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Alternate heat insulation turbine + Insulation sphere riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal. + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine blade cross section (4B) 11 times the turbine multiple drive short time coalescence engine injection part (78S) large injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) equipped with a rectangular turbine outer box at right angles to rotate direction Alternate heat insulation turbine + Insulation sphere riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal. + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine blade cross-section (4C) 12 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Alternate heat insulation turbine + Insulation sphere riser (2F) installed at corner of outer corner of square turbine to use liquid metal for rising storage and use + Compressed air production heat production with compressed air heat quantity, mass and liquid metal gravity + per paragraph In addition, various energy storage cycle coalescing engines with turbine blades of the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4D) 13 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with turbine rotor blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4E) 14 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with turbine rotor blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4F) 15 times the turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar engine + horizontal axis (1h) equipped with a rectangular turbine outer box at right angles, rotating direction Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation temperature riser device (2F) is installed at corner corner of rectangular turbine and rises liquid metal + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with turbine rotor blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4A) 16 times turbine multiple drive short time combined engine injection part (78S) large injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) with square turbine outer box at right angle and rotating direction Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation temperature riser device (2F) is installed at corner corner of rectangular turbine and rises liquid metal + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescence engine with turbine rotor blade group with same diameter and same shape for each stage as fitting bolt assembly turbine.   Turbine blade cross-section (4B) 17 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with turbine rotor blade groups of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross-section (4C) 18 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Compressed air heat quantity, mass, and liquid metal gravity to produce compressed air production heat production + Various energy storage cycle coalescence engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross-section (4D) 19 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) with square turbine outer box at right angles The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Compressed air heat quantity, mass, and liquid metal gravity to produce compressed air production heat production + Various energy storage cycle coalescence engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4E) 20 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Compressed air heat quantity, mass, and liquid metal gravity to produce compressed air production heat production + Various energy storage cycle coalescence engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4F) 21 times the turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) equipped with a rectangular turbine outer box at right angles to rotate direction The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Compressed air heat quantity, mass, and liquid metal gravity to produce compressed air production heat production + Various energy storage cycle coalescence engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4A) 22 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Compressed air heat quantity, mass, and liquid metal gravity to produce heat + Heat production of compressed air + Combined various energy storage cycles with turbine blade groups of the same diameter and shape of each stage as a fitting bolt assembly turbine organ.   Turbine blade cross section (4B) 23 times turbine multiple drive short-time coalescence engine injection part (78S) high injection propulsion output liquid metal solar thermal engine + output increasing sphere (2E) is accelerated downward by gravitational acceleration and turbine driven + Various aircrafts are driven by the combined engine injection part (78S) injection driving force + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Heat of compressed air, mass and liquid Compressed air production heat production by metal gravity + various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4C) 24 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine that makes large injection propulsion output + power increase sphere (2E) is accelerated turbine driven downward by gravitational acceleration + Various aircrafts are driven by the combined engine injection part (78S) injection driving force + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Heat of compressed air, mass and liquid Compressed air production heat production by metal gravity + various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4D) 25 times turbine multiple drive short-time coalescence engine injection part (78S) high injection propulsion output liquid metal solar thermal engine + output increasing sphere (2E) is accelerated downward by gravity acceleration turbine drive + Various aircrafts are driven by the combined engine injection part (78S) injection driving force + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Heat of compressed air, mass and liquid Compressed air production heat production by metal gravity + various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4E) is doubled turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) is accelerated downward by gravity acceleration to drive turbine + Various aircrafts are driven by the combined engine injection part (78S) injection driving force + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Heat of compressed air, mass and liquid Compressed air production heat production by metal gravity + various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4F) 3 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate turbine drive downward with gravitational acceleration + Various aircrafts are driven by the combined engine injection part (78S) injection driving force + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Heat of compressed air, mass and liquid Compressed air production heat production by metal gravity + various energy storage cycle coalescence engine with turbine rotor blade group with same diameter and same shape for each paragraph as fitting bolt assembly turbine.   Turbine blade cross section (4A) quadruple turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar engine + horizontal axis (1h) with right angle square turbine outer box driven to rotate Rotating turbine with direction alternated + Heating / cooling production with intake air path length lens and sunlight + Insulating sphere raising device (2F) installed at corner of outer box of square turbine to use liquid metal for rising storage and use + Compressed air heat quantity and mass Compressed air production heat production with liquid metal gravity + various energy storage cycle coalescing engine with turbine rotor blade group with the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4B) 5 times turbine multiple drive short-time coalescence engine injection part (78S) Large injection propulsion output Liquid metal solar engine + Horizontal axis (1h) is driven with right angled square turbine outer box and rotated Rotating turbine with direction alternated + Heating / cooling production with intake air path length lens and sunlight + Insulating sphere raising device (2F) installed at corner of outer box of square turbine to use liquid metal for rising storage and use + Compressed air heat quantity and mass Compressed air production heat production with liquid metal gravity + various energy storage cycle coalescing engine with turbine rotor blade group with the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4C) 6 times turbine multiple drive short-time coalescence engine injection part (78S) high injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) is driven with right angle square outer casing at right angle Rotating turbine with direction alternated + Heating / cooling production with intake air path length lens and sunlight + Insulating sphere raising device (2F) installed at corner of outer box of square turbine to use liquid metal for rising storage and use + Compressed air heat quantity and mass Compressed air production heat production with liquid metal gravity + various energy storage cycle coalescing engine with turbine rotor blade group with the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4D) 7 times turbine multiple drive short-time coalescence engine injection part (78S) Large injection propulsion output Liquid metal solar engine + Horizontal axis (1h) is driven with right angled square turbine outer box and rotated Rotating turbine with direction alternated + Heating / cooling production with intake air path length lens and sunlight + Insulating sphere raising device (2F) installed at corner of outer box of square turbine to use liquid metal for rising storage and use + Compressed air heat quantity and mass Compressed air production heat production with liquid metal gravity + various energy storage cycle coalescing engine with turbine rotor blade group with the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4E) 8 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) driven with right angle to square turbine outer box Rotating turbine with direction alternated + Heating / cooling production with intake air path length lens and sunlight + Insulating sphere raising device (2F) installed at corner of outer box of square turbine to use liquid metal for rising storage and use + Compressed air heat quantity and mass Compressed air production heat production with liquid metal gravity + Various energy storage cycle coalescence engine with turbine rotor blade group with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4F) 9 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Alternate heat insulation turbine + Insulation sphere riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal. + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine blade cross section (4A) 10 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Alternate heat insulation turbine + Insulation sphere riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal. + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine blade cross section (4B) 11 times the turbine multiple drive short time coalescence engine injection part (78S) large injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) equipped with a rectangular turbine outer box at right angles to rotate direction Alternate heat insulation turbine + Insulation sphere riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal. + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine blade cross-section (4C) 12 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Alternate heat insulation turbine + Insulation sphere riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal. + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine blade cross section (4D) 13 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle Alternate heat insulation turbine + Insulation sphere riser (2F) installed at corner of outer corner of square turbine to use liquid metal for rising storage and use + Compressed air production heat production with compressed air heat quantity, mass and liquid metal gravity + per paragraph In addition, various energy storage cycle coalescing engines with turbine blades of the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4E) 14 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with turbine rotor blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4F) 15 times the turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar engine + horizontal axis (1h) equipped with a rectangular turbine outer box at right angles, rotating direction Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation temperature riser device (2F) is installed at corner corner of rectangular turbine and rises liquid metal + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with turbine rotor blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4A) 16 times turbine multiple drive short time combined engine injection part (78S) large injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) with square turbine outer box at right angle and rotating direction Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation temperature riser device (2F) is installed at corner corner of rectangular turbine and rises liquid metal + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescence engine with turbine rotor blade group with same diameter and same shape for each stage as fitting bolt assembly turbine.   Turbine blade cross-section (4B) 17 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation temperature riser device (2F) is installed at corner corner of rectangular turbine and rises liquid metal + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescence engine with turbine rotor blade group with same diameter and same shape for each stage as fitting bolt assembly turbine.   Turbine blade cross section (4C) 18 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation temperature riser device (2F) is installed at corner corner of rectangular turbine and rises liquid metal + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with turbine rotor blade groups of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross-section (4D) 19 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) with square turbine outer box at right angles The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Compressed air heat quantity, mass, and liquid metal gravity to produce compressed air production heat production + Various energy storage cycle coalescence engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4E) 20 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Compressed air heat quantity, mass, and liquid metal gravity to produce compressed air production heat production + Various energy storage cycle coalescence engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4F) 21 times the turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) equipped with a rectangular turbine outer box at right angles to rotate direction The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Compressed air heat quantity, mass, and liquid metal gravity to produce compressed air production heat production + Various energy storage cycle coalescence engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4A) 22 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Compressed air heat quantity, mass, and liquid metal gravity to produce compressed air production heat production + Various energy storage cycle coalescence engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4B) is a 23 times larger turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar engine + horizontal axis (1h) equipped with a right angle square outer casing at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Compressed air heat quantity, mass, and liquid metal gravity to produce heat + Heat production of compressed air + Combined various energy storage cycles with turbine blade groups of the same diameter and shape of each stage as a fitting bolt assembly turbine organ.   Turbine blade cross section (4C) 24 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine that makes large injection propulsion output + power increase sphere (2E) is accelerated turbine driven downward by gravitational acceleration + Various aircrafts are driven by the combined engine injection part (78S) injection driving force + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Heat of compressed air, mass and liquid Compressed air production heat production by metal gravity + various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4D) 25 times turbine multiple drive short-time coalescence engine injection part (78S) high injection propulsion output liquid metal solar thermal engine + output increasing sphere (2E) is accelerated downward by gravity acceleration turbine drive + Various aircrafts are driven by the combined engine injection part (78S) injection driving force + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Heat of compressed air, mass and liquid Compressed air production heat production by metal gravity + various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4E) is doubled turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) is accelerated downward by gravity acceleration to drive turbine + Various aircrafts are driven by the combined engine injection part (78S) injection driving force + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Heat of compressed air, mass and liquid Compressed air production heat production by metal gravity + various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4F) 3 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate turbine drive downward with gravitational acceleration + Various aircrafts are driven by the combined engine injection part (78S) injection driving force + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Heat of compressed air, mass and liquid Compressed air production heat production by metal gravity + various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4A) quadruple turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate turbine drive downward with gravitational acceleration + Various aircrafts are driven by the combined engine injection part (78S) injection driving force + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Heat of compressed air, mass and liquid Compressed air production heat production by metal gravity + various energy storage cycle coalescence engine with turbine rotor blade group with same diameter and same shape for each paragraph as fitting bolt assembly turbine.   Turbine blade cross section (4B) 5 times turbine multiple drive short-time coalescence engine injection part (78S) Large metal propulsion output + liquid metal solar engine + output increase sphere (2E) configuration and method + intake air path length Heat and cold production with lens and sunlight + Insulation sphere rising device (2F) is installed at the corner of square turbine outer box and liquid metal is lifted and used for storage + Compressed air production heat with compressed air calorie, mass and liquid metal gravity Manufacture + Combined engine of various energy storage cycles with turbine blades of the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4C) 6 times turbine multiple drive short time coalescence engine injection section (78S) liquid metal solar engine + power increase sphere (2E) acceleration configuration and method + intake air path length Heat and cold production with lens and sunlight + Insulation sphere rising device (2F) is installed at the corner of square turbine outer box and liquid metal is lifted and used for storage + Compressed air production heat with compressed air calorie, mass and liquid metal gravity Manufacture + Combined engine of various energy storage cycles with turbine blades of the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4D) 7 times turbine multiple drive short-time coalescence engine injection part (78S) Large metal propulsion output + liquid metal solar engine + power increase ball (2E) configuration and method to accelerate + intake air path length Heat and cold production with lens and sunlight + Insulation sphere rising device (2F) is installed at the corner of square turbine outer box and liquid metal is lifted and used for storage + Compressed air production heat with compressed air calorie, mass and liquid metal gravity Manufacture + Combined engine of various energy storage cycles with turbine blades of the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4E) 8 times turbine multiple drive short-time coalescence engine injection part (78S) Large metal propulsion output Liquid metal solar engine + Configuration and method for accelerating output increase sphere (2E) + intake air path length Heat and cold production with lens and sunlight + Insulation sphere rising device (2F) is installed at the corner of square turbine outer box and liquid metal is lifted and used for storage + Compressed air production heat with compressed air calorie, mass and liquid metal gravity Manufacture + Combined engine of various energy storage cycles with turbine blades of the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4F) 9 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate the structure and method + intake air path length Heat and cold production with lens and sunlight + Insulation sphere rising device (2F) is installed at the corner of square turbine outer box and liquid metal is lifted and used for storage + Compressed air production heat with compressed air calorie, mass and liquid metal gravity Manufacture + various energy storage cycle coalescing engines with turbine blades of the same diameter and the same shape for each stage and a fitting bolt assembly turbine.   Turbine blade cross section (4A) 10 times turbine multiple drive short-time coalescence engine injection part (78S) Large metal propulsion output Liquid metal solar engine + Configuration and method for accelerating output increase sphere (2E) + intake air path length Heat and cold production with lens and sunlight + Insulation sphere rising device (2F) is installed at the corner of square turbine outer box and liquid metal is lifted and used for storage + Compressed air production heat with compressed air calorie, mass and liquid metal gravity Manufacture + Combined engine of various energy storage cycles with turbine blades of the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4B) 11 times turbine multiple drive short-time coalescence engine injection part (78S) Large metal propulsion output Liquid metal solar engine + Configuration and method for accelerating output increase sphere (2E) + intake air path length Heat and cold production with lens and sunlight + Insulation sphere rising device (2F) is installed at the corner of square turbine outer box and liquid metal is lifted and used for storage + Compressed air production heat with compressed air calorie, mass and liquid metal gravity Manufacture + Combined engine of various energy storage cycles with turbine blades of the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4C) 12 times turbine multiple drive short-time coalescence engine injection part (78S) Large metal propulsion output Liquid metal solar engine + Configuration and method for accelerating output increase sphere (2E) + intake air path length Heat and cold production with lens and sunlight + Insulation sphere rising device (2F) is installed at the corner of square turbine outer box and liquid metal is lifted and used for storage. Manufacture + Combined engine of various energy storage cycles with turbine blades of the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4D) 13 times turbine multiple drive short-time combined engine injection part (78S) Large metal propulsion output Liquid metal solar engine + Configuration and method for accelerating output increase sphere (2E) + intake air path length Heat and cold production with lens and sunlight + Insulation sphere rising device (2F) is installed at the corner of square turbine outer box and liquid metal is lifted and used for storage + Compressed air production heat with compressed air calorie, mass and liquid metal gravity Manufacture + Combined engine of various energy storage cycles with turbine blades of the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Configuration and method for accelerating the liquid metal solar engine + output increasing sphere (2E) to make the turbine blade cross section (4E) 14 times the turbine multiple drive short time coalescence engine injection part (78S) large injection propulsion output + intake air path length Heat and cold production with lens and sunlight + Insulation sphere rising device (2F) is installed at the corner of square turbine outer box and liquid metal is lifted and used for storage + Compressed air production heat with compressed air calorie, mass and liquid metal gravity Manufacture + various energy storage cycle coalescing engines with turbine blades of the same diameter and the same shape for each stage and a fitting bolt assembly turbine.   Turbine blade cross section (4F) 15 times the turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar engine + horizontal axis (1h) equipped with a rectangular turbine outer box at right angles, rotating direction An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S) injection driving force. Uses ascending and storing metal + Compressed air calorie, mass and liquid metal gravity to produce compressed air heat + Combined engine of various energy storage cycles with turbine blades set to the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4A) 16 times turbine multiple drive short time combined engine injection part (78S) large injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) with square turbine outer box at right angle and rotating direction An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S) injection driving force. + A heat-retaining and increasing ball lifting device (2F) is provided at the corner of the square turbine outer box. Uses ascending and storing metal + Compressed air calorie, mass and liquid metal gravity to produce compressed air heat + Combined engine of various energy storage cycles with turbine blades set to the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross-section (4B) 17 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S) injection driving force. Uses ascending and storing metal + Compressed air calorie, mass and liquid metal gravity to produce compressed air heat + Combined engine of various energy storage cycles with turbine blades set to the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4C) 18 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S) injection driving force. + A heat-retaining and increasing ball lifting device (2F) is provided at the corner of the square turbine outer box. Uses ascending and storing metal + Compressed air calorie, mass and liquid metal gravity to produce compressed air heat + Combined engine of various energy storage cycles with turbine blades set to the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross-section (4D) 19 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) with square turbine outer box at right angles An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Uses ascending storage of metal + Compressed air calorie, mass, and liquid metal gravity to produce compressed air production + Various energy storage cycles with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine for each stage Combined organization.   Turbine blade cross section (4E) 20 times the turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to the square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S) injection driving force. + A heat-retaining and increasing ball lifting device (2F) is provided at the corner of the square turbine outer box. Uses ascending and storing metal + Compressed air calorie, mass and liquid metal gravity to produce compressed air heat + Combined engine of various energy storage cycles with turbine blades set to the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4F) 21 times the turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) equipped with right angled square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S) injection driving force. Uses ascending and storing metal + Compressed air calorie, mass and liquid metal gravity to produce compressed air heat + Combined engine of various energy storage cycles with turbine blades set to the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4A) 22 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S) injection driving force. Uses ascending and storing metal + Compressed air calorie, mass and liquid metal gravity to produce compressed air heat + Combined engine of various energy storage cycles with turbine blades set to the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4B) is a 23 times larger turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar engine + horizontal axis (1h) equipped with a right angle square outer casing at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Uses ascending and preserving metal + Compressed air calorie, mass and liquid metal gravity to produce compressed air + Various energy storage cycle coalescing engines with turbine rotor blades set to the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4C) 24 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Uses ascending and preserving metal + Compressed air calorie, mass and liquid metal gravity to produce compressed air + Various energy storage cycle coalescing engines with turbine rotor blades set to the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4D) 25 times turbine multiple drive short time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Uses ascending and preserving metal + Compressed air calorie, mass and liquid metal gravity to produce compressed air + Various energy storage cycle coalescing engines with turbine rotor blades set to the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4E) double turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) equipped with right angled square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S) injection driving force. + A heat-retaining and increasing ball lifting device (2F) is provided at the corner of the square turbine outer box. Uses ascending and storing metal + Compressed air calorie, mass and liquid metal gravity to produce compressed air heat + Combined engine of various energy storage cycles with turbine blades set to the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4F) 3 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Uses ascending and preserving metal + Compressed air calorie, mass and liquid metal gravity to produce compressed air + Various energy storage cycle coalescing engines with turbine rotor blades set to the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4A) 4 times turbine multiple drive short time coalescence engine injection part (78S) large injection propulsion output liquid metal solar heat engine + horizontal axis (1h) with right angled square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Uses ascending and preserving metal + Compressed air calorie, mass and liquid metal gravity to produce compressed air + Various energy storage cycle coalescing engines with turbine rotor blades set to the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4B) 5 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S) injection driving force. Uses ascending and preserving metal + Compressed air calorie, mass and liquid metal gravity to produce compressed air + Various energy storage cycle coalescing engines with turbine rotor blades set to the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross-section (4C) 6 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Uses ascending and storing metal + Compressed air calorie, mass and liquid metal gravity to produce compressed air production + Combined engine of various energy storage cycle with turbine rotor blade group of same diameter and same shape for each stage as fitting bolt assembly turbine.   Turbine blade cross section (4D) 7 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) to make large injection propulsion output right angle square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Uses ascending and preserving metal + Compressed air calorie, mass and liquid metal gravity to produce compressed air + Various energy storage cycle coalescing engines with turbine rotor blades set to the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4E) 8 times turbine multiple drive short time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Uses ascending and preserving metal + Compressed air calorie, mass and liquid metal gravity to produce compressed air + Various energy storage cycle coalescing engines with turbine rotor blades set to the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4F) 9 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S) injection driving force. Uses ascending and storing metal + Compressed air calorie, mass and liquid metal gravity to produce compressed air heat + Combined engine of various energy storage cycles with turbine blades set to the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4A) 10 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Uses ascending and preserving metal + Compressed air calorie, mass and liquid metal gravity to produce compressed air + Various energy storage cycle coalescing engines with turbine rotor blades set to the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4B) 11 times the turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar engine + horizontal axis (1h) equipped with a rectangular turbine outer box at right angles, rotating direction An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S) injection driving force. + A heat-retaining and increasing ball lifting device (2F) is provided at the corner of the square turbine outer box. Uses ascending and storing metal + Compressed air calorie, mass and liquid metal gravity to produce compressed air heat + Combined engine of various energy storage cycles with turbine blades set to the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4C) 12 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S) injection driving force. + A heat-retaining and increasing ball lifting device (2F) is provided at the corner of the square turbine outer box. Uses ascending and storing metal + Compressed air calorie, mass and liquid metal gravity to produce compressed air heat + Combined engine of various energy storage cycles with turbine blades set to the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4D) 13 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Uses ascending and preserving metal + Compressed air calorie, mass and liquid metal gravity to produce compressed air + Various energy storage cycle coalescing engines with turbine rotor blades set to the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4E) 14 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) with a square turbine outer box at right angles An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S) injection driving force. + A heat-retaining and increasing ball lifting device (2F) is provided at the corner of the square turbine outer box. Uses ascending and storing metal + Compressed air calorie, mass and liquid metal gravity to produce compressed air heat + Combined engine of various energy storage cycles with turbine blades set to the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4F) 15 times the turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar engine + horizontal axis (1h) equipped with a rectangular turbine outer box at right angles, rotating direction An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S) injection driving force. Uses ascending and storing metal + Compressed air calorie, mass and liquid metal gravity to produce compressed air heat + Combined engine of various energy storage cycles with turbine blades set to the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4A) 16 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Uses ascending storage of metal + Compressed air calorie, mass, and liquid metal gravity to produce compressed air production + Various energy storage cycles with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine for each stage Combined organization.   Turbine blade cross-section (4B) 17 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Uses ascending storage of metal + Compressed air calorie, mass, and liquid metal gravity to produce compressed air production + Various energy storage cycles with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine for each stage Combined organization.   Turbine blade cross-section (4C) 18 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Uses ascending storage of metal + Compressed air calorie, mass, and liquid metal gravity to produce compressed air production + Various energy storage cycles with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine for each stage Combined organization.   Turbine blade cross-section (4D) 19 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) with square turbine outer box at right angles An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Uses ascending storage of metal + Compressed air calorie, mass, and liquid metal gravity to produce compressed air production + Various energy storage cycles with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine for each stage Combined organization.   Turbine blade cross section (4E) 20 times the turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to the square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S) injection driving force. + A heat-retaining and increasing ball lifting device (2F) is provided at the corner of the square turbine outer box. Uses ascending storage of metal + Compressed air calorie, mass and liquid metal gravity to produce compressed air production heat + Various energy storage cycles with turbine rotor blades of the same diameter and shape of each stage as a fitting bolt assembly turbine for each stage Combined organization.   Turbine blade cross section (4F) 21 times the turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) equipped with a rectangular turbine outer box at right angles to rotate direction An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Various energy storage cycle coalescing engines that use heat storage turbines that are accelerated and driven by pressure, etc. divided and stored in compressed air heat quantity and mass.   Turbine blade cross section (4A) 22 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S) injection driving force. Various energy storage cycle coalescing engines that use heat storage turbines that are accelerated and driven by pressure, etc. divided and stored in compressed air heat quantity and mass.   Turbine blade cross section (4B) is a 23 times larger turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar engine + horizontal axis (1h) equipped with a right angle square outer casing at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Various energy storage cycle coalescing engines that use heat storage turbines that are accelerated and driven by pressure, etc. divided and stored in compressed air heat quantity and mass.   Turbine blade cross-section (4C) 24 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Various energy storage cycle coalescing engines that use heat storage turbines that are accelerated and driven by pressure, etc. divided and stored in compressed air heat quantity and mass.   Turbine blade cross section (4D) 25 times turbine multiple drive short time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Various energy storage cycle coalescing engines that use heat storage turbines that are accelerated and driven by pressure, etc. divided and stored in compressed air heat quantity and mass.   Turbine blade cross section (4E) double turbine multiple drive short time coalescence engine injection part (78S) large injection propulsion output liquid metal solar heat engine + horizontal axis (1h) equipped with right angle square outer casing at right angle Alternate heat insulation turbine is used to accelerate and drive the liquid metal downward + Heat and cold production with intake air path length lens and sunlight + Increase head drop with heat increase ball lift device (2F) + Square heat turbine increase device (2F) with square heat turbine Installed at the corner of the outer box and used to store the liquid metal. + Compressed air production and production with compressed air calorie, mass and liquid metal gravity. Various energy conservation cycle coalescence engine.   Turbine blade cross section (4F) 3 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle Alternate heat insulation turbine is used to accelerate and drive the liquid metal downward + Heat and cold production with intake air path length lens and sunlight + Increase head drop with heat increase ball lift device (2F) + Square heat turbine increase device (2F) with square heat turbine Installed at the corner of the outer box and used to store the liquid metal. + Compressed air production and production with compressed air calorie, mass and liquid metal gravity. Various energy conservation cycle coalescence engine.   Turbine blade cross section (4A) 4 times turbine multiple drive short time coalescence engine injection part (78S) large injection propulsion output liquid metal solar heat engine + horizontal axis (1h) with right angled square turbine outer box at right angle Alternate heat insulation turbine is used to accelerate and drive the liquid metal downward + Heat and cold production with intake air path length lens and sunlight + Increase head drop with heat increase ball lift device (2F) + Square heat turbine increase device (2F) with square heat turbine Installed at the corner of the outer box and used to store the liquid metal. + Compressed air production and production with compressed air calorie, mass and liquid metal gravity. Various energy conservation cycle coalescence engine.   Turbine blade cross section (4B) 5 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) with a square turbine outer box at right angles Alternate heat insulation turbine is used to accelerate and drive the liquid metal downward + Heat and cold production with intake air path length lens and sunlight + Increase head drop with heat increase ball lift device (2F) + Square heat turbine increase device (2F) with square heat turbine Installed at the corner of the outer box and used to store the liquid metal. + Compressed air production and production with compressed air calorie, mass and liquid metal gravity. Various energy conservation cycle coalescence engine.   Turbine blade cross-section (4C) 6 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle Alternate heat insulation turbine is used to accelerate and drive the liquid metal downward + Heat and cold production with intake air path length lens and sunlight + Increase head drop with heat increase ball lift device (2F) + Square heat turbine increase device (2F) with square heat turbine Installed at the corner of the outer box to store and use liquid metal + Compressed air calorie, mass and liquid metal gravity to produce compressed air production + Assembly of turbine rotor blades for each stage with the same diameter and the same shape for each stage Various energy storage cycle coalescing engine as turbine.   Turbine blade cross section (4D) 7 times turbine multiple drive short-time coalescence engine injection part (78S) Large injection propulsion output Liquid metal solar engine + Horizontal axis (1h) is driven with right angled square turbine outer box and rotated Rotating turbine with direction alternated + Heating / cooling production with intake air path length lens and sunlight + Insulating sphere raising device (2F) installed at corner of outer box of square turbine to use liquid metal for rising storage and use + Compressed air heat quantity and mass Compressed air production heat production with liquid metal gravity + various energy storage cycle coalescing engine with turbine rotor blade group with the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4E) 8 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) driven with right angle to square turbine outer box Rotating turbine with direction alternated + Heating / cooling production with intake air path length lens and sunlight + Insulating sphere raising device (2F) installed at corner of outer box of square turbine to use liquid metal for rising storage and use + Compressed air heat quantity and mass Compressed air production heat production with liquid metal gravity + various energy storage cycle coalescing engine with turbine rotor blade group with the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4F) 9 times turbine multiple drive short-time coalesced engine injection part (78S) large injection propulsion output liquid metal solar engine + horizontal axis (1h) is driven with a right angled square turbine outer box and rotated Rotating turbine with direction alternated + Heating / cooling production with intake air path length lens and sunlight + Insulating sphere raising device (2F) installed at corner of outer box of square turbine to use liquid metal for rising storage and use + Compressed air heat quantity and mass Compressed air production heat production with liquid metal gravity + various energy storage cycle coalescing engine with turbine rotor blade group with the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4A) 10 times turbine multiple drive short-time coalescence engine injection part (78S) Large injection propulsion output Liquid metal solar engine + horizontal axis (1h) is driven with right angled square turbine outer box at right angle Rotating turbine with direction alternated + Heating / cooling production with intake air path length lens and sunlight + Insulating sphere raising device (2F) installed at corner of outer box of square turbine to use liquid metal for rising storage and use + Compressed air heat quantity and mass Compressed air production heat production with liquid metal gravity + various energy storage cycle coalescing engine with turbine rotor blade group with the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4B) 11 times the turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) is driven with right angle square outer box right angle drive and rotate Rotating turbine with direction alternated + Heating / cooling production with intake air path length lens and sunlight + Insulating sphere raising device (2F) installed at corner of outer box of square turbine to use liquid metal for rising storage and use + Compressed air heat quantity and mass Compressed air production heat production with liquid metal gravity + Various energy storage cycle coalescence engine with turbine rotor blade group with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross-section (4C) 12 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Alternate heat insulation turbine + Insulation sphere riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal. + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine blade cross section (4D) 13 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle Alternate heat insulation turbine + Insulation sphere riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal. + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine blade cross section (4E) 14 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) with a square turbine outer box at right angles Alternate heat insulation turbine + Insulation sphere riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal. + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine blade cross section (4F) 15 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Alternate heat insulation turbine + Insulation sphere riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal. + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine blade cross section (4A) 16 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Alternate heat insulation turbine + Insulation sphere riser (2F) installed at corner of outer corner of square turbine to use liquid metal for rising storage and use + Compressed air production heat production with compressed air heat quantity, mass and liquid metal gravity + per paragraph In addition, various energy storage cycle coalescing engines with turbine blades of the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine blade cross-section (4B) 17 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation temperature riser device (2F) is installed at corner corner of rectangular turbine and rises liquid metal + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescence engine with turbine rotor blade group with same diameter and same shape for each stage as fitting bolt assembly turbine.   Turbine blade cross-section (4C) 18 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with turbine rotor blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross-section (4D) 19 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) with square turbine outer box at right angles Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with turbine rotor blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4E) 20 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with turbine rotor blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4F) 21 times the turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) equipped with a rectangular turbine outer box at right angles to rotate direction Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with turbine rotor blade groups of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4A) 22 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Compressed air heat quantity, mass, and liquid metal gravity to produce compressed air production heat production + Various energy storage cycle coalescence engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4B) is a 23 times larger turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar engine + horizontal axis (1h) equipped with a right angle square outer casing at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Compressed air heat quantity, mass, and liquid metal gravity to produce compressed air production heat production + Various energy storage cycle coalescence engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4C) 24 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Compressed air heat quantity, mass, and liquid metal gravity to produce compressed air production heat production + Various energy storage cycle coalescence engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4D) 25 times turbine multiple drive short time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Compressed air heat quantity, mass, and liquid metal gravity to produce compressed air production heat production + Various energy storage cycle coalescence engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4E) double turbine multiple drive short time coalescence engine injection part (78S) large injection propulsion output liquid metal solar heat engine + horizontal axis (1h) equipped with right angle square outer casing at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Compressed air heat quantity, mass, and liquid metal gravity to produce heat + Heat production of compressed air + Combined various energy storage cycles with turbine blade groups of the same diameter and shape of each stage as a fitting bolt assembly turbine organ.   Turbine blade cross section (4F) 3 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate turbine drive downward with gravitational acceleration + Various aircrafts are driven by the combined engine injection part (78S) injection driving force + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Heat of compressed air, mass and liquid Compressed air production heat production by metal gravity + various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4A) quadruple turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate turbine drive downward with gravitational acceleration + Various aircrafts are driven by the combined engine injection part (78S) injection driving force + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Heat of compressed air, mass and liquid Compressed air production heat production by metal gravity + various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4B) 5 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate turbine drive downward by gravitational acceleration + Various aircrafts are driven by the combined engine injection part (78S) injection driving force + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Heat of compressed air, mass and liquid Compressed air production heat production by metal gravity + various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross-section (4C) 6 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate turbine drive downward with gravitational acceleration + Various aircrafts are driven by the combined engine injection part (78S) injection driving force + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Heat of compressed air, mass and liquid Compressed air production heat production by metal gravity + various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross-section (4D) 7 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate turbine drive downward with gravitational acceleration + Various aircrafts are driven by the combined engine injection part (78S) injection driving force + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Heat of compressed air, mass and liquid Compressed air production heat production by metal gravity + various energy storage cycle coalescence engine with turbine rotor blade group with same diameter and same shape for each paragraph as fitting bolt assembly turbine.   Turbine blade cross section (4E) 8 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) driven with right angle to square turbine outer box Rotating turbine with direction alternated + Heating / cooling production with intake air path length lens and sunlight + Insulating sphere raising device (2F) installed at corner of outer box of square turbine to use liquid metal for rising storage and use + Compressed air heat quantity and mass Compressed air production heat production with liquid metal gravity + various energy storage cycle coalescing engine with turbine rotor blade group with the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4F) 9 times turbine multiple drive short-time coalesced engine injection part (78S) large injection propulsion output liquid metal solar engine + horizontal axis (1h) is driven with a right angled square turbine outer box and rotated Rotating turbine with direction alternated + Heating / cooling production with intake air path length lens and sunlight + Insulating sphere raising device (2F) installed at corner of outer box of square turbine to use liquid metal for rising storage and use + Compressed air heat quantity and mass Compressed air production heat production with liquid metal gravity + various energy storage cycle coalescing engine with turbine rotor blade group with the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4A) 10 times turbine multiple drive short-time coalescence engine injection part (78S) Large injection propulsion output Liquid metal solar engine + horizontal axis (1h) is driven with right angled square turbine outer box at right angle Rotating turbine with direction alternated + Heating / cooling production with intake air path length lens and sunlight + Insulating sphere raising device (2F) installed at corner of outer box of square turbine to use liquid metal for rising storage and use + Compressed air heat quantity and mass Compressed air production heat production with liquid metal gravity + various energy storage cycle coalescing engine with turbine rotor blade group with the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine blade cross-section (4B) 11 times turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar engine + horizontal axis (1h) equipped with right angled square turbine outer box driven to rotate Rotating turbine with direction alternated + Heat and cold production with intake air path length lens and sunlight + Insulation sphere raising device (2F) is installed at corner of outer corner of square turbine and liquid metal is raised and used for storage + Calorific value and mass of compressed air Compressed air production heat production with liquid metal gravity + various energy conservation cycle coalescence engine with turbine rotor blade group with the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Turbine blade cross section (4C) 12 times turbine multiple drive short time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) driven with right angle to square turbine outer box Rotating turbine with direction alternated + Heating / cooling production with intake air path length lens and sunlight + Insulating sphere raising device (2F) installed at corner of outer box of square turbine to use liquid metal for rising storage and use + Compressed air heat quantity and mass Compressed air production heat production with liquid metal gravity + Various energy storage cycle coalescence engine with turbine rotor blade group with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4D) 13 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle Alternate heat insulation turbine + Insulation sphere riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal. + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine blade cross section (4E) 14 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Alternate heat insulation turbine + Insulation sphere riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal. + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine blade cross section (4F) 15 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Alternate heat insulation turbine + Insulation sphere riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal. + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy conservation cycle coalescing engines with moving blades set to the same diameter and shape of each stage and fitted bolt assembly turbine.   Turbine blade cross section (4A) 16 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Alternate heat insulation turbine + Insulation sphere riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal. + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine blade cross-section (4B) 17 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Alternate heat insulation turbine + Insulation sphere riser (2F) installed at corner of outer corner of square turbine to use liquid metal for rising storage and use + Compressed air production heat production with compressed air heat quantity, mass and liquid metal gravity + per paragraph In addition, various energy storage cycle coalescing engines with turbine blades of the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine blade cross-section (4C) 18 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with turbine rotor blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross-section (4D) 19 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) with square turbine outer box at right angles Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with turbine rotor blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4E) 20 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with turbine rotor blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4F) 21 times the turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) equipped with a rectangular turbine outer box at right angles to rotate direction Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with turbine rotor blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4A) 22 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with turbine rotor blade groups of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4B) is a 23 times larger turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar engine + horizontal axis (1h) equipped with a right angle square outer casing at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Compressed air heat quantity, mass, and liquid metal gravity to produce compressed air production heat production + Various energy storage cycle coalescence engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4C) 24 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Compressed air heat quantity, mass, and liquid metal gravity to produce compressed air production heat production + Various energy storage cycle coalescence engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4D) 25 times turbine multiple drive short time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Compressed air heat quantity, mass, and liquid metal gravity to produce compressed air production heat production + Various energy storage cycle coalescence engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4E) double turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) equipped with right angled square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by the combined engine injection part (78S). + Compressed air heat quantity, mass, and liquid metal gravity to produce compressed air production heat production + Various energy storage cycle coalescence engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4F) 3 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Compressed air heat quantity, mass, and liquid metal gravity to produce heat + Heat production of compressed air + Combined various energy storage cycles with turbine blade groups of the same diameter and shape of each stage as a fitting bolt assembly turbine organ.   Turbine blade cross section (4A) quadruple turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate turbine drive downward with gravitational acceleration + Various aircrafts are driven by the combined engine injection part (78S) injection driving force + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Heat of compressed air, mass and liquid Compressed air production heat production by metal gravity + various energy storage cycle coalescing engines with turbine blades having the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4B) 5 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate turbine drive downward by gravitational acceleration + Various aircrafts are driven by the combined engine injection part (78S) injection driving force + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Heat of compressed air, mass and liquid Compressed air production heat production by metal gravity + various energy storage cycle coalescing engines with turbine blades having the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine blade cross-section (4C) 6 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate turbine drive downward with gravitational acceleration + Various aircrafts are driven by the combined engine injection part (78S) injection driving force + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Heat of compressed air, mass and liquid Compressed air production heat production by metal gravity + various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross-section (4D) 7 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate turbine drive downward with gravitational acceleration + Various aircrafts are driven by the combined engine injection part (78S) injection driving force + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Heat of compressed air, mass and liquid Compressed air production heat production by metal gravity + various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4E) 8 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate turbine drive downward by gravitational acceleration + Various aircrafts are driven by the combined engine injection part (78S) injection driving force + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Heat of compressed air, mass and liquid Compressed air production heat production by metal gravity + Various energy storage cycle coalescence engine with turbine rotor blade group of same diameter and same shape for each paragraph and fitting bolt assembly turbine.   Turbine blade cross section (4F) 9 times turbine multiple drive short-time coalesced engine injection part (78S) large injection propulsion output liquid metal solar engine + horizontal axis (1h) is driven with a right angled square turbine outer box and rotated Rotating turbine with direction alternated + Heating / cooling production with intake air path length lens and sunlight + Insulating sphere raising device (2F) installed at corner of outer box of square turbine to use liquid metal for rising storage and use + Compressed air heat quantity and mass Compressed air production heat production with liquid metal gravity + various energy storage cycle coalescing engine with turbine rotor blade group with the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4A) 10 times turbine multiple drive short-time coalescence engine injection part (78S) Large injection propulsion output Liquid metal solar engine + horizontal axis (1h) is driven with right angled square turbine outer box at right angle Rotating turbine with direction alternated + Heating / cooling production with intake air path length lens and sunlight + Insulating sphere raising device (2F) installed at corner of outer box of square turbine to use liquid metal for rising storage and use + Compressed air heat quantity and mass Compressed air production heat production with liquid metal gravity + various energy conservation cycle coalescence engine with turbine rotor blade group with the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Turbine blade cross-section (4B) 11 times turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar engine + horizontal axis (1h) equipped with right angled square turbine outer box driven to rotate Rotating turbine with direction alternated + Heat and cold production with intake air path length lens and sunlight + Insulation sphere raising device (2F) is installed at corner of outer corner of square turbine and liquid metal is raised and used for storage + Calorific value and mass of compressed air Compressed air production heat production with liquid metal gravity + various energy conservation cycle coalescence engine with turbine rotor blade group with the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Turbine blade cross section (4C) 12 times turbine multiple drive short time coalescence engine injection part (78S) Large injection propulsion output Liquid metal solar engine + horizontal axis (1h) is driven with right angled square turbine casing at right angle Rotating turbine with direction alternated + Heat and cold production with intake air path length lens and sunlight + Insulation sphere raising device (2F) is installed at corner of outer corner of square turbine and liquid metal is raised and used for storage + Calorific value and mass of compressed air Compressed air production heat production with liquid metal gravity + various energy conservation cycle coalescence engine with turbine rotor blade group with the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Turbine blade cross section (4D) 13 times turbine multiple drive short time coalescence engine injection part (78S) Large injection propulsion output Liquid metal solar engine + horizontal axis (1h) is driven with right angled square turbine outer box at right angle Rotating turbine with direction alternated + Heating / cooling production with intake air path length lens and sunlight + Insulating sphere raising device (2F) installed at corner of outer box of square turbine to use liquid metal for rising storage and use + Compressed air heat quantity and mass Compressed air production heat production with liquid metal gravity + Various energy storage cycle coalescence engine with turbine rotor blade group with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4E) 14 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Alternate heat insulation turbine + Insulation sphere riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal. + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine blade cross section (4F) 15 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Alternate heat insulation turbine + Insulation sphere riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal. + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy conservation cycle coalescing engines with moving blades set to the same diameter and shape of each stage and fitted bolt assembly turbine.   Turbine blade cross section (4A) 16 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Alternate heat insulation turbine + Insulation sphere riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal. + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine blade cross-section (4B) 17 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Alternate heat insulation turbine + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box to save and use the liquid metal + Compressed air production heat production with heat quantity, mass and liquid metal gravity of the compressed air Various energy storage cycle coalescing engines with moving blade groups of the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Turbine blade cross-section (4C) 18 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle Alternate heat insulation turbine + Insulation sphere riser (2F) installed at corner of outer corner of square turbine to use liquid metal for rising storage and use + Compressed air production heat production with compressed air heat quantity, mass and liquid metal gravity + per paragraph In addition, various energy storage cycle coalescing engines with turbine blades of the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine blade cross-section (4D) 19 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) with square turbine outer box at right angles Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with turbine rotor blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4E) 20 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with turbine rotor blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4F) 21 times the turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) equipped with a rectangular turbine outer box at right angles to rotate direction Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with turbine rotor blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4A) 22 times turbine multiple drive short time combined engine injection part (78S) large injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) equipped with right angle square outer casing at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with turbine rotor blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4B) is a 23 times larger turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar engine + horizontal axis (1h) equipped with a right angle square outer casing at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with turbine rotor blade groups of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4C) 24 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Compressed air heat quantity, mass, and liquid metal gravity to produce compressed air production heat production + Various energy storage cycle coalescence engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4D) 25 times turbine multiple drive short time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Compressed air heat quantity, mass, and liquid metal gravity to produce compressed air production heat production + Various energy storage cycle coalescence engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4E) double turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) equipped with right angled square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by the combined engine injection part (78S). + Compressed air heat quantity, mass, and liquid metal gravity to produce compressed air production heat production + Various energy storage cycle coalescence engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4F) 3 times turbine multiple drive short time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by the combined engine injection part (78S). + Compressed air heat quantity, mass, and liquid metal gravity to produce compressed air production heat production + Various energy storage cycle coalescence engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4A) 4 times turbine multiple drive short time coalescence engine injection part (78S) large injection propulsion output liquid metal solar heat engine + horizontal axis (1h) with right angled square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Compressed air heat quantity, mass, and liquid metal gravity to produce heat + Heat production of compressed air + Combined various energy storage cycles with turbine blade groups of the same diameter and shape of each stage as a fitting bolt assembly turbine organ.   Turbine blade cross section (4B) 5 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate turbine drive downward by gravitational acceleration + Various aircrafts are driven by the combined engine injection part (78S) injection driving force + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Heat of compressed air, mass and liquid Compressed air production heat production by metal gravity + various energy storage cycle coalescing engines with turbine blades having the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine blade cross-section (4C) 6 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate turbine drive downward with gravitational acceleration + Various aircrafts are driven by the combined engine injection part (78S) injection driving force + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Heat of compressed air, mass and liquid Compressed air production heat production by metal gravity + various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross-section (4D) 7 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate turbine drive downward with gravitational acceleration + Various aircrafts are driven by the combined engine injection part (78S) injection driving force + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Heat of compressed air, mass and liquid Compressed air production heat production by metal gravity + various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4E) 8 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate turbine drive downward with gravitational acceleration + Various aircrafts are driven by the combined engine injection part (78S) injection propulsion force + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Heat of compressed air, mass and liquid Compressed air production heat production by metal gravity + various energy storage cycle coalescing engines with turbine blades having the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4F) 9 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar heat engine to make large injection propulsion output + power increase sphere (2E) accelerated downward by gravity acceleration turbine drive + Various aircrafts are driven by the combined engine injection part (78S) injection driving force + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Heat of compressed air, mass and liquid Compressed air production heat production by metal gravity + various energy storage cycle coalescence engine with turbine rotor blade group with same diameter and same shape for each paragraph as fitting bolt assembly turbine.   Turbine blade cross section (4A) 10 times turbine multiple drive short-time coalescence engine injection part (78S) Large injection propulsion output Liquid metal solar engine + horizontal axis (1h) is driven with right angled square turbine outer box at right angle Rotating turbine with direction alternated + Heating / cooling production with intake air path length lens and sunlight + Insulating sphere raising device (2F) installed at corner of outer box of square turbine to use liquid metal for rising storage and use + Compressed air heat quantity and mass Compressed air production heat production with liquid metal gravity + various energy conservation cycle coalescence engine with turbine rotor blade group with the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Turbine blade cross-section (4B) 11 times turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar engine + horizontal axis (1h) equipped with right angled square turbine outer box driven to rotate Rotating turbine with direction alternated + Heat and cold production with intake air path length lens and sunlight + Insulation sphere raising device (2F) is installed at corner of outer corner of square turbine and liquid metal is raised and used for storage + Calorific value and mass of compressed air Compressed air production heat production with liquid metal gravity + various energy conservation cycle coalescence engine with turbine rotor blade group with the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Turbine blade cross section (4C) 12 times turbine multiple drive short time coalescence engine injection part (78S) Large injection propulsion output Liquid metal solar engine + horizontal axis (1h) is driven with right angled square turbine casing at right angle Rotating turbine with direction alternated + Heat and cold production with intake air path length lens and sunlight + Insulation sphere raising device (2F) is installed at corner of outer corner of square turbine and liquid metal is raised and used for storage + Calorific value and mass of compressed air Compressed air production heat production with liquid metal gravity + various energy conservation cycle coalescence engine with turbine rotor blade group with the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Turbine blade cross section (4D) 13 times turbine multiple drive short time coalescence engine injection part (78S) Large injection propulsion output Liquid metal solar engine + horizontal axis (1h) is driven with right angled square turbine outer box at right angle Rotating turbine with direction alternated + Heating / cooling production with intake air path length lens and sunlight + Insulating sphere raising device (2F) installed at corner of outer box of square turbine to use liquid metal for rising storage and use + Compressed air heat quantity and mass Compressed air production heat production with liquid metal gravity + various energy storage cycle coalescing engine with turbine rotor blade group with the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine blade cross-section (4E) 14 times turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar engine + horizontal axis (1h) equipped with right angled square turbine outer box and driven to rotate Rotating turbine with direction alternated + Heating / cooling production with intake air path length lens and sunlight + Insulating sphere raising device (2F) installed at corner of outer box of square turbine to use liquid metal for rising storage and use + Compressed air heat quantity and mass Compressed air production heat production with liquid metal gravity + Various energy storage cycle coalescence engine with turbine rotor blade group with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4F) 15 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Alternate heat insulation turbine + Insulation sphere riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal. + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy conservation cycle coalescing engines with moving blades set to the same diameter and shape of each stage and fitted bolt assembly turbine.   Turbine blade cross section (4A) 16 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Alternate heat insulation turbine + Insulation sphere riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal. + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine blade cross-section (4B) 17 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Alternate heat insulation turbine + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box to save and use the liquid metal + Compressed air production heat production with heat quantity, mass and liquid metal gravity of the compressed air Various energy storage cycle coalescing engines with moving blade groups of the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Turbine blade cross-section (4C) 18 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle Alternate heat insulation turbine + Insulation sphere riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal. + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine blade cross-section (4D) 19 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) with square turbine outer box at right angles Alternate heat insulation turbine + Insulation sphere riser (2F) installed at corner of outer corner of square turbine to use liquid metal for rising storage and use + Compressed air production heat production with compressed air heat quantity, mass and liquid metal gravity + per paragraph In addition, various energy storage cycle coalescing engines with turbine blades of the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4E) 20 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with turbine rotor blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4F) 21 times the turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) equipped with a rectangular turbine outer box at right angles to rotate direction Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with turbine rotor blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4A) 22 times turbine multiple drive short time combined engine injection part (78S) large injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) equipped with right angle square outer casing at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with turbine rotor blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4B) is a 23 times larger turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar engine + horizontal axis (1h) equipped with a right angle square outer casing at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with turbine rotor blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4C) 24 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with turbine rotor blade groups of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4D) 25 times turbine multiple drive short time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Compressed air heat quantity, mass, and liquid metal gravity to produce compressed air production heat production + Various energy storage cycle coalescence engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4E) double turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) equipped with right angled square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by the combined engine injection part (78S). + Compressed air heat quantity, mass, and liquid metal gravity to produce compressed air production heat production + Various energy storage cycle coalescence engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4F) 3 times turbine multiple drive short time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by the combined engine injection part (78S). + Compressed air heat quantity, mass, and liquid metal gravity to produce compressed air production heat production + Various energy storage cycle coalescence engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4A) quadruple turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by the combined engine injection part (78S). + Compressed air heat quantity, mass, and liquid metal gravity to produce compressed air production heat production + Various energy storage cycle coalescence engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4B) 5 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Compressed air calorie, mass and liquid metal gravity to produce heat production + Compressed air production heat production + Turbine blade group for each stage is approximately the same shape for each stage, and a variety of energy storage cycles combined into a fitting bolt assembly turbine organ.   Turbine blade cross-section (4C) 6 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate turbine drive downward with gravitational acceleration + Various aircrafts are driven by the combined engine injection part (78S) injection driving force + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Heat of compressed air, mass and liquid Compressed air production heat production by metal gravity + various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross-section (4D) 7 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate turbine drive downward with gravitational acceleration + Various aircrafts are driven by the combined engine injection part (78S) injection driving force + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Heat of compressed air, mass and liquid Compressed air production heat production by metal gravity + various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4E) 8 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate turbine drive downward with gravitational acceleration + Various aircrafts are driven by the combined engine injection part (78S) injection propulsion force + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Heat of compressed air, mass and liquid Compressed air production heat production by metal gravity + various energy storage cycle coalescing engines with turbine blades having the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4F) 9 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate turbine drive downward by gravitational acceleration + Various aircrafts are driven by the combined engine injection part (78S) injection propulsion force + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Heat of compressed air, mass and liquid Compressed air production heat production by metal gravity + various energy conservation cycle coalescence engine with turbine blades set to the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4A) 10 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate turbine drive downward with gravitational acceleration + Various aircrafts are driven by the combined engine injection part (78S) injection driving force + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Heat of compressed air, mass and liquid Compressed air production heat production by metal gravity + various energy storage cycle coalescence engine with turbine rotor blade group with same diameter and same shape for each paragraph as fitting bolt assembly turbine.   Turbine blade cross-section (4B) 11 times turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar engine + horizontal axis (1h) equipped with right angled square turbine outer box driven to rotate Rotating turbine with direction alternated + Heat and cold production with intake air path length lens and sunlight + Insulation sphere raising device (2F) is installed at corner of outer corner of square turbine and liquid metal is raised and used for storage + Calorific value and mass of compressed air Compressed air production heat production with liquid metal gravity + various energy conservation cycle coalescence engine with turbine rotor blade group with the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Turbine blade cross section (4C) 12 times turbine multiple drive short time coalescence engine injection part (78S) Large injection propulsion output Liquid metal solar engine + horizontal axis (1h) is driven with right angled square turbine casing at right angle Rotating turbine with direction alternated + Heat and cold production with intake air path length lens and sunlight + Insulation sphere raising device (2F) is installed at corner of outer corner of square turbine and liquid metal is raised and used for storage + Calorific value and mass of compressed air Compressed air production heat production with liquid metal gravity + various energy conservation cycle coalescence engine with turbine rotor blade group with the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Turbine blade cross section (4D) 13 times turbine multiple drive short time coalescence engine injection part (78S) Large injection propulsion output Liquid metal solar engine + horizontal axis (1h) is driven with right angled square turbine outer box at right angle Rotating turbine with direction alternated + Heating / cooling production with intake air path length lens and sunlight + Insulating sphere raising device (2F) installed at corner of outer box of square turbine to use liquid metal for rising storage and use + Compressed air heat quantity and mass Compressed air production heat production with liquid metal gravity + various energy storage cycle coalescing engine with turbine rotor blade group with the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine blade cross-section (4E) 14 times turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar engine + horizontal axis (1h) equipped with right angled square turbine outer box driven to rotate Rotating turbine with direction alternated + Heat and cold production with intake air path length lens and sunlight + Insulation sphere raising device (2F) is installed at corner of outer corner of square turbine and liquid metal is raised and used for storage + Calorific value and mass of compressed air Compressed air production heat production with liquid metal gravity + various energy conservation cycle coalescence engine with turbine rotor blade group with the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Turbine blade cross section (4F) 15 times turbine multiple drive short-time coalescence engine injection part (78S) Large injection propulsion output Liquid metal solar engine + Horizontal axis (1h) is driven with right angled square turbine outer box at right angle Rotating turbine with direction alternated + Heating / cooling production with intake air path length lens and sunlight + Insulating sphere raising device (2F) installed at corner of outer box of square turbine to use liquid metal for rising storage and use + Compressed air heat quantity and mass Compressed air production heat production with liquid metal gravity + Various energy storage cycle coalescence engine with turbine rotor blade group with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4A) 16 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Alternate heat insulation turbine + Insulation sphere riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal. + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine blade cross-section (4B) 17 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Alternate heat insulation turbine + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box to save and use the liquid metal + Compressed air production heat production with heat quantity, mass and liquid metal gravity of the compressed air Various energy storage cycle coalescing engines with moving blade groups of the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Turbine blade cross-section (4C) 18 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle Alternate heat insulation turbine + Insulation sphere riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal. + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine blade cross section (4D) 19 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Alternate heat insulation turbine + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and liquid metal is raised and stored. Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine blade cross section (4E) 20 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Alternate heat insulation turbine + Insulation sphere riser (2F) installed at corner of outer corner of square turbine to use liquid metal for rising storage and use + Compressed air production heat production with compressed air heat quantity, mass and liquid metal gravity + per paragraph In addition, various energy storage cycle coalescing engines with turbine blades of the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4F) 21 times the turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) equipped with a rectangular turbine outer box at right angles to rotate direction Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with turbine rotor blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4A) 22 times turbine multiple drive short time combined engine injection part (78S) large injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) equipped with right angle square outer casing at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with turbine rotor blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4B) is a 23 times larger turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar engine + horizontal axis (1h) equipped with a right angle square outer casing at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with turbine rotor blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4C) 24 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with turbine rotor blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4D) 25 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation temperature riser device (2F) is installed at corner corner of rectangular turbine and rises liquid metal + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with turbine rotor blade groups of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4E) double turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) equipped with right angled square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by the combined engine injection part (78S). + Compressed air heat quantity, mass, and liquid metal gravity to produce compressed air production heat production + Various energy storage cycle coalescence engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4F) 3 times turbine multiple drive short time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by the combined engine injection part (78S). + Compressed air heat quantity, mass, and liquid metal gravity to produce compressed air production heat production + Various energy storage cycle coalescence engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4A) quadruple turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by the combined engine injection part (78S). + Compressed air heat quantity, mass, and liquid metal gravity to produce compressed air production heat production + Various energy storage cycle coalescence engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4B) 5 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by the combined engine injection part (78S). + Compressed air heat quantity, mass, and liquid metal gravity to produce compressed air production heat production + Various energy storage cycle coalescence engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross-section (4C) 6 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by the combined engine injection part (78S). + Compressed air calorie, mass and liquid metal gravity to produce heat production + Compressed air production heat production + Turbine blade group for each stage is approximately the same shape for each stage, and a variety of energy storage cycles combined into a fitting bolt assembly turbine organ.   Turbine blade cross-section (4D) 7 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate turbine drive downward with gravitational acceleration + Various aircrafts are driven by the combined engine injection part (78S) injection driving force + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Heat of compressed air, mass and liquid Compressed air production heat production by metal gravity + various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4E) 8 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate turbine drive downward with gravitational acceleration + Various aircrafts are driven by the combined engine injection part (78S) injection propulsion force + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Heat of compressed air, mass and liquid Compressed air production heat production by metal gravity + various energy storage cycle coalescing engines with turbine blades having the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4F) 9 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate turbine drive downward by gravitational acceleration + Various aircrafts are driven by the combined engine injection part (78S) injection propulsion force + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Heat of compressed air, mass and liquid Compressed air production heat production by metal gravity + various energy conservation cycle coalescence engine with turbine blades set to the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4A) 10 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate turbine drive downward by gravitational acceleration + Various aircrafts are driven by the combined engine injection part (78S) injection propulsion force + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Heat of compressed air, mass and liquid Compressed air production heat production by metal gravity + various energy conservation cycle coalescence engine with turbine blades set to the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4B) 11 times turbine multiple drive short-time coalescence engine injection part (78S) high injection propulsion output liquid metal solar thermal engine + output increasing sphere (2E) is accelerated downward by gravity acceleration turbine drive + Various aircrafts are driven by the combined engine injection part (78S) injection propulsion force + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Heat of compressed air, mass and liquid Compressed air production heat production by metal gravity + Various energy storage cycle coalescence engine with turbine rotor blade group of same diameter and same shape for each paragraph and fitting bolt assembly turbine.   Turbine blade cross section (4C) 12 times turbine multiple drive short time coalescence engine injection part (78S) Large injection propulsion output Liquid metal solar engine + horizontal axis (1h) is driven with right angled square turbine casing at right angle Rotating turbine with direction alternated + Heat and cold production with intake air path length lens and sunlight + Insulation sphere raising device (2F) is installed at corner of outer corner of square turbine and liquid metal is raised and used for storage + Calorific value and mass of compressed air Compressed air production heat production with liquid metal gravity + various energy conservation cycle coalescence engine with turbine rotor blade group with the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Turbine blade cross section (4D) 13 times turbine multiple drive short time coalescence engine injection part (78S) Large injection propulsion output Liquid metal solar engine + horizontal axis (1h) is driven with right angled square turbine outer box at right angle Rotating turbine with direction alternated + Heating / cooling production with intake air path length lens and sunlight + Insulating sphere raising device (2F) installed at corner of outer box of square turbine to use liquid metal for rising storage and use + Compressed air heat quantity and mass Compressed air production heat production with liquid metal gravity + various energy storage cycle coalescing engine with turbine rotor blade group with the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine blade cross-section (4E) 14 times turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar engine + horizontal axis (1h) equipped with right angled square turbine outer box driven to rotate Rotating turbine with direction alternated + Heat and cold production with intake air path length lens and sunlight + Insulation sphere raising device (2F) is installed at corner of outer corner of square turbine and liquid metal is raised and used for storage + Calorific value and mass of compressed air Compressed air production heat production with liquid metal gravity + various energy conservation cycle coalescence engine with turbine rotor blade group with the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Turbine blade cross section (4F) 15 times turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar heat engine + horizontal axis (1h) is driven with right angled square turbine outer box and rotated Rotating turbine with direction alternated + Heat and cold production with intake air path length lens and sunlight + Insulation sphere raising device (2F) is installed at corner of outer corner of square turbine and liquid metal is raised and used for storage + Calorific value and mass of compressed air Compressed air production heat production with liquid metal gravity + various energy conservation cycle coalescence engine with turbine rotor blade group with the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Turbine blade cross section (4A) 16 times turbine multiple drive short-time coalescence engine injection part (78S) Large injection propulsion output Liquid metal solar engine + horizontal axis (1h) is driven with right angled square turbine outer box and rotated Rotating turbine with direction alternated + Heat and cold production with intake air path length lens and sunlight + Insulation sphere raising device (2F) is installed at corner of outer corner of square turbine and liquid metal is raised and used for storage + Calorific value and mass of compressed air Compressed air production heat production with liquid metal gravity + various energy storage cycle coalescence engine with turbine rotor blade group with same diameter and same shape for each paragraph as fitting bolt assembly turbine.   Turbine blade cross-section (4B) 17 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Alternate heat insulation turbine + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box to save and use the liquid metal + Compressed air production heat production with heat quantity, mass and liquid metal gravity of the compressed air Various energy storage cycle coalescing engines with moving blade groups of the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Turbine blade cross-section (4C) 18 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle Alternate heat insulation turbine + Insulation sphere riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal. + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine blade cross section (4D) 19 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Alternate heat insulation turbine + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and liquid metal is raised and stored. Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine blade cross section (4E) 20 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Alternate heat insulation turbine + Insulation sphere riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal. + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine blade cross section (4F) 21 times the turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) equipped with a rectangular turbine outer box at right angles to rotate direction Alternate heat insulation turbine + Insulation sphere riser (2F) installed at corner of outer corner of square turbine to use liquid metal for rising storage and use + Compressed air production heat production with compressed air heat quantity, mass and liquid metal gravity + per paragraph In addition, various energy storage cycle coalescing engines with turbine blades of the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4A) 22 times turbine multiple drive short time combined engine injection part (78S) large injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) equipped with right angle square outer casing at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with turbine rotor blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4B) is a 23 times larger turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar engine + horizontal axis (1h) equipped with a right angle square outer casing at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with turbine rotor blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4C) 24 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with turbine rotor blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4D) 25 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation temperature riser device (2F) is installed at corner corner of rectangular turbine and rises liquid metal + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescence engine with turbine rotor blade group with same diameter and same shape for each stage as fitting bolt assembly turbine.   Turbine blade cross section (4E) double turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) equipped with right angled square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation temperature riser device (2F) is installed at corner corner of rectangular turbine and rises liquid metal + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with turbine rotor blade groups of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4F) 3 times turbine multiple drive short time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by the combined engine injection part (78S). + Compressed air heat quantity, mass, and liquid metal gravity to produce compressed air production heat production + Various energy storage cycle coalescence engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4A) quadruple turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by the combined engine injection part (78S). + Compressed air heat quantity, mass, and liquid metal gravity to produce compressed air production heat production + Various energy storage cycle coalescence engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4B) 5 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by the combined engine injection part (78S). + Compressed air heat quantity, mass, and liquid metal gravity to produce compressed air production heat production + Various energy storage cycle coalescence engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross-section (4C) 6 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Compressed air heat quantity, mass, and liquid metal gravity to produce compressed air production heat production + Various energy storage cycle coalescence engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4D) 7 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) to make large injection propulsion output right angle square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Compressed air heat quantity, mass, and liquid metal gravity to produce heat + Heat production of compressed air + Combined various energy storage cycles with turbine blade groups of the same diameter and shape of each stage as a fitting bolt assembly turbine organ.   Turbine blade cross section (4E) 8 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate turbine drive downward with gravitational acceleration + Various aircrafts are driven by the combined engine injection part (78S) injection propulsion force + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Heat of compressed air, mass and liquid Compressed air production heat production by metal gravity + various energy storage cycle coalescing engines with turbine blades having the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4F) 9 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate turbine drive downward by gravitational acceleration + Various aircrafts are driven by the combined engine injection part (78S) injection propulsion force + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Heat of compressed air, mass and liquid Compressed air production heat production by metal gravity + various energy conservation cycle coalescence engine with turbine blades set to the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4A) 10 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate turbine drive downward by gravitational acceleration + Various aircrafts are driven by the combined engine injection part (78S) injection propulsion force + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Heat of compressed air, mass and liquid Compressed air production heat production by metal gravity + various energy conservation cycle coalescence engine with turbine blades set to the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4B) 11 times turbine multiple drive short-time coalescence engine injection part (78S) high injection propulsion output liquid metal solar thermal engine + output increasing sphere (2E) is accelerated downward by gravity acceleration turbine drive + Various aircrafts are driven by the combined engine injection part (78S) injection driving force + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Heat of compressed air, mass and liquid Compressed air production heat production by metal gravity + various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4C) 12 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increasing sphere (2E) to accelerate turbine drive downward with gravitational acceleration + Various aircrafts are driven by the combined engine injection part (78S) injection driving force + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Heat of compressed air, mass and liquid Compressed air production heat production by metal gravity + various energy storage cycle coalescence engine with turbine rotor blade group with same diameter and same shape for each paragraph as fitting bolt assembly turbine.   Turbine blade cross section (4D) 13 times turbine multiple drive short time coalescence engine injection part (78S) Large injection propulsion output Liquid metal solar engine + horizontal axis (1h) is driven with right angled square turbine outer box at right angle Rotating turbine with direction alternated + Heating / cooling production with intake air path length lens and sunlight + Insulating sphere raising device (2F) installed at corner of outer box of square turbine to use liquid metal for rising storage and use + Compressed air heat quantity and mass Compressed air production heat production with liquid metal gravity + various energy storage cycle coalescing engine with turbine rotor blade group with the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine blade cross-section (4E) 14 times turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar engine + horizontal axis (1h) equipped with right angled square turbine outer box driven to rotate Rotating turbine with direction alternated + Heat and cold production with intake air path length lens and sunlight + Insulation sphere raising device (2F) is installed at corner of outer corner of square turbine and liquid metal is raised and used for storage + Calorific value and mass of compressed air Compressed air production heat production with liquid metal gravity + various energy conservation cycle coalescence engine with turbine rotor blade group with the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Turbine blade cross section (4F) 15 times turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar heat engine + horizontal axis (1h) is driven with right angled square turbine outer box and rotated Rotating turbine with direction alternated + Heat and cold production with intake air path length lens and sunlight + Insulation sphere raising device (2F) is installed at corner of outer corner of square turbine and liquid metal is raised and used for storage + Calorific value and mass of compressed air Compressed air production heat production with liquid metal gravity + various energy conservation cycle coalescence engine with turbine rotor blade group with the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Turbine blade cross section (4A) 16 times turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) is driven with right angled square outer casing at right angle Rotating turbine with direction alternated + Heating / cooling production with intake air path length lens and sunlight + Insulating sphere raising device (2F) installed at corner of outer box of square turbine to use liquid metal for rising storage and use + Compressed air heat quantity and mass Compressed air production heat production with liquid metal gravity + various energy storage cycle coalescing engine with turbine rotor blade group with the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4B) 17 times turbine multiple drive short-time coalescence engine injection part (78S) Large injection propulsion output Liquid metal solar engine + horizontal axis (1h) is driven with right angled square turbine outer box and rotated Rotating turbine with direction alternated + Heating / cooling production with intake air path length lens and sunlight + Insulating sphere raising device (2F) installed at corner of outer box of square turbine to use liquid metal for rising storage and use + Compressed air heat quantity and mass Compressed air production heat production with liquid metal gravity + Various energy storage cycle coalescence engine with turbine rotor blade group with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross-section (4C) 18 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle Alternate heat insulation turbine + Insulation sphere riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal. + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine blade cross section (4D) 19 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Alternate heat insulation turbine + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and liquid metal is raised and stored. Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine blade cross section (4E) 20 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Alternate heat insulation turbine + Insulation sphere riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal. + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine blade cross section (4F) 21 times the turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) equipped with a rectangular turbine outer box at right angles to rotate direction Alternate heat insulation turbine + Insulation sphere riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal. + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine blade cross section (4A) 22 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Alternate heat insulation turbine + Insulation sphere riser (2F) installed at corner of outer corner of square turbine to use liquid metal for rising storage and use + Compressed air production heat production with compressed air heat quantity, mass and liquid metal gravity + per paragraph In addition, various energy storage cycle coalescing engines with turbine blades of the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4B) is a 23 times larger turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar engine + horizontal axis (1h) equipped with a right angle square outer casing at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with turbine rotor blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4C) 24 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with turbine rotor blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4D) 25 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation temperature riser device (2F) is installed at corner corner of rectangular turbine and rises liquid metal + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescence engine with turbine rotor blade group with same diameter and same shape for each stage as fitting bolt assembly turbine.   Turbine blade cross section (4E) double turbine multiple drive short time coalescence engine injection part (78S) large injection propulsion output liquid metal solar heat engine + horizontal axis (1h) equipped with right angle square outer casing at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with turbine rotor blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4F) 3 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with turbine rotor blade groups of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4A) quadruple turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by the combined engine injection part (78S). + Compressed air heat quantity, mass, and liquid metal gravity to produce compressed air production heat production + Various energy storage cycle coalescence engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4B) 5 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by the combined engine injection part (78S). + Compressed air heat quantity, mass, and liquid metal gravity to produce compressed air production heat production + Various energy storage cycle coalescence engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross-section (4C) 6 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Compressed air heat quantity, mass, and liquid metal gravity to produce compressed air production heat production + Various energy storage cycle coalescence engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4D) 7 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) to make large injection propulsion output right angle square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Compressed air heat quantity, mass, and liquid metal gravity to produce compressed air production heat production + Various energy storage cycle coalescence engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4E) 8 times turbine multiple drive short time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Compressed air heat quantity, mass, and liquid metal gravity to produce heat + Heat production of compressed air + Combined various energy storage cycles with turbine blade groups of the same diameter and shape of each stage as a fitting bolt assembly turbine organ.   Turbine blade cross section (4F) 9 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate turbine drive downward by gravitational acceleration + Various aircrafts are driven by the combined engine injection part (78S) injection propulsion force + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Heat of compressed air, mass and liquid Compressed air production heat production by metal gravity + various energy conservation cycle coalescence engine with turbine blades set to the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4A) 10 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate turbine drive downward by gravitational acceleration + Various aircrafts are driven by the combined engine injection part (78S) injection propulsion force + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Heat of compressed air, mass and liquid Compressed air production heat production by metal gravity + various energy conservation cycle coalescence engine with turbine blades set to the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4B) 11 times turbine multiple drive short-time coalescence engine injection part (78S) high injection propulsion output liquid metal solar thermal engine + output increasing sphere (2E) is accelerated downward by gravity acceleration turbine drive + Various aircrafts are driven by the combined engine injection part (78S) injection driving force + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Heat of compressed air, mass and liquid Compressed air production heat production by metal gravity + various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4C) 12 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increasing sphere (2E) to accelerate turbine drive downward with gravitational acceleration + Various aircrafts are driven by the combined engine injection part (78S) injection driving force + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Heat of compressed air, mass and liquid Compressed air production heat production by metal gravity + various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4D) 13 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate turbine drive downward with gravitational acceleration + Various aircrafts are driven by the combined engine injection part (78S) injection driving force + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Heat of compressed air, mass and liquid Compressed air production heat production by metal gravity + various energy storage cycle coalescence engine with turbine rotor blade group with same diameter and same shape for each paragraph as fitting bolt assembly turbine.   Turbine blade cross-section (4E) 14 times turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar engine + horizontal axis (1h) equipped with right angled square turbine outer box driven to rotate Rotating turbine with direction alternated + Heat and cold production with intake air path length lens and sunlight + Insulation sphere raising device (2F) is installed at corner of outer corner of square turbine and liquid metal is raised and used for storage + Calorific value and mass of compressed air Compressed air production heat production with liquid metal gravity + various energy conservation cycle coalescence engine with turbine rotor blade group with the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Turbine blade cross section (4F) 15 times turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar heat engine + horizontal axis (1h) is driven with right angled square turbine outer box and rotated Rotating turbine with direction alternated + Heat and cold production with intake air path length lens and sunlight + Insulation sphere raising device (2F) is installed at corner of outer corner of square turbine and liquid metal is raised and used for storage + Calorific value and mass of compressed air Compressed air production heat production with liquid metal gravity + various energy conservation cycle coalescence engine with turbine rotor blade group with the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Turbine blade cross section (4A) 16 times turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) is driven with right angled square outer casing at right angle Rotating turbine with direction alternated + Heating / cooling production with intake air path length lens and sunlight + Insulating sphere raising device (2F) installed at corner of outer box of square turbine to use liquid metal for rising storage and use + Compressed air heat quantity and mass Compressed air production heat production with liquid metal gravity + various energy storage cycle coalescing engine with turbine rotor blade group with the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4B) 17 times turbine multiple drive short-time coalescence engine injection part (78S) Large injection propulsion output Liquid metal solar engine + horizontal axis (1h) is driven with right angled square turbine outer box and rotated Rotating turbine with direction alternated + Heating / cooling production with intake air path length lens and sunlight + Insulating sphere raising device (2F) installed at corner of outer box of square turbine to use liquid metal for rising storage and use + Compressed air heat quantity and mass Compressed air production heat production with liquid metal gravity + various energy storage cycle coalescing engine with turbine rotor blade group with the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4C) 18 times turbine multiple drive short time coalescence engine injection part (78S) large injection propulsion output liquid metal solar heat engine + horizontal axis (1h) is equipped with right angled square turbine outer box driving and rotating Rotating turbine with direction alternated + Heating / cooling production with intake air path length lens and sunlight + Insulating sphere raising device (2F) installed at corner of outer box of square turbine to use liquid metal for rising storage and use + Compressed air heat quantity and mass Compressed air production heat production with liquid metal gravity + Various energy storage cycle coalescence engine with turbine rotor blade group with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4D) 19 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Alternate heat insulation turbine + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and liquid metal is raised and stored. Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine blade cross section (4E) 20 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Alternate heat insulation turbine + Insulation sphere riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal. + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine blade cross section (4F) 21 times the turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) equipped with a rectangular turbine outer box at right angles to rotate direction Alternate heat insulation turbine + Insulation sphere riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal. + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine blade cross section (4A) 22 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Alternate heat insulation turbine + Insulation sphere riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal. + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine blade cross section (4B) is a 23 times larger turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar engine + horizontal axis (1h) equipped with a right angle square outer casing at right angle Alternate heat insulation turbine + Insulation sphere riser (2F) installed at corner of outer corner of square turbine to use liquid metal for rising storage and use + Compressed air production heat production with compressed air heat quantity, mass and liquid metal gravity + per paragraph In addition, various energy storage cycle coalescing engines with turbine blades of the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4C) 24 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with turbine rotor blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4D) 25 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation temperature riser device (2F) is installed at corner corner of rectangular turbine and rises liquid metal + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescence engine with turbine rotor blade group with same diameter and same shape for each stage as fitting bolt assembly turbine.   Turbine blade cross section (4E) double turbine multiple drive short time coalescence engine injection part (78S) large injection propulsion output liquid metal solar heat engine + horizontal axis (1h) equipped with right angle square outer casing at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with turbine rotor blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4F) 3 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with turbine rotor blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4A) 4 times turbine multiple drive short time coalescence engine injection part (78S) large injection propulsion output liquid metal solar heat engine + horizontal axis (1h) with right angled square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with turbine rotor blade groups of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4B) 5 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by the combined engine injection part (78S). + Compressed air heat quantity, mass, and liquid metal gravity to produce compressed air production heat production + Various energy storage cycle coalescence engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross-section (4C) 6 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Compressed air heat quantity, mass, and liquid metal gravity to produce compressed air production heat production + Various energy storage cycle coalescence engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4D) 7 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) to make large injection propulsion output right angle square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Compressed air heat quantity, mass, and liquid metal gravity to produce compressed air production heat production + Various energy storage cycle coalescence engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4E) 8 times turbine multiple drive short time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Compressed air heat quantity, mass, and liquid metal gravity to produce compressed air production heat production + Various energy storage cycle coalescence engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4F) 9 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Compressed air heat quantity, mass, and liquid metal gravity to produce heat + Heat production of compressed air + Combined various energy storage cycles with turbine blade groups of the same diameter and shape of each stage as a fitting bolt assembly turbine organ.   Turbine blade cross section (4A) 10 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate turbine drive downward by gravitational acceleration + Various aircrafts are driven by the combined engine injection part (78S) injection propulsion force + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Heat of compressed air, mass and liquid Compressed air production heat production by metal gravity + various energy conservation cycle coalescence engine with turbine blades set to the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4B) 11 times turbine multiple drive short-time coalescence engine injection part (78S) high injection propulsion output liquid metal solar thermal engine + output increasing sphere (2E) is accelerated downward by gravity acceleration turbine drive + Various aircrafts are driven by the combined engine injection part (78S) injection driving force + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Heat of compressed air, mass and liquid Compressed air production heat production by metal gravity + various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4C) 12 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increasing sphere (2E) to accelerate turbine drive downward with gravitational acceleration + Various aircrafts are driven by the combined engine injection part (78S) injection driving force + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Heat of compressed air, mass and liquid Compressed air production heat production by metal gravity + various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4D) 13 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate turbine drive downward with gravitational acceleration + Various aircrafts are driven by the combined engine injection part (78S) injection driving force + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Heat of compressed air, mass and liquid Compressed air production heat production by metal gravity + various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4E) 14 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate turbine drive downward by gravitational acceleration + Various aircrafts are driven by the combined engine injection part (78S) injection driving force + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Heat of compressed air, mass and liquid Compressed air production heat production by metal gravity + various energy storage cycle coalescence engine with turbine rotor blade group with same diameter and same shape for each paragraph as fitting bolt assembly turbine.   Turbine blade cross section (4F) 15 times the turbine multiple drive short-time coalescence engine injection part (78S) Large metal propulsion output Liquid metal solar engine + Configuration and method for accelerating output increase sphere (2E) + intake air path length Heat and cold production with lens and sunlight + Insulation sphere rising device (2F) is installed at the corner of square turbine outer box and liquid metal is lifted and used for storage + Compressed air production heat with compressed air calorie, mass and liquid metal gravity Manufacture + Combined engine of various energy storage cycles with turbine blades of the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Configuration and method for accelerating the liquid metal solar engine + output increasing sphere (2E) that makes the turbine blade cross section (4A) 16 times the turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output + intake air path length Heat and cold production with lens and sunlight + Insulation sphere rising device (2F) is installed at the corner of square turbine outer box and liquid metal is lifted and used for storage + Compressed air production heat with compressed air calorie, mass and liquid metal gravity Manufacture + Combined engine of various energy storage cycles with turbine blades of the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Configuration and method for accelerating the liquid metal solar engine + output increasing sphere (2E) to make the turbine blade cross section (4B) 17 times the turbine multiple drive short time combined engine injection part (78S) large injection propulsion output + intake air path length Heat and cold production with lens and sunlight + Insulation sphere rising device (2F) is installed at the corner of square turbine outer box and liquid metal is lifted and used for storage + Compressed air production heat with compressed air calorie, mass and liquid metal gravity Manufacture + Combined engine of various energy storage cycles with turbine blades of the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4C) 18 times turbine multiple drive short-time coalescence engine injection part (78S) Large metal propulsion output + liquid metal solar engine + output increase sphere (2E) configuration and method + intake air path length Heat and cold production with lens and sunlight + Insulation sphere rising device (2F) is installed at the corner of square turbine outer box and liquid metal is lifted and used for storage + Compressed air production heat with compressed air calorie, mass and liquid metal gravity Manufacture + Combined engine of various energy storage cycles with turbine blades of the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4D) 19-times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + output increase sphere (2E) acceleration and configuration + method of intake air path length Heat and cold production with lens and sunlight + Insulation sphere rising device (2F) is installed at the corner of square turbine outer box and liquid metal is lifted and used for storage + Compressed air production heat with compressed air calorie, mass and liquid metal gravity Manufacture + various energy storage cycle coalescing engines with turbine blades of the same diameter and the same shape for each stage and a fitting bolt assembly turbine.   Turbine blade cross section (4E) 20 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) acceleration configuration and method + intake air path length Heat and cold production with lens and sunlight + Insulation sphere rising device (2F) is installed at the corner of square turbine outer box and liquid metal is lifted and used for storage + Compressed air production heat with compressed air calorie, mass and liquid metal gravity Manufacture + Combined engine of various energy storage cycles with turbine blades of the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4F) 21 times the turbine multiple drive short-time coalescence engine injection part (78S) Large metal propulsion output + liquid metal solar engine + output increase sphere (2E) configuration and method + intake air path length Heat and cold production with lens and sunlight + Insulation sphere rising device (2F) is installed at the corner of square turbine outer box and liquid metal is lifted and used for storage + Compressed air production heat with compressed air calorie, mass and liquid metal gravity Manufacture + Combined engine of various energy storage cycles with turbine blades of the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4A) 22 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) acceleration structure and method + intake air path length Heat and cold production with lens and sunlight + Insulation sphere rising device (2F) is installed at the corner of square turbine outer box and liquid metal is lifted and used for storage + Compressed air production heat with compressed air calorie, mass and liquid metal gravity Manufacture + Combined engine of various energy storage cycles with turbine blades of the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Configuration and method for accelerating the liquid metal solar engine + output increasing sphere (2E) to make the turbine blade cross section (4B) 23 times the turbine multiple drive short time coalescence engine injection section (78S) large injection propulsion output + intake air path length Heat and cold production with lens and sunlight + Insulation sphere rising device (2F) is installed at the corner of square turbine outer box and liquid metal is lifted and used for storage + Compressed air production heat with compressed air calorie, mass and liquid metal gravity Manufacture + Combined engine of various energy storage cycles with turbine blades of the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Configuration and method for accelerating the liquid metal solar engine + output increasing sphere (2E) to make the turbine blade cross section (4C) 24 times turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output + intake air path length Heat and cold production with lens and sunlight + Insulation sphere rising device (2F) is installed at the corner of square turbine outer box and liquid metal is lifted and used for storage + Compressed air production heat with compressed air calorie, mass and liquid metal gravity Manufacture + various energy storage cycle coalescing engines with turbine blades of the same diameter and the same shape for each stage and a fitting bolt assembly turbine.   Turbine blade cross section (4D) 25 times turbine multiple drive short time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Uses ascending and preserving metal + Compressed air calorie, mass and liquid metal gravity to produce compressed air + Various energy storage cycle coalescing engines with turbine rotor blades set to the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4E) double turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) equipped with right angled square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S) injection driving force. + A heat-retaining and increasing ball lifting device (2F) is provided at the corner of the square turbine outer box. Uses ascending and storing metal + Compressed air calorie, mass and liquid metal gravity to produce compressed air heat + Combined engine of various energy storage cycles with turbine blades set to the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4F) 3 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Uses ascending and preserving metal + Compressed air calorie, mass and liquid metal gravity to produce compressed air + Various energy storage cycle coalescing engines with turbine rotor blades set to the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4A) 4 times turbine multiple drive short time coalescence engine injection part (78S) large injection propulsion output liquid metal solar heat engine + horizontal axis (1h) with right angled square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Uses ascending and preserving metal + Compressed air calorie, mass and liquid metal gravity to produce compressed air + Various energy storage cycle coalescing engines with turbine rotor blades set to the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4B) 5 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) with a square turbine outer box at right angles An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Uses ascending storage of metal + Compressed air calorie, mass, and liquid metal gravity to produce compressed air production + Various energy storage cycles with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine for each stage Combined organization.   Turbine blade cross-section (4C) 6 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Uses ascending and storing metal + Compressed air calorie, mass and liquid metal gravity to produce compressed air production + Combined engine of various energy storage cycle with turbine rotor blade group of same diameter and same shape for each stage as fitting bolt assembly turbine.   Turbine blade cross section (4D) 7 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) to make large injection propulsion output right angle square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Uses ascending and preserving metal + Compressed air calorie, mass and liquid metal gravity to produce compressed air + Various energy storage cycle coalescing engines with turbine rotor blades set to the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4E) 8 times turbine multiple drive short time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Uses ascending and preserving metal + Compressed air calorie, mass and liquid metal gravity to produce compressed air + Various energy storage cycle coalescing engines with turbine rotor blades set to the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4F) 9 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S) injection driving force. Uses ascending and storing metal + Compressed air calorie, mass and liquid metal gravity to produce compressed air heat + Combined engine of various energy storage cycles with turbine blades set to the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4A) 10 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Uses ascending and preserving metal + Compressed air calorie, mass and liquid metal gravity to produce compressed air + Various energy storage cycle coalescing engines with turbine rotor blades set to the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4B) 11 times the turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar engine + horizontal axis (1h) equipped with a rectangular turbine outer box at right angles, rotating direction An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S) injection driving force. + A heat-retaining and increasing ball lifting device (2F) is provided at the corner of the square turbine outer box. Uses ascending and storing metal + Compressed air calorie, mass and liquid metal gravity to produce compressed air heat + Combined engine of various energy storage cycles with turbine blades set to the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4C) 12 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S) injection driving force. + A heat-retaining and increasing ball lifting device (2F) is provided at the corner of the square turbine outer box. Uses ascending and storing metal + Compressed air calorie, mass and liquid metal gravity to produce compressed air heat + Combined engine of various energy storage cycles with turbine blades set to the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4D) 13 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Uses ascending and preserving metal + Compressed air calorie, mass and liquid metal gravity to produce compressed air + Various energy storage cycle coalescing engines with turbine rotor blades set to the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4E) 14 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) with a square turbine outer box at right angles An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S) injection driving force. + A heat-retaining and increasing ball lifting device (2F) is provided at the corner of the square turbine outer box. Uses ascending and storing metal + Compressed air calorie, mass and liquid metal gravity to produce compressed air heat + Combined engine of various energy storage cycles with turbine blades set to the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4F) 15 times the turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar engine + horizontal axis (1h) equipped with a rectangular turbine outer box at right angles, rotating direction An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S) injection driving force. Uses ascending and storing metal + Compressed air calorie, mass and liquid metal gravity to produce compressed air heat + Combined engine of various energy storage cycles with turbine blades set to the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4A) 16 times turbine multiple drive short time combined engine injection part (78S) large injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) with square turbine outer box at right angle and rotating direction An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S) injection driving force. + A heat-retaining and increasing ball lifting device (2F) is provided at the corner of the square turbine outer box. Uses ascending and storing metal + Compressed air calorie, mass and liquid metal gravity to produce compressed air heat + Combined engine of various energy storage cycles with turbine blades set to the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross-section (4B) 17 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S) injection driving force. Uses ascending and storing metal + Compressed air calorie, mass and liquid metal gravity to produce compressed air heat + Combined engine of various energy storage cycles with turbine blades set to the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4C) 18 times turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerate alternating rotation heat insulation liquid metal + Various flying vessels Combined engine injection part (78S) Drives the driving force for injection + Insulates and raises ball riser (2F) at the corner of the square turbine outer box and uses the liquid metal ascending and storing + Compressed air with heat quantity, mass and liquid metal gravity Air production heat production + various energy storage cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4D) 19 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) with square turbine outer box at right angles An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S) injection driving force. + A heat-retaining and increasing ball lifting device (2F) is provided at the corner of the square turbine outer box. Uses ascending and storing metal + Compressed air calorie, mass and liquid metal gravity to produce compressed air heat + Combined engine of various energy storage cycles with turbine blades set to the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4E) 20 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Accelerated driving of liquid bismuth downward with alternating heat-retaining turbines + Combined engine injection unit (78S) for driving driving propulsive force for various flying vessels + Insulating sphere raising device (2F) provided at corners of square turbine outer box Uses ascending and preserving metal + Compressed air calorie, mass and liquid metal gravity to produce compressed air + Various energy storage cycle coalescing engines with turbine rotor blades set to the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4F) 21 times the turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) equipped with a rectangular turbine outer box at right angles to rotate direction An alternate heat-retaining turbine is used to accelerate the liquid zinc downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Uses ascending and preserving metal + Compressed air calorie, mass and liquid metal gravity to produce compressed air + Various energy storage cycle coalescing engines with turbine rotor blades set to the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4A) 22 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle An alternate heat retaining turbine is used to accelerate and drive the liquid thallium alloy downward. + A variety of flying ships are driven by a combined engine injection unit (78S). Ascending and using liquid metal + Compressed air production and heat production using compressed air calorie and mass and liquid metal gravity + Various energy storage cycle coalescence engines with turbine blades of the same diameter and shape of each turbine as fitting bolt assembly turbine .   Turbine blade cross section (4B) is a 23 times larger turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar engine + horizontal axis (1h) equipped with a right angle square outer casing at right angle Alternately heat-insulating turbines that accelerate the liquid zinc alloy downward + Various flying ships are driven by the combined engine injection part (78S) injection driving force + A heat-retaining and increasing ball lifting device (2F) is provided at the corner of the square turbine outer box Ascending and using liquid metal + Compressed air production and heat production using compressed air calorie and mass and liquid metal gravity + Various energy storage cycle coalescence engines with turbine blades of the same diameter and shape of each turbine as fitting bolt assembly turbine .   Turbine blade cross section (4C) 24 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Accelerated driving of liquid gallium alloy downward with alternating heat retaining turbines + Combined engine injection unit (78S) for driving driving propulsive force of various flying vessels + Insulating bulge raising device (2F) provided at corners of square turbine outer box Ascending and using liquid metal + Compressed air production and heat production using compressed air calorie and mass and liquid metal gravity + Various energy storage cycle coalescence engines with turbine blades of the same diameter and shape of each turbine as fitting bolt assembly turbine .   Turbine blade cross section (4D) 25 times turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar heat engine + horizontal axis (1h) is driven with right angled square outer casing drive and rotate Use directional alternating turbines + Drive various types of flying ships with united engine injection unit (78S) injection driving force + Insulate and increase the use of liquid metal by installing a warming-increasing sphere lifting device (2F) at the corner of the square turbine outer box + Compressed air production heat production with compressed air calorific value, mass and liquid metal gravity + various energy storage cycle coalescing engine with turbine blades set to the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4E) 2 to 26 times turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) with right angle square turbine outer box drive Rotating turbines with alternating rotation direction + Combined engine injection unit (78S) to drive injection propulsion force + Insulation sphere lifting device (2F) is installed at the corner of square turbine outer box + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with turbine rotor blade groups of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4F) 2 to 26 times turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) right angle square turbine outer box drive Rotating turbines with alternating rotation direction + Combined engine injection unit (78S) to drive injection propulsion force + Insulation sphere lifting device (2F) is installed at the corner of square turbine outer box + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with turbine rotor blade groups of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4A) 2 to 26 times turbine multiple drive short-time coalesced engine injection part (78S) large injection propulsion output liquid metal solar engine + horizontal axis (1h) with right angle square outer casing drive Rotating turbines with alternating rotation direction + Combined engine injection unit (78S) to drive injection propulsion force + Insulation sphere lifting device (2F) is installed at the corner of square turbine outer box + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with turbine rotor blade groups of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4B) 2 to 26 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) with large injection propulsion output Rotation direction alternate heat insulation turbine, liquid metal is accelerated and driven downward + various flying ships are driven by combined engine injection part (78S) injection driving force + heat insulation increase ball rising device (2F) at corner part of square turbine outer box Install and use liquid metal ascending and storage + Compressed air calorie, mass and liquid metal gravity to produce compressed air + Heat energy of the turbine blade group for each stage is made into a fitting bolt assembly turbine with the same diameter and shape of each stage Conservation cycle coalescence organization.   Turbine blade cross section (4C) 2 to 26 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) with large injection propulsion output Rotation direction alternate heat insulation turbine, liquid metal is accelerated and driven downward + various flying ships are driven by combined engine injection part (78S) injection driving force + heat insulation increase ball rising device (2F) at corner part of square turbine outer box Install and use liquid metal ascending and storage + Compressed air calorie, mass and liquid metal gravity to produce compressed air + Heat energy of the turbine blade group for each stage is made into a fitting bolt assembly turbine with the same diameter and shape of each stage Conservation cycle coalescence organization.   Turbine blade cross section (4D) 2 to 26 times turbine multiple drive short time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) with large injection propulsion output Rotation direction alternate heat insulation turbine, liquid metal is accelerated and driven downward + various flying ships are driven by combined engine injection part (78S) injection driving force + heat insulation increase ball rising device (2F) at corner part of square turbine outer box Various energy storage cycle coalescing engines that use a heated metal turbine that accelerates with the use of liquid metal that is stored in an ascending manner and pressure that is divided and stored in compressed air heat and mass.   Turbine blade cross section (4E) 2 to 26 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) with large injection propulsion output Rotation direction alternate heat insulation turbine, liquid metal is accelerated and driven downward + various flying ships are driven by combined engine injection part (78S) injection driving force + heat insulation increase ball rising device (2F) at corner part of square turbine outer box Various energy storage cycle coalescing engines that use a heated metal turbine that accelerates with the use of liquid metal that is stored in an ascending manner and pressure that is divided and stored in compressed air heat and mass.   Turbine blade cross section (4F) 2 to 26 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) with large injection propulsion output Rotation direction alternate heat insulation turbine, liquid metal is accelerated and driven downward + various flying ships are driven by combined engine injection part (78S) injection driving force + heat insulation increase ball rising device (2F) at corner part of square turbine outer box Various energy storage cycle coalescing engines that use a heated metal turbine that accelerates with the use of liquid metal that is stored in an ascending manner and pressure that is divided and stored in compressed air heat and mass.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal rising by installing a heat-retaining and increasing sphere raising device (2F) at the corner of the square turbine outer casing + Compressed air calorie Combined with various energy storage cycle engines, which are thermal turbines that are accelerated and driven by the pressure that is divided and stored in mass.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal rising by installing a heat-retaining and increasing sphere raising device (2F) at the corner of the square turbine outer casing + Compressed air calorie Combined with various energy storage cycle engines, which are thermal turbines that are accelerated and driven by the pressure that is divided and stored in mass.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Heat retention increase ball lift device (2F) Increase head drop + Heat retention increase ball lift device (2F) is installed at the corner of the square turbine outer box to raise the liquid metal Preservation use + Compressed air heat quantity, mass, and liquid metal gravity. Compressed air production heat production.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Heat retention increase ball lift device (2F) Increase head drop + Heat retention increase ball lift device (2F) is installed at the corner of the square turbine outer box to raise the liquid metal Preservation use + Compressed air heat quantity, mass, and liquid metal gravity. Compressed air production heat production.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Heat retention increase ball lift device (2F) Increase head drop + Heat retention increase ball lift device (2F) is installed at the corner of the square turbine outer box to raise the liquid metal Preservation use + Compressed air heat quantity, mass, and liquid metal gravity. Compressed air production heat production.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Heat retention increase ball lift device (2F) Increase head drop + Heat retention increase ball lift device (2F) is installed at the corner of the square turbine outer box to raise the liquid metal Preservation use + Compressed air heat quantity, mass, and liquid metal gravity. Compressed air production heat production.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Heat retention increase ball lift device (2F) Increase head drop + Heat retention increase ball lift device (2F) is installed at the corner of the square turbine outer box to raise the liquid metal Preservation and use + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines with turbine blades of each stage having the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Calorie heat quantity, mass and liquid metal Compressed air production heat production by gravity + various energy storage cycle coalescing engines with turbine blades of the same diameter and same shape for each paragraph and fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar heat engine that makes large injection propulsion output + Accelerate liquid metal alternately rotating heat insulation turbine + Intake air path length lens and solar heat production + heat insulation increase A ball lifter (2F) is installed at the corner of the square turbine outer box, and the liquid metal is lifted and stored. + Compressed air production heat production with the compressed air calorific value, mass and liquid metal gravity + Turbine blade group has the same diameter per paragraph Various energy storage cycle coalescing engines with a fitting bolt assembly turbine that has a substantially identical shape.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Calorie heat quantity, mass and liquid metal Compressed air production heat production by gravity + various energy storage cycle coalescing engines with turbine blades of the same diameter and same shape for each paragraph and fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine that makes large injection propulsion output + horizontal axis (1h) is equipped with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate liquid bismuth downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Calorie heat quantity, mass and liquid metal Compressed air production heat production by gravity + various energy storage cycle coalescing engines with turbine blades of the same diameter and same shape for each paragraph and fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternately warm turbine, accelerating the liquid zinc downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Calorie heat quantity, mass and liquid metal Compressed air production heat production by gravity + Various energy conservation cycle coalescence engine with turbine rotor blade group having the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending and storage. + Compressed air production and production with compressed air calorie, mass and liquid metal gravity + Turbine blade group with the same diameter and shape of each paragraph Various energy storage cycle coalescing engine as a fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending and storage. + Compressed air production and production with compressed air calorie, mass and liquid metal gravity + Turbine blade group with the same diameter and shape of each paragraph Various energy storage cycle coalescing engine as a fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending and storage. + Compressed air production and production with compressed air calorie, mass and liquid metal gravity + Turbine blade group with the same diameter and shape of each paragraph Various energy storage cycle coalescing engine as a fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending and storage. + Compressed air production and production with compressed air calorie, mass and liquid metal gravity + Turbine blade group with the same diameter and shape of each paragraph Various energy storage cycle coalescing engine as a fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending and storage. + Compressed air production and production with compressed air calorie, mass and liquid metal gravity + Turbine blade group with the same diameter and shape of each paragraph Various energy storage cycle coalescing engine as a fitting bolt assembly turbine.   Turbine multi-drive short-time coalescence engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) at right angles to square square turbine outer box to make rotation direction alternate heat insulation turbine and liquid metal downward + Accelerated driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and used for storage + Calorie heat quantity and mass Compressed air production heat production with liquid metal gravity + various energy storage cycle coalescence engine with turbine rotor blade group with same diameter and same shape for each paragraph as fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Calorie heat quantity, mass and liquid metal Compressed air production heat production by gravity + various energy storage cycle coalescing engines with turbine blades of the same diameter and same shape for each paragraph and fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Calorie heat quantity, mass and liquid metal Compressed air production heat production by gravity + various energy storage cycle coalescing engines with turbine blades of the same diameter and same shape for each paragraph and fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Calorie heat quantity, mass and liquid metal Compressed air production heat production by gravity + various energy storage cycle coalescing engines with turbine blades of the same diameter and same shape for each paragraph and fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Calorie heat quantity, mass and liquid metal Compressed air production heat production by gravity + various energy storage cycle coalescing engines with turbine blades of the same diameter and same shape for each paragraph and fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball lifting device (2F) at the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Compressed air production heat production with mass and liquid metal gravity + various energy storage cycle coalescing engine with turbine rotor blade group with same diameter and same shape for each paragraph as fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball lifting device (2F) at the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Compressed air production heat production with mass and liquid metal gravity + various energy storage cycle coalescing engine with turbine rotor blade group with same diameter and same shape for each paragraph as fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball lifting device (2F) at the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Compressed air production heat production with mass and liquid metal gravity + various energy storage cycle coalescing engine with turbine rotor blade group with same diameter and same shape for each paragraph as fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball lifting device (2F) at the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Compressed air production heat production with mass and liquid metal gravity + various energy storage cycle coalescing engine with turbine rotor blade group with same diameter and same shape for each paragraph as fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball lifting device (2F) at the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Compressed air production heat production with mass and liquid metal gravity + various energy storage cycle coalescing engine with turbine rotor blade group with same diameter and same shape for each paragraph as fitting bolt assembly turbine.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Drives the propulsion force + Insulates and heats up ball riser (2F) at the corner of the outer corner of the square turbine and uses the liquid metal ascending and storing + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + turbine Various energy storage cycle coalescing engines with the same group of blades of the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Drives the propulsion force + Insulates and heats up ball riser (2F) at the corner of the outer corner of the square turbine and uses the liquid metal ascending and storing + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + turbine Various energy storage cycle coalescing engines with the same group of blades of the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Drives the propulsion force + Insulates and heats up ball riser (2F) at the corner of the outer corner of the square turbine and uses the liquid metal ascending and storing + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + turbine Various energy storage cycle coalescing engines with the same group of blades of the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Drives the propulsion force + Insulates and heats up ball riser (2F) at the corner of the outer corner of the square turbine and uses the liquid metal ascending and storing + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + turbine Various energy storage cycle coalescing engines with the same group of blades of the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Drives the propulsion force + Insulates and heats up ball riser (2F) at the corner of the outer corner of the square turbine and uses the liquid metal ascending and storing + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + turbine Various energy storage cycle coalescing engines with the same group of blades of the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of square turbine outer box and liquid metal is lifted and used for storage + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescence engines with turbine blades set to the same diameter and shape of each stage and fitted bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of square turbine outer box and liquid metal is lifted and used for storage + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescence engines with turbine blades set to the same diameter and shape of each stage and fitted bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of square turbine outer box and liquid metal is lifted and used for storage + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescence engines with turbine blades set to the same diameter and shape of each stage and fitted bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of square turbine outer box and liquid metal is lifted and used for storage + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescence engines with turbine blades set to the same diameter and shape of each stage and fitted bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of square turbine outer box and liquid metal is lifted and used for storage + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescence engines with turbine blades set to the same diameter and shape of each stage and fitted bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending and storage. + Compressed air production and production with compressed air calorie, mass and liquid metal gravity + Turbine blade group with the same diameter and shape of each paragraph Various energy storage cycle coalescing engine as a fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending and storage. + Compressed air production and production with compressed air calorie, mass and liquid metal gravity + Turbine blade group with the same diameter and shape of each paragraph Various energy storage cycle coalescing engine as a fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending and storage. + Compressed air production and production with compressed air calorie, mass and liquid metal gravity + Turbine blade group with the same diameter and shape of each paragraph Various energy storage cycle coalescing engine as a fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending and storage. + Compressed air production and production with compressed air calorie, mass and liquid metal gravity + Turbine blade group with the same diameter and shape of each paragraph Various energy storage cycle coalescing engine as a fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending and storage. + Compressed air production and production with compressed air calorie, mass and liquid metal gravity + Turbine blade group with the same diameter and shape of each paragraph Various energy storage cycle coalescing engine as a fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Calorie heat quantity, mass and liquid metal Compressed air production heat production by gravity + various energy storage cycle coalescing engines with turbine blades of the same diameter and same shape for each paragraph and fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Calorie heat quantity, mass and liquid metal Compressed air production heat production by gravity + various energy storage cycle coalescing engines with turbine blades of the same diameter and same shape for each paragraph and fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Calorie heat quantity, mass and liquid metal Compressed air production heat production by gravity + various energy storage cycle coalescing engines with turbine blades of the same diameter and same shape for each paragraph and fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Calorie heat quantity, mass and liquid metal Compressed air production heat production by gravity + various energy storage cycle coalescing engines with turbine blades of the same diameter and same shape for each paragraph and fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Calorie heat quantity, mass and liquid metal Compressed air production heat production by gravity + various energy storage cycle coalescing engines with turbine blades of the same diameter and same shape for each paragraph and fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball lifting device (2F) at the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Compressed air production heat production with mass and liquid metal gravity + various energy storage cycle coalescing engine with turbine rotor blade group with same diameter and same shape for each paragraph as fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball lifting device (2F) at the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Compressed air production heat production with mass and liquid metal gravity + various energy storage cycle coalescing engine with turbine rotor blade group with same diameter and same shape for each paragraph as fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball lifting device (2F) at the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Compressed air production heat production with mass and liquid metal gravity + various energy storage cycle coalescing engine with turbine rotor blade group with same diameter and same shape for each paragraph as fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball lifting device (2F) at the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Compressed air production heat production with mass and liquid metal gravity + various energy storage cycle coalescing engine with turbine rotor blade group with same diameter and same shape for each paragraph as fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball lifting device (2F) at the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Compressed air production heat production with mass and liquid metal gravity + various energy storage cycle coalescing engine with turbine rotor blade group with same diameter and same shape for each paragraph as fitting bolt assembly turbine.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Drives the propulsion force + Insulates and heats up ball riser (2F) at the corner of the outer corner of the square turbine and uses the liquid metal ascending and storing + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + turbine Various energy storage cycle coalescing engines with the same group of blades of the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Drives the propulsion force + Insulates and heats up ball riser (2F) at the corner of the outer corner of the square turbine and uses the liquid metal ascending and storing + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + turbine Various energy storage cycle coalescing engines with the same group of blades of the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Drives the propulsion force + Insulates and heats up ball riser (2F) at the corner of the outer corner of the square turbine and uses the liquid metal ascending and storing + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + turbine Various energy storage cycle coalescing engines with the same group of blades of the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Drives the propulsion force + Insulates and heats up ball riser (2F) at the corner of the outer corner of the square turbine and uses the liquid metal ascending and storing + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + turbine Various energy storage cycle coalescing engines with the same group of blades of the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Drives the propulsion force + Insulates and heats up ball riser (2F) at the corner of the outer corner of the square turbine and uses the liquid metal ascending and storing + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + turbine Various energy storage cycle coalescing engines with the same group of blades of the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Calorie heat quantity, mass and liquid metal Compressed air production heat production by gravity + various energy storage cycle coalescing engines with turbine blades of the same diameter and same shape for each paragraph and fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine that makes large injection propulsion output + horizontal axis (1h) is equipped with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate liquid bismuth downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Calorie heat quantity, mass and liquid metal Compressed air production heat production by gravity + various energy storage cycle coalescing engines with turbine blades of the same diameter and same shape for each paragraph and fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternately warm turbine, accelerating the liquid zinc downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Calorie heat quantity, mass and liquid metal Compressed air production heat production by gravity + various energy storage cycle coalescing engines with turbine blades of the same diameter and same shape for each paragraph and fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + horizontal axis (1h) with square turbine outer box at right angle to make rotating direction alternate heat retaining turbine, liquid thallium alloy downward Accelerated driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and liquid metal is raised and used for storage + Calorie heat quantity, mass and liquid Compressed air production heat production by metal gravity + various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) at right angles to square turbine outer box to make rotating direction alternately heat retaining turbine, liquid zinc alloy downward Accelerated driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and liquid metal is raised and used for storage + Calorie heat quantity, mass and liquid Compressed air production heat production by metal gravity + various energy storage cycle coalescence engine with turbine rotor blade group with same diameter and same shape for each paragraph as fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending and storage. + Compressed air production and production with compressed air calorie, mass and liquid metal gravity + Turbine blade group with the same diameter and shape of each paragraph Various energy storage cycle coalescing engine as a fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending and storage. + Compressed air production and production with compressed air calorie, mass and liquid metal gravity + Turbine blade group with the same diameter and shape of each paragraph Various energy storage cycle coalescing engine as a fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending and storage. + Compressed air production and production with compressed air calorie, mass and liquid metal gravity + Turbine blade group with the same diameter and shape of each paragraph Various energy storage cycle coalescing engine as a fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending and storage. + Compressed air production and production with compressed air calorie, mass and liquid metal gravity + Turbine blade group with the same diameter and shape of each paragraph Various energy storage cycle coalescing engine as a fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending and storage. + Compressed air production and production with compressed air calorie, mass and liquid metal gravity + Turbine blade group with the same diameter and shape of each paragraph Various energy storage cycle coalescing engine as a fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Calorie heat quantity, mass and liquid metal Compressed air production heat production by gravity + various energy storage cycle coalescing engines with turbine blades of the same diameter and same shape for each paragraph and fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Calorie heat quantity, mass and liquid metal Compressed air production heat production by gravity + various energy storage cycle coalescing engines with turbine blades of the same diameter and same shape for each paragraph and fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Calorie heat quantity, mass and liquid metal Compressed air production heat production by gravity + various energy storage cycle coalescing engines with turbine blades of the same diameter and same shape for each paragraph and fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Calorie heat quantity, mass and liquid metal Compressed air production heat production by gravity + various energy storage cycle coalescing engines with turbine blades of the same diameter and same shape for each paragraph and fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Calorie heat quantity, mass and liquid metal Compressed air production heat production by gravity + various energy storage cycle coalescing engines with turbine blades of the same diameter and same shape for each paragraph and fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball lifting device (2F) at the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Compressed air production heat production with mass and liquid metal gravity + various energy storage cycle coalescing engine with turbine rotor blade group with same diameter and same shape for each paragraph as fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball lifting device (2F) at the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Compressed air production heat production with mass and liquid metal gravity + various energy storage cycle coalescing engine with turbine rotor blade group with same diameter and same shape for each paragraph as fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball lifting device (2F) at the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Compressed air production heat production with mass and liquid metal gravity + various energy storage cycle coalescing engine with turbine rotor blade group with same diameter and same shape for each paragraph as fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball lifting device (2F) at the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Compressed air production heat production with mass and liquid metal gravity + various energy storage cycle coalescing engine with turbine rotor blade group with same diameter and same shape for each paragraph as fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball lifting device (2F) at the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Compressed air production heat production with mass and liquid metal gravity + various energy storage cycle coalescing engine with turbine rotor blade group with same diameter and same shape for each paragraph as fitting bolt assembly turbine.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Drives the propulsion force + Insulates and heats up ball riser (2F) at the corner of the outer corner of the square turbine and uses the liquid metal ascending and storing + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + turbine Various energy storage cycle coalescing engines with the same group of blades of the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Drives the propulsion force + Insulates and heats up ball riser (2F) at the corner of the outer corner of the square turbine and uses the liquid metal ascending and storing + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + turbine Various energy storage cycle coalescing engines with the same group of blades of the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Drives the propulsion force + Insulates and heats up ball riser (2F) at the corner of the outer corner of the square turbine and uses the liquid metal ascending and storing + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + turbine Various energy storage cycle coalescing engines with the same group of blades of the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Drives the propulsion force + Insulates and heats up ball riser (2F) at the corner of the outer corner of the square turbine and uses the liquid metal ascending and storing + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + turbine Various energy storage cycle coalescing engines with the same group of blades of the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Drives the propulsion force + Insulates and heats up ball riser (2F) at the corner of the outer corner of the square turbine and uses the liquid metal ascending and storing + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + turbine Various energy storage cycle coalescing engines with the same group of blades of the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine that makes large injection propulsion output + horizontal axis (1h) is equipped with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate liquid bismuth downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Calorie heat quantity, mass and liquid metal Compressed air production heat production by gravity + various energy storage cycle coalescing engines with turbine blades of the same diameter and same shape for each paragraph and fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternately warm turbine, accelerating the liquid zinc downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Calorie heat quantity, mass and liquid metal Compressed air production heat production by gravity + various energy storage cycle coalescing engines with turbine blades of the same diameter and same shape for each paragraph and fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + horizontal axis (1h) with square turbine outer box at right angle to make rotating direction alternate heat retaining turbine, liquid thallium alloy downward Accelerated driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and liquid metal is raised and used for storage + Calorie heat quantity, mass and liquid Compressed air production heat production by metal gravity + various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) at right angles to square turbine outer box to make rotating direction alternately heat retaining turbine, liquid zinc alloy downward Accelerated driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and liquid metal is raised and used for storage + Calorie heat quantity, mass and liquid Compressed air production heat production by metal gravity + various energy storage cycle coalescing engines with turbine blades having the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine multi-drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + horizontal axis (1h) at right angles to square turbine outer box to make rotation direction alternately heat retaining turbine, liquid gallium alloy downward Accelerated driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and liquid metal is raised and used for storage + Calorie heat quantity, mass and liquid Compressed air production heat production by metal gravity + Various energy storage cycle coalescence engine with turbine rotor blade group of same diameter and same shape for each paragraph and fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending and storage. + Compressed air production and production with compressed air calorie, mass and liquid metal gravity + Turbine blade group with the same diameter and shape of each paragraph Various energy storage cycle coalescing engine as a fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending and storage. + Compressed air production and production with compressed air calorie, mass and liquid metal gravity + Turbine blade group with the same diameter and shape of each paragraph Various energy storage cycle coalescing engine as a fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending and storage. + Compressed air production and production with compressed air calorie, mass and liquid metal gravity + Turbine blade group with the same diameter and shape of each paragraph Various energy storage cycle coalescing engine as a fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending and storage. + Compressed air production and production with compressed air calorie, mass and liquid metal gravity + Turbine blade group with the same diameter and shape of each paragraph Various energy storage cycle coalescing engine as a fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending and storage. + Compressed air production and production with compressed air calorie, mass and liquid metal gravity + Turbine blade group with the same diameter and shape of each paragraph Various energy storage cycle coalescing engine as a fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Calorie heat quantity, mass and liquid metal Compressed air production heat production by gravity + various energy storage cycle coalescing engines with turbine blades of the same diameter and same shape for each paragraph and fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Calorie heat quantity, mass and liquid metal Compressed air production heat production by gravity + various energy storage cycle coalescing engines with turbine blades of the same diameter and same shape for each paragraph and fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Calorie heat quantity, mass and liquid metal Compressed air production heat production by gravity + various energy storage cycle coalescing engines with turbine blades of the same diameter and same shape for each paragraph and fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Calorie heat quantity, mass and liquid metal Compressed air production heat production by gravity + various energy storage cycle coalescing engines with turbine blades of the same diameter and same shape for each paragraph and fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Calorie heat quantity, mass and liquid metal Compressed air production heat production by gravity + various energy storage cycle coalescing engines with turbine blades of the same diameter and same shape for each paragraph and fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball lifting device (2F) at the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Compressed air production heat production with mass and liquid metal gravity + various energy storage cycle coalescing engine with turbine rotor blade group with same diameter and same shape for each paragraph as fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball lifting device (2F) at the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Compressed air production heat production with mass and liquid metal gravity + various energy storage cycle coalescing engine with turbine rotor blade group with same diameter and same shape for each paragraph as fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball lifting device (2F) at the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Compressed air production heat production with mass and liquid metal gravity + various energy storage cycle coalescing engine with turbine rotor blade group with same diameter and same shape for each paragraph as fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball lifting device (2F) at the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Compressed air production heat production with mass and liquid metal gravity + various energy storage cycle coalescing engine with turbine rotor blade group with same diameter and same shape for each paragraph as fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball lifting device (2F) at the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Compressed air production heat production with mass and liquid metal gravity + various energy storage cycle coalescing engine with turbine rotor blade group with same diameter and same shape for each paragraph as fitting bolt assembly turbine.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Drives the propulsion force + Insulates and raises the ball riser (2F) at the corner of the square turbine outer casing and uses the liquid metal ascending and storing + Accelerates with superheated steam speed and combustion gas speed + Paragraph of turbine blade group Various energy storage cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Drives the propulsion force + Insulates and raises the ball riser (2F) at the corner of the square turbine outer casing and uses the liquid metal ascending and storing + Accelerates with superheated steam speed and combustion gas speed + Paragraph of turbine blade group Various energy storage cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Drives the propulsion force + Insulates and raises the ball riser (2F) at the corner of the square turbine outer casing and uses the liquid metal ascending and storing + Accelerates with superheated steam speed and combustion gas speed + Paragraph of turbine blade group Various energy storage cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Drives the propulsion force + Insulates and heats up ball riser (2F) at the corner of the outer corner of the square turbine and uses the liquid metal ascending and storing + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + turbine Various energy storage cycle coalescing engines with the same group of blades of the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Drives the propulsion force + Insulates and heats up ball riser (2F) at the corner of the outer corner of the square turbine and uses the liquid metal ascending and storing + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + turbine Various energy storage cycle coalescing engines with the same group of blades of the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternately warm turbine, accelerating the liquid zinc downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Calorie heat quantity, mass and liquid metal Compressed air production heat production by gravity + various energy storage cycle coalescing engines with turbine blades of the same diameter and same shape for each paragraph and fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + horizontal axis (1h) with square turbine outer box at right angle to make rotating direction alternate heat retaining turbine, liquid thallium alloy downward Accelerated driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and liquid metal is raised and used for storage + Calorie heat quantity, mass and liquid Compressed air production heat production by metal gravity + various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine multi-drive short-time coalescence engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) provided at right angles to the rectangular turbine outer box to make the rotating direction alternate heat-retaining turbine, the liquid zinc alloy downward Accelerated driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and liquid metal is raised and used for storage + Calorie heat quantity, mass and liquid Compressed air production heat production by metal gravity + various energy storage cycle coalescing engines with turbine blades having the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + horizontal axis (1h) at right angles to square turbine outer box to make rotation direction alternate heat insulation turbine, liquid gallium alloy downward Accelerated driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and liquid metal is raised and used for storage + Calorie heat quantity, mass and liquid Compressed air production heat production by metal gravity + various energy storage cycle coalescing engines with turbine blades having the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of square turbine outer box and liquid metal is lifted and used for storage + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines in which turbine blade groups are set to be approximately the same shape and diameter for each paragraph, and a fitting bolt assembly turbine is used.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending and storage. + Compressed air production and production with compressed air calorie, mass and liquid metal gravity + Turbine blade group with the same diameter and shape of each paragraph Various energy storage cycle coalescing engine as a fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and stored. + Compressed air production and heat production with compressed air calorie, mass and liquid metal gravity + Turbine blade group for each paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines with approximately the same diameter.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending and storage. + Compressed air production and production with compressed air calorie, mass and liquid metal gravity + Turbine blade group with the same diameter and shape of each paragraph Various energy storage cycle coalescing engine as a fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending and storage. + Compressed air production and production with compressed air calorie, mass and liquid metal gravity + Turbine blade group with the same diameter and shape of each paragraph Various energy storage cycle coalescing engine as a fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending and storage. + Compressed air production and production with compressed air calorie, mass and liquid metal gravity + Turbine blade group with the same diameter and shape of each paragraph Various energy storage cycle coalescing engine as a fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Calorie heat quantity, mass and liquid metal Compressed air production heat production by gravity + various energy storage cycle coalescing engines with turbine blades of the same diameter and same shape for each paragraph and fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Calorie heat quantity, mass and liquid metal Compressed air production heat production by gravity + various energy storage cycle coalescing engines with turbine blades of the same diameter and same shape for each paragraph and fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Calorie heat quantity, mass and liquid metal Compressed air production heat production by gravity + various energy storage cycle coalescing engines with turbine blades of the same diameter and same shape for each paragraph and fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Calorie heat quantity, mass and liquid metal Compressed air production heat production by gravity + various energy storage cycle coalescing engines with turbine blades of the same diameter and same shape for each paragraph and fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Calorie heat quantity, mass and liquid metal Compressed air production heat production by gravity + various energy storage cycle coalescing engines with turbine blades of the same diameter and same shape for each paragraph and fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball lifting device (2F) at the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Compressed air production heat production with mass and liquid metal gravity + various energy storage cycle coalescing engine with turbine rotor blade group with same diameter and same shape for each paragraph as fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball lifting device (2F) at the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Compressed air production heat production with mass and liquid metal gravity + various energy storage cycle coalescing engine with turbine rotor blade group with same diameter and same shape for each paragraph as fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball lifting device (2F) at the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Compressed air production heat production with mass and liquid metal gravity + various energy storage cycle coalescing engine with turbine rotor blade group with same diameter and same shape for each paragraph as fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball lifting device (2F) at the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Compressed air production heat production with mass and liquid metal gravity + various energy storage cycle coalescing engine with turbine rotor blade group with same diameter and same shape for each paragraph as fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball lifting device (2F) at the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Compressed air production heat production with mass and liquid metal gravity + various energy storage cycle coalescing engine with turbine rotor blade group with same diameter and same shape for each paragraph as fitting bolt assembly turbine.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Drives the propulsion force + Insulates and raises the ball riser (2F) at the corner of the square turbine outer casing and uses the liquid metal ascending and storing + Accelerates with superheated steam speed and combustion gas speed + Paragraph of turbine blade group Various energy storage cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Drives the propulsion force + Insulates and heats up ball riser (2F) at the corner of the outer corner of the square turbine and uses the liquid metal ascending and storing + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + turbine Various energy storage cycle coalescing engines in which the blade group of each is made into a fitting bolt assembly turbine with the same diameter and shape of each paragraph.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Drives the propulsion force + Insulates and heats up ball riser (2F) at the corner of the outer corner of the square turbine and uses the liquid metal ascending and storing + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + turbine Various energy storage cycle coalescing engines with the same group of blades of the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Drives the propulsion force + Insulates and heats up ball riser (2F) at the corner of the outer corner of the square turbine and uses the liquid metal ascending and storing + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + turbine Various energy storage cycle coalescing engines with the same group of blades of the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Drives the propulsion force + Insulates and heats up ball riser (2F) at the corner of the outer corner of the square turbine and uses the liquid metal ascending and storing + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + turbine Various energy storage cycle coalescing engines with the same group of blades of the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + horizontal axis (1h) with square turbine outer box at right angle to make rotating direction alternate heat retaining turbine, liquid thallium alloy downward Accelerated driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and liquid metal is raised and used for storage + Calorie heat quantity, mass and liquid Compressed air production heat production by metal gravity + various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) at right angles to square turbine outer box to make rotating direction alternately heat retaining turbine, liquid zinc alloy downward Accelerated driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and liquid metal is raised and used for storage + Calorie heat quantity, mass and liquid Compressed air production heat production by metal gravity + various energy storage cycle coalescing engines with turbine blades having the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + horizontal axis (1h) at right angles to square turbine outer box to make rotation direction alternate heat insulation turbine, liquid gallium alloy downward Accelerated driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and liquid metal is raised and used for storage + Calorie heat quantity, mass and liquid Compressed air production heat production by metal gravity + various energy storage cycle coalescing engines with turbine blades having the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of square turbine outer box and liquid metal is lifted and used for storage + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescence engines with turbine blades set to the same diameter and shape of each stage and fitted bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of square turbine outer box and liquid metal is lifted and used for storage + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines in which turbine blade groups are set to be approximately the same shape and diameter for each paragraph, and a fitting bolt assembly turbine is used.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending and storage. + Compressed air production and production with compressed air calorie, mass and liquid metal gravity + Turbine blade group with the same diameter and shape of each paragraph Various energy storage cycle coalescing engine as a fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending and storage. + Compressed air production and production with compressed air calorie, mass and liquid metal gravity + Turbine blade group with the same diameter and shape of each paragraph Various energy storage cycle coalescing engine as a fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending and storage. + Compressed air production and production with compressed air calorie, mass and liquid metal gravity + Turbine blade group with the same diameter and shape of each paragraph Various energy storage cycle coalescing engine as a fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending and storage. + Compressed air production and production with compressed air calorie, mass and liquid metal gravity + Turbine blade group with the same diameter and shape of each paragraph Various energy storage cycle coalescing engine as a fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending and storage. + Compressed air production and production with compressed air calorie, mass and liquid metal gravity + Turbine blade group with the same diameter and shape of each paragraph Various energy storage cycle coalescing engine as a fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Calorie heat quantity, mass and liquid metal Compressed air production heat production by gravity + various energy storage cycle coalescing engines with turbine blades of the same diameter and same shape for each paragraph and fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Calorie heat quantity, mass and liquid metal Compressed air production heat production by gravity + various energy storage cycle coalescing engines with turbine blades of the same diameter and same shape for each paragraph and fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Calorie heat quantity, mass and liquid metal Compressed air production heat production by gravity + various energy storage cycle coalescing engines with turbine blades of the same diameter and same shape for each paragraph and fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Calorie heat quantity, mass and liquid metal Compressed air production heat production by gravity + various energy storage cycle coalescing engines with turbine blades of the same diameter and same shape for each paragraph and fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Calorie heat quantity, mass and liquid metal Compressed air production heat production by gravity + various energy storage cycle coalescing engines with turbine blades of the same diameter and same shape for each paragraph and fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball lifting device (2F) at the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Compressed air production heat production with mass and liquid metal gravity + various energy storage cycle coalescing engine with turbine rotor blade group with same diameter and same shape for each paragraph as fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball lifting device (2F) at the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Compressed air production heat production with mass and liquid metal gravity + various energy storage cycle coalescing engine with turbine rotor blade group with same diameter and same shape for each paragraph as fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball lifting device (2F) at the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Compressed air production heat production with mass and liquid metal gravity + various energy storage cycle coalescing engine with turbine rotor blade group with same diameter and same shape for each paragraph as fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball lifting device (2F) at the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Compressed air production heat production with mass and liquid metal gravity + various energy storage cycle coalescing engine with turbine rotor blade group with same diameter and same shape for each paragraph as fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball lifting device (2F) at the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Compressed air production heat production with mass and liquid metal gravity + various energy storage cycle coalescing engine with turbine rotor blade group with same diameter and same shape for each paragraph as fitting bolt assembly turbine.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Drives the propulsion force + Insulates and raises the ball riser (2F) at the corner of the square turbine outer casing and uses the liquid metal ascending and storing + Accelerates with superheated steam speed and combustion gas speed + Paragraph of turbine blade group Various energy storage cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Drives the propulsion force + Insulates and heats up ball riser (2F) at the corner of the outer corner of the square turbine and uses the liquid metal ascending and storing + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + turbine Various energy storage cycle coalescing engines with the same group of blades of the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Drives the propulsion force + Insulates and heats up ball riser (2F) at the corner of the outer corner of the square turbine and uses the liquid metal ascending and storing + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + turbine Various energy storage cycle coalescing engines with the same group of blades of the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Drives the propulsion force + Insulates and heats up ball riser (2F) at the corner of the outer corner of the square turbine and uses the liquid metal ascending and storing + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + turbine Various energy storage cycle coalescing engines with the same group of blades of the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Drives the propulsion force + Insulates and heats up ball riser (2F) at the corner of the outer corner of the square turbine and uses the liquid metal ascending and storing + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + turbine Various energy storage cycle coalescing engines with the same group of blades of the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of square turbine outer box and liquid metal is lifted and used for storage + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescence engines with turbine blades set to the same diameter and shape of each stage and fitted bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of square turbine outer box and liquid metal is lifted and used for storage + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescence engines with turbine blades set to the same diameter and shape of each stage and fitted bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of square turbine outer box and liquid metal is lifted and used for storage + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescence engines with turbine blades set to the same diameter and shape of each stage and fitted bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of square turbine outer box and liquid metal is lifted and used for storage + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescence engines with turbine blades set to the same diameter and shape of each stage and fitted bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of square turbine outer box and liquid metal is lifted and used for storage + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescence engines with turbine blades set to the same diameter and shape of each stage and fitted bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending and storage. + Compressed air production and production with compressed air calorie, mass and liquid metal gravity + Turbine blade group with the same diameter and shape of each paragraph Various energy storage cycle coalescing engine as a fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending and storage. + Compressed air production and production with compressed air calorie, mass and liquid metal gravity + Turbine blade group with the same diameter and shape of each paragraph Various energy storage cycle coalescing engine as a fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending and storage. + Compressed air production and production with compressed air calorie, mass and liquid metal gravity + Turbine blade group with the same diameter and shape of each paragraph Various energy storage cycle coalescing engine as a fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending and storage. + Compressed air production and production with compressed air calorie, mass and liquid metal gravity + Turbine blade group with the same diameter and shape of each paragraph Various energy storage cycle coalescing engine as a fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending and storage. + Compressed air production and production with compressed air calorie, mass and liquid metal gravity + Turbine blade group with the same diameter and shape of each paragraph Various energy storage cycle coalescing engine as a fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Calorie heat quantity, mass and liquid metal Compressed air production heat production by gravity + various energy storage cycle coalescing engines with turbine blades of the same diameter and same shape for each paragraph and fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Calorie heat quantity, mass and liquid metal Compressed air production heat production by gravity + various energy storage cycle coalescing engines with turbine blades of the same diameter and same shape for each paragraph and fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Calorie heat quantity, mass and liquid metal Compressed air production heat production by gravity + various energy storage cycle coalescing engines with turbine blades of the same diameter and same shape for each paragraph and fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Calorie heat quantity, mass and liquid metal Compressed air production heat production by gravity + various energy storage cycle coalescing engines with turbine blades of the same diameter and same shape for each paragraph and fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Calorie heat quantity, mass and liquid metal Compressed air production heat production by gravity + various energy storage cycle coalescing engines with turbine blades of the same diameter and same shape for each paragraph and fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball lifting device (2F) at the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Compressed air production heat production with mass and liquid metal gravity + various energy storage cycle coalescing engine with turbine rotor blade group with same diameter and same shape for each paragraph as fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball lifting device (2F) at the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Compressed air production heat production with mass and liquid metal gravity + various energy storage cycle coalescing engine with turbine rotor blade group with same diameter and same shape for each paragraph as fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball lifting device (2F) at the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Compressed air production heat production with mass and liquid metal gravity + various energy storage cycle coalescing engine with turbine rotor blade group with same diameter and same shape for each paragraph as fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball lifting device (2F) at the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Compressed air production heat production with mass and liquid metal gravity + various energy storage cycle coalescing engine with turbine rotor blade group with same diameter and same shape for each paragraph as fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball lifting device (2F) at the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Compressed air production heat production with mass and liquid metal gravity + various energy storage cycle coalescing engine with turbine rotor blade group with same diameter and same shape for each paragraph as fitting bolt assembly turbine.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Drives the propulsion force + Insulates and heats up ball riser (2F) at the corner of the outer corner of the square turbine and uses the liquid metal ascending and storing + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + turbine Various energy storage cycle coalescing engines with the same group of blades of the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Drives the propulsion force + Insulates and heats up ball riser (2F) at the corner of the outer corner of the square turbine and uses the liquid metal ascending and storing + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + turbine Various energy storage cycle coalescing engines with the same group of blades of the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Drives the propulsion force + Insulates and heats up ball riser (2F) at the corner of the outer corner of the square turbine and uses the liquid metal ascending and storing + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + turbine Various energy storage cycle coalescing engines with the same group of blades of the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Drives the propulsion force + Insulates and heats up ball riser (2F) at the corner of the outer corner of the square turbine and uses the liquid metal ascending and storing + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + turbine Various energy storage cycle coalescing engines with the same group of blades of the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Drives the propulsion force + Insulates and heats up ball riser (2F) at the corner of the outer corner of the square turbine and uses the liquid metal ascending and storing + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + turbine Various energy storage cycle coalescing engines with the same group of blades of the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine multi-drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + horizontal axis (1h) at right angles to square turbine outer box to make rotation direction alternately heat retaining turbine, liquid gallium alloy downward Accelerated driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and liquid metal is raised and used for storage + Calorie heat quantity, mass and liquid Compressed air production heat production by metal gravity + various energy storage cycle coalescing engines with turbine blades having the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of square turbine outer box and liquid metal is lifted and used for storage + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescence engines with turbine blades set to the same diameter and shape of each stage and fitted bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of square turbine outer box and liquid metal is lifted and used for storage + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescence engines with turbine blades set to the same diameter and shape of each stage and fitted bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of square turbine outer box and liquid metal is lifted and used for storage + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescence engines with turbine blades set to the same diameter and shape of each stage and fitted bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of square turbine outer box and liquid metal is lifted and used for storage + Compressed air production heat production with compressed air calorie, mass and liquid metal gravity + Various energy storage cycle coalescing engines in which turbine blade groups are set to be approximately the same shape and diameter for each paragraph, and a fitting bolt assembly turbine is used.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending and storage. + Compressed air production and production with compressed air calorie, mass and liquid metal gravity + Turbine blade group with the same diameter and shape of each paragraph Various energy storage cycle coalescing engine as a fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending and storage. + Compressed air production and production with compressed air calorie, mass and liquid metal gravity + Turbine blade group with the same diameter and shape of each paragraph Various energy storage cycle coalescing engine as a fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending and storage. + Compressed air production and production with compressed air calorie, mass and liquid metal gravity + Turbine blade group with the same diameter and shape of each paragraph Various energy storage cycle coalescing engine as a fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending and storage. + Compressed air production and production with compressed air calorie, mass and liquid metal gravity + Turbine blade group with the same diameter and shape of each paragraph Various energy storage cycle coalescing engine as a fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending and storage. + Compressed air production and production with compressed air calorie, mass and liquid metal gravity + Turbine blade group with the same diameter and shape of each paragraph Various energy storage cycle coalescing engine as a fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Calorie heat quantity, mass and liquid metal Compressed air production heat production by gravity + various energy storage cycle coalescing engines with turbine blades of the same diameter and same shape for each paragraph and fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Calorie heat quantity, mass and liquid metal Compressed air production heat production by gravity + various energy storage cycle coalescing engines with turbine blades of the same diameter and same shape for each paragraph and fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Calorie heat quantity, mass and liquid metal Compressed air production heat production by gravity + various energy storage cycle coalescing engines with turbine blades of the same diameter and same shape for each paragraph and fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Calorie heat quantity, mass and liquid metal Compressed air production heat production by gravity + various energy storage cycle coalescing engines with turbine blades of the same diameter and same shape for each paragraph and fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Calorie heat quantity, mass and liquid metal Compressed air production heat production by gravity + various energy storage cycle coalescing engines with turbine blades of the same diameter and same shape for each paragraph and fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball lifting device (2F) at the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Compressed air production heat production with mass and liquid metal gravity + various energy storage cycle coalescing engine with turbine rotor blade group with same diameter and same shape for each paragraph as fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball lifting device (2F) at the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Compressed air production heat production with mass and liquid metal gravity + various energy storage cycle coalescing engine with turbine rotor blade group with same diameter and same shape for each paragraph as fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball lifting device (2F) at the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Compressed air production heat production with mass and liquid metal gravity + various energy storage cycle coalescing engine with turbine rotor blade group with same diameter and same shape for each paragraph as fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball lifting device (2F) at the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Compressed air production heat production with mass and liquid metal gravity + various energy storage cycle coalescing engine with turbine rotor blade group with same diameter and same shape for each paragraph as fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball lifting device (2F) at the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Compressed air production heat production with mass and liquid metal gravity + various energy storage cycle coalescing engine with turbine rotor blade group with same diameter and same shape for each paragraph as fitting bolt assembly turbine.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driving propulsive force + Insulating and increasing ball lifting device (2F) is installed in the corner of the square turbine outer box to use and store liquid metal. Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driving propulsive force + Insulating and increasing ball lifting device (2F) is installed in the corner of the square turbine outer box to use and store liquid metal. Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driving propulsive force + Insulating and increasing ball lifting device (2F) is installed in the corner of the square turbine outer box to use and store liquid metal. Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driving propulsive force + Insulating and increasing ball lifting device (2F) is installed in the corner of the square turbine outer box to use and store liquid metal. Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driving propulsive force + Insulating and increasing ball lifting device (2F) is installed in the corner of the square turbine outer box to use and store liquid metal. Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine for large injection propulsion output + Configuration and method for accelerating output increase sphere (2E) + Intake air path length lens and solar heating / cooling manufacture with sunlight + A warming and increasing ball riser (2F) is installed at the corner of the square turbine outer box to store and use liquid metal. + Intake air path length lens and solar heat and heat production are used. Various energy storage cycle coalescing engines with fitting bolt assembly turbines with approximately the same diameter.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine for large injection propulsion output + Configuration and method for accelerating output increase sphere (2E) + Intake air path length lens and solar heating / cooling manufacture with sunlight + A warming and increasing ball riser (2F) is installed at the corner of the square turbine outer box to store and use liquid metal. + Intake air path length lens and solar heat and heat production are used. Various energy storage cycle coalescing engines with fitting bolt assembly turbines with approximately the same diameter.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine for large injection propulsion output + Configuration and method for accelerating output increase sphere (2E) + Intake air path length lens and solar heating / cooling manufacture with sunlight + A warming and increasing ball riser (2F) is installed at the corner of the square turbine outer box to store and use liquid metal. + Intake air path length lens and solar heat and heat production are used. Various energy storage cycle coalescing engines with fitting bolt assembly turbines with approximately the same diameter.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine for large injection propulsion output + Configuration and method for accelerating output increase sphere (2E) + Intake air path length lens and solar heating / cooling manufacture with sunlight + A warming and increasing ball riser (2F) is installed at the corner of the square turbine outer box to store and use liquid metal. + Intake air path length lens and solar heat and heat production are used. Various energy storage cycle coalescing engines with fitting bolt assembly turbines with approximately the same diameter.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine for large injection propulsion output + Configuration and method for accelerating output increase sphere (2E) + Intake air path length lens and solar heating / cooling manufacture with sunlight + A warming and increasing ball riser (2F) is installed at the corner of the square turbine outer box to store and use liquid metal. + Intake air path length lens and solar heat and heat production are used. Various energy storage cycle coalescing engines with fitting bolt assembly turbines with approximately the same diameter.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine for large injection propulsion output + Configuration and method for accelerating output increase sphere (2E) + Intake air path length lens and solar heating / cooling manufacture with sunlight + A warming and increasing ball riser (2F) is installed at the corner of the square turbine outer box to store and use liquid metal. + Intake air path length lens and solar heat and heat production are used. Various energy storage cycle coalescing engines with fitting bolt assembly turbines with approximately the same diameter.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine for large injection propulsion output + Configuration and method for accelerating output increase sphere (2E) + Intake air path length lens and solar heating / cooling manufacture with sunlight + A warming and increasing ball riser (2F) is installed at the corner of the square turbine outer box to store and use liquid metal. + Intake air path length lens and solar heat and heat production are used. Various energy storage cycle coalescing engines with fitting bolt assembly turbines with approximately the same diameter.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine for large injection propulsion output + Configuration and method for accelerating output increase sphere (2E) + Intake air path length lens and solar heating / cooling manufacture with sunlight + A warming and increasing ball riser (2F) is installed at the corner of the square turbine outer box to store and use liquid metal. + Intake air path length lens and solar heat and heat production are used. Various energy storage cycle coalescing engines with fitting bolt assembly turbines with approximately the same diameter.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine for large injection propulsion output + Configuration and method for accelerating output increase sphere (2E) + Intake air path length lens and solar heating / cooling manufacture with sunlight + A warming and increasing ball riser (2F) is installed at the corner of the square turbine outer box to store and use liquid metal. + Intake air path length lens and solar heat and heat production are used. Various energy storage cycle coalescing engines with fitting bolt assembly turbines with approximately the same diameter.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine for large injection propulsion output + Configuration and method for accelerating output increase sphere (2E) + Intake air path length lens and solar heating / cooling manufacture with sunlight + A warming and increasing ball riser (2F) is installed at the corner of the square turbine outer box to store and use liquid metal. + Intake air path length lens and solar heat and heat production are used. Various energy storage cycle coalescing engines with fitting bolt assembly turbines with approximately the same diameter.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Drives various flying vessels + Combined engine injection unit (78S) + Drives driving propulsion force + Insulates and uses liquid metal ascending and storing by installing a warming and increasing ball raising device (2F) at the corner of the rectangular turbine outer box Various energy conservation cycle coalescing engines that use a long lens and sunlight for heating and cooling production + turbine turbine blades with the same diameter and shape of each paragraph, and a fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Drives various flying vessels + Combined engine injection unit (78S) + Drives driving propulsion force + Insulates and uses liquid metal ascending and storing by installing a warming and increasing ball raising device (2F) at the corner of the rectangular turbine outer box Various energy conservation cycle coalescing engines that use a long lens and sunlight for heating and cooling production + turbine turbine blades with the same diameter and shape of each paragraph, and a fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Drives various flying vessels + Combined engine injection unit (78S) + Drives driving propulsion force + Insulates and uses liquid metal ascending and storing by installing a warming and increasing ball raising device (2F) at the corner of the rectangular turbine outer box Various energy conservation cycle coalescing engines that use a long lens and sunlight for heating and cooling production + turbine turbine blades with the same diameter and shape of each paragraph, and a fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Drives various flying vessels + Combined engine injection unit (78S) + Drives driving propulsion force + Insulates and uses liquid metal ascending and storing by installing a warming and increasing ball raising device (2F) at the corner of the rectangular turbine outer box Various energy conservation cycle coalescing engines that use a long lens and sunlight for heating and cooling production + turbine turbine blades with the same diameter and shape of each paragraph, and a fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Drives various flying vessels + Combined engine injection unit (78S) + Drives driving propulsion force + Insulates and uses liquid metal ascending and storing by installing a warming and increasing ball raising device (2F) at the corner of the rectangular turbine outer box Various energy conservation cycle coalescence engines that use a long lens and sunlight to produce hot and cold heat + a turbine assembly of turbine blades with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Drives various flying vessels + Combined engine injection unit (78S) + Drives driving propulsion force + Insulates and uses liquid metal ascending and storing by installing a warming and increasing ball raising device (2F) at the corner of the rectangular turbine outer box Various energy conservation cycle coalescing engines that use a long lens and sunlight for heating and cooling production + turbine turbine blades with the same diameter and shape of each paragraph, and a fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Drives various flying vessels + Combined engine injection unit (78S) + Drives driving propulsion force + Insulates and uses liquid metal ascending and storing by installing a warming and increasing ball raising device (2F) at the corner of the rectangular turbine outer box Various energy conservation cycle coalescing engines that use a long lens and sunlight for heating and cooling production + turbine turbine blades with the same diameter and shape of each paragraph, and a fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection unit (78S) Liquid metal solar engine for large injection propulsion output + Liquid metal accelerated alternating rotation heat insulation turbine driven + Various airships combined engine injection unit (78S) injection propulsion force Drive + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and liquid metal is raised and used for storage. + Inlet air path length lens and solar heat production are used. Various energy storage cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape of each paragraph.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Drives various flying vessels + Combined engine injection unit (78S) + Drives driving propulsion force + Insulates and uses liquid metal ascending and storing by installing a warming and increasing ball raising device (2F) at the corner of the rectangular turbine outer box Various energy conservation cycle coalescing engines that use a long lens and sunlight for heating and cooling production + turbine turbine blades with the same diameter and shape of each paragraph, and a fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine that makes large injection propulsion output + horizontal axis (1h) is equipped with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate liquid bismuth downward + Drives various flying vessels + Combined engine injection unit (78S) + Drives driving propulsion force + Insulates and uses liquid metal ascending and storing by installing a warming and increasing ball raising device (2F) at the corner of the rectangular turbine outer box Various energy conservation cycle coalescing engines that use a long lens and sunlight for heating and cooling production + turbine turbine blades with the same diameter and shape of each paragraph, and a fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternately warm turbine, accelerating the liquid zinc downward + Drives various flying vessels + Combined engine injection unit (78S) + Drives driving propulsion force + Insulates and uses liquid metal ascending and storing by installing a warming and increasing ball raising device (2F) at the corner of the rectangular turbine outer box Various energy conservation cycle coalescing engines that use a long lens and sunlight for heating and cooling production + turbine turbine blades with the same diameter and shape of each paragraph, and a fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + horizontal axis (1h) with square turbine outer box at right angle to make rotating direction alternate heat retaining turbine, liquid thallium alloy downward + Accelerate driving + Drive various types of flying ships with united engine injection part (78S) injection driving force + Insulate air by using a warming and increasing ball raising device (2F) at the corner of the square turbine outer box Various energy conservation cycle coalescing engines that use a long-length lens and sunlight for heating and cooling production + a turbine blade group with the same diameter and shape of each turbine as a fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) at right angles to square turbine outer box to make rotating direction alternately heat retaining turbine, liquid zinc alloy downward + Accelerate driving + Drive various types of flying ships with united engine injection part (78S) injection driving force + Insulate air by using a warming and increasing ball raising device (2F) at the corner of the square turbine outer box Various energy conservation cycle coalescing engines that use a long-length lens and sunlight for heating and cooling production + a turbine blade group with the same diameter and shape of each turbine as a fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + horizontal axis (1h) at right angles to square turbine outer box to make rotation direction alternate heat insulation turbine, liquid gallium alloy downward + Accelerate driving + Drive various types of flying ships with united engine injection part (78S) injection driving force + Insulate air by using a warming and increasing ball raising device (2F) at the corner of the square turbine outer box Various energy conservation cycle coalescing engines that use a long-length lens and sunlight for heating and cooling production + a turbine blade group with the same diameter and shape of each turbine as a fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven to have a square turbine outer box at right angles to drive to rotate direction alternating turbine + Various flying ships + Combined engine injection unit (78S) Drives the driving force for injection + Insulates and increases the warming sphere riser device (2F) at the corner of the square turbine outer casing and uses the liquid metal for rising storage and use + Intake air path length lens and sunlight Various energy storage cycle coalescing engines with a moving bolt group of turbines used for cold heat production, with the same diameter and shape of each turbine as a fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven to have a square turbine outer box at right angles to drive to rotate direction alternating turbine + Various flying ships + Combined engine injection unit (78S) Drives the driving force for injection + Insulates and increases the warming sphere riser device (2F) at the corner of the square turbine outer casing and uses the liquid metal for rising storage and use + Intake air path length lens and sunlight Various energy storage cycle coalescing engines with a moving bolt group of turbines used for cold heat production, with the same diameter and shape of each turbine as a fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven to have a square turbine outer box at right angles to drive to rotate direction alternating turbine + Various flying ships + Combined engine injection unit (78S) Drives the driving force for injection + Insulates and increases the warming sphere riser device (2F) at the corner of the square turbine outer casing and uses the liquid metal for rising storage and use + Intake air path length lens and sunlight Various energy storage cycle coalescing engines with a moving bolt group of turbines used for cold heat production, with the same diameter and shape of each turbine as a fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven to have a square turbine outer box at right angles to drive to rotate direction alternating turbine + Various flying ships + Combined engine injection unit (78S) Drives the driving force for injection + Insulates and increases the warming sphere riser device (2F) at the corner of the square turbine outer casing and uses the liquid metal for rising storage and use + Intake air path length lens and sunlight Various energy storage cycle coalescing engines with a moving bolt group of turbines used for cold heat production, with the same diameter and shape of each turbine as a fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Drives various flying vessels + Combined engine injection unit (78S) + Drives driving propulsion force + Insulates and uses liquid metal ascending and storing by installing a warming and increasing ball raising device (2F) at the corner of the rectangular turbine outer box Various energy conservation cycle coalescing engines that use a long lens and sunlight for heating and cooling production + turbine turbine blades with the same diameter and shape of each paragraph, and a fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Drives various flying vessels + Combined engine injection unit (78S) + Drives driving propulsion force + Insulates and uses liquid metal ascending and storing by installing a warming and increasing ball raising device (2F) at the corner of the rectangular turbine outer box Various energy conservation cycle coalescing engines that use a long lens and sunlight for heating and cooling production + turbine turbine blades with the same diameter and shape of each paragraph, and a fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Drives various flying vessels + Combined engine injection unit (78S) + Drives driving propulsion force + Insulates and uses liquid metal ascending and storing by installing a warming and increasing ball raising device (2F) at the corner of the rectangular turbine outer box Various energy conservation cycle coalescing engines that use a long lens and sunlight for heating and cooling production + turbine turbine blades with the same diameter and shape of each paragraph, and a fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Drives various flying vessels + Combined engine injection unit (78S) + Drives driving propulsion force + Insulates and uses liquid metal ascending and storing by installing a warming and increasing ball raising device (2F) at the corner of the rectangular turbine outer box Various energy conservation cycle coalescing engines that use a long lens and sunlight for heating and cooling production + turbine turbine blades with the same diameter and shape of each paragraph, and a fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Drives various flying vessels + Combined engine injection unit (78S) + Drives driving propulsion force + Insulates and uses liquid metal ascending and storing by installing a warming and increasing ball raising device (2F) at the corner of the rectangular turbine outer box Various energy conservation cycle coalescing engines that use a long lens and sunlight for heating and cooling production + turbine turbine blades with the same diameter and shape of each paragraph, and a fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Drives various flying vessels + Combined engine injection unit (78S) + Drives driving propulsion force + Insulates and uses liquid metal ascending and storing by installing a warming and increasing ball raising device (2F) at the corner of the rectangular turbine outer box Various energy conservation cycle coalescing engines that use a long lens and sunlight for heating and cooling production + turbine turbine blades with the same diameter and shape of each paragraph, and a fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Drives various flying vessels + Combined engine injection unit (78S) + Drives driving propulsion force + Insulates and uses liquid metal ascending and storing by installing a warming and increasing ball raising device (2F) at the corner of the rectangular turbine outer box Various energy conservation cycle coalescing engines that use a long lens and sunlight for heating and cooling production + turbine turbine blades with the same diameter and shape of each paragraph, and a fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Drives various flying vessels + Combined engine injection unit (78S) + Drives driving propulsion force + Insulates and uses liquid metal ascending and storing by installing a warming and increasing ball raising device (2F) at the corner of the rectangular turbine outer box Various energy conservation cycle coalescence engines that use a long lens and sunlight to produce hot and cold heat + a turbine assembly of turbine blades with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Drives various flying vessels + Combined engine injection unit (78S) + Drives driving propulsion force + Insulates and uses liquid metal ascending and storing by installing a warming and increasing ball raising device (2F) at the corner of the rectangular turbine outer box Various energy conservation cycle coalescence engines that use a long lens and sunlight to produce hot and cold heat + a turbine assembly of turbine blades with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Drives various flying vessels + Combined engine injection unit (78S) + Drives driving propulsion force + Insulates and uses liquid metal ascending and storing by installing a warming and increasing ball raising device (2F) at the corner of the rectangular turbine outer box Various energy conservation cycle coalescence engines that use a long lens and sunlight to produce hot and cold heat + a turbine assembly of turbine blades with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Drives various flying vessels + Combined engine injection unit (78S) + Drives driving propulsion force + Insulates and uses liquid metal ascending and storing by installing a warming and increasing ball raising device (2F) at the corner of the rectangular turbine outer box Various energy conservation cycle coalescence engines that use a long lens and sunlight to produce hot and cold heat + a turbine assembly of turbine blades with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Drives various flying vessels + Combined engine injection unit (78S) + Drives driving propulsion force + Insulates and uses liquid metal ascending and storing by installing a warming and increasing ball raising device (2F) at the corner of the rectangular turbine outer box Various energy conservation cycle coalescence engines that use a long lens and sunlight to produce hot and cold heat + a turbine assembly of turbine blades with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Driving various flying vessels with united engine injection unit (78S) injection driving force + Insulating and increasing ball raising device (2F) at the corner of the outer corner of the square turbine to use the liquid metal for rising storage and use + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Turbine multiple drive short-time coalescence engine injection unit (78S) Liquid metal solar engine for large injection propulsion output + Liquid metal accelerated alternating rotation heat insulation turbine driven + Various airships combined engine injection unit (78S) injection propulsion force Drive + heat retention increasing ball lifting device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is lifted and used for storage. Energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Driving various flying vessels with united engine injection unit (78S) injection driving force + Insulating and increasing ball raising device (2F) at the corner of the outer corner of the square turbine to use the liquid metal for rising storage and use + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine that makes large injection propulsion output + horizontal axis (1h) is equipped with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate liquid bismuth downward + Driving various flying vessels with united engine injection unit (78S) injection driving force + Insulating and increasing ball raising device (2F) at the corner of the outer corner of the square turbine to use the liquid metal for rising storage and use + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternately warm turbine, accelerating the liquid zinc downward + Driving various flying vessels with united engine injection unit (78S) injection driving force + Insulating and increasing ball raising device (2F) at the corner of the outer corner of the square turbine to use the liquid metal for rising storage and use + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + horizontal axis (1h) with square turbine outer box at right angle to make rotating direction alternate heat retaining turbine, liquid thallium alloy downward Accelerated driving + Intake air path length lens and sunlight for heating / cooling production + Heat retention increasing sphere raising device (2F) Increase head drop + Thermal insulation increasing sphere raising device (2F) at corner corner of rectangular turbine Uses ascending storage + Intake air path length lens and solar heating / cooling manufacturing + Uses turbine blades of each turbine with the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) at right angles to square turbine outer box to make rotating direction alternately heat retaining turbine, liquid zinc alloy downward Accelerated driving + Intake air path length lens and sunlight for heating / cooling production + Heat retention increasing sphere raising device (2F) Increase head drop + Thermal insulation increasing sphere raising device (2F) at corner corner of rectangular turbine Uses ascending storage + Intake air path length lens and solar heating / cooling manufacturing + Uses turbine blades of each turbine with the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + horizontal axis (1h) at right angles to square turbine outer box to make rotation direction alternate heat insulation turbine, liquid gallium alloy downward Accelerated driving + Intake air path length lens and sunlight for heating / cooling production + Heat retention increasing sphere raising device (2F) Increase head drop + Thermal insulation increasing sphere raising device (2F) at corner corner of rectangular turbine Uses ascending storage + Intake air path length lens and solar heating / cooling manufacturing + Uses turbine blades of each turbine with the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Increase head drop with warming increase sphere lifting device (2F) + Heat retention increase ball lifting device (2F) is installed at corner of outer corner of square turbine and liquid metal is lifted and used for storage + intake air path Various energy conservation cycle coalescing engines that use a long lens and sunlight for heating and cooling production + turbine turbine blades with the same diameter and shape of each paragraph, and a fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Increase head drop with warming increase sphere lifting device (2F) + Heat retention increase ball lifting device (2F) is installed at corner of outer corner of square turbine and liquid metal is lifted and used for storage + intake air path Various energy conservation cycle coalescence engines that use a long lens and sunlight to produce hot and cold heat + a turbine assembly of turbine blades with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of square turbine outer box and liquid metal is raised and used for storage + Heating and cooling production with intake air path length lens and sunlight + Various energy conservation cycle coalescing engines with turbine blades of the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of square turbine outer box and liquid metal is raised and used for storage + Heating and cooling production with intake air path length lens and sunlight + Various energy conservation cycle coalescing engines with turbine blades of the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulating air path length lens and sunlight by installing a heat retention increasing ball lift device (2F) at the corner of the square turbine outer casing to save and use liquid metal The energy storage cycle coalescing engine which uses the turbine rotor blade group with the same diameter and the same shape for each paragraph as the fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulating air path length lens and sunlight by installing a heat retention increasing ball lift device (2F) at the corner of the square turbine outer casing to save and use liquid metal The energy storage cycle coalescing engine which uses the turbine rotor blade group with the same diameter and the same shape for each paragraph as the fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulating air path length lens and sunlight by installing a heat retention increasing ball lift device (2F) at the corner of the square turbine outer casing to save and use liquid metal Used in the production of hot / cold heat in each + energy storage cycle coalescing engine with turbine rotor blades having the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending and storage. + Intake air path length lens and solar heat / cool manufacturing are used. Various energy storage cycle coalescing engine with fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending and storage. + Intake air path length lens and solar heat / cool manufacturing are used. Various energy storage cycle coalescing engine with fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending and storage. + Intake air path length lens and solar heat / cool manufacturing are used. Various energy storage cycle coalescing engine with fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending and storage. + Intake air path length lens and solar heat / cool manufacturing are used. Various energy storage cycle coalescing engine with fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending and storage. + Intake air path length lens and solar heat / cool manufacturing are used. Various energy storage cycle coalescing engine with fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulating air path length lens and sunlight by installing a heat retention increasing ball lift device (2F) at the corner of the square turbine outer casing to save and use liquid metal The energy storage cycle coalescing engine which uses the turbine rotor blade group with the same diameter and the same shape for each paragraph as the fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulating air path length lens and sunlight by installing a heat retention increasing ball lift device (2F) at the corner of the square turbine outer casing to save and use liquid metal The energy storage cycle coalescing engine which uses the turbine rotor blade group with the same diameter and the same shape for each paragraph as the fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulating air path length lens and sunlight by installing a heat retention increasing ball lift device (2F) at the corner of the square turbine outer casing to save and use liquid metal The energy storage cycle coalescing engine which uses the turbine rotor blade group with the same diameter and the same shape for each paragraph as the fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulating air path length lens and sunlight by installing a heat retention increasing ball lift device (2F) at the corner of the square turbine outer casing to save and use liquid metal The energy storage cycle coalescing engine which uses the turbine rotor blade group with the same diameter and the same shape for each paragraph as the fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulating air path length lens and sunlight by installing a heat retention increasing ball lift device (2F) at the corner of the square turbine outer casing to save and use liquid metal Used in the production of hot / cold heat in each + energy storage cycle coalescing engine with turbine rotor blades having the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection unit (78S) Liquid metal solar engine for high injection propulsion output + Liquid metal accelerated alternating rotation heat insulation turbine drive + Various airplanes combined engine injection unit (78S) injection propulsion drive + Insulating and increasing ball riser (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and stored. + The intake air path length lens and solar heat production are used. Various energy conservation cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection propulsion force + Insulates and uses liquid metal by assembling the warming-increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Intake air path length Various energy conservation cycle coalescence engines that use a lens and sunlight to produce hot and cold heat + a turbine rotor blade group with the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine that makes large injection propulsion output + horizontal axis (1h) is equipped with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate liquid bismuth downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection propulsion force + Insulates and uses liquid metal by assembling the warming-increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Intake air path length Various energy conservation cycle coalescence engines that use a lens and sunlight to produce hot and cold heat + a turbine rotor blade group with the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternately warm turbine, accelerating the liquid zinc downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection propulsion force + Insulates and uses liquid metal by assembling the warming-increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Intake air path length Various energy conservation cycle coalescence engines that use a lens and sunlight to produce hot and cold heat + a turbine rotor blade group with the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + horizontal axis (1h) with square turbine outer box at right angle to make rotating direction alternate heat retaining turbine, liquid thallium alloy downward + Accelerate driving + Drive various types of airplanes with united engine injection part (78S) injection driving force + Insulate and use liquid metal by assembling and keeping the liquid metal in the corner of the rectangular turbine outer box Various energy conservation cycle coalescence engines that use a long lens and sunlight to produce hot and cold heat + a turbine assembly of turbine blades with the same diameter and shape of each stage.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driving propulsive force + Insulating and increasing ball lifting device (2F) is installed in the corner of the square turbine outer box to use and store liquid metal. Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driving propulsive force + Insulating and increasing ball lifting device (2F) is installed in the corner of the square turbine outer box to use and store liquid metal. Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driving propulsive force + Insulating and increasing ball lifting device (2F) is installed in the corner of the square turbine outer box to use and store liquid metal. Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driving propulsive force + Insulating and increasing ball lifting device (2F) is installed in the corner of the square turbine outer box to use and store liquid metal. Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driving propulsive force + Insulating and increasing ball lifting device (2F) is installed in the corner of the square turbine outer box to use and store liquid metal. Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of square turbine outer box and liquid metal is raised and used for storage + Heating and cooling production with intake air path length lens and sunlight + Various energy conservation cycle coalescing engines with turbine blades of the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulating air path length lens and sunlight by installing a heat retention increasing ball lift device (2F) at the corner of the square turbine outer casing to save and use liquid metal The energy storage cycle coalescing engine which uses the turbine rotor blade group with the same diameter and the same shape for each paragraph as the fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulating air path length lens and sunlight by installing a heat retention increasing ball lift device (2F) at the corner of the square turbine outer casing to save and use liquid metal The energy storage cycle coalescing engine which uses the turbine rotor blade group with the same diameter and the same shape for each paragraph as the fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulating air path length lens and sunlight by installing a heat retention increasing ball lift device (2F) at the corner of the square turbine outer casing to save and use liquid metal The energy storage cycle coalescing engine which uses the turbine rotor blade group with the same diameter and the same shape for each paragraph as the fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulating air path length lens and sunlight by installing a heat retention increasing ball lift device (2F) at the corner of the square turbine outer casing to save and use liquid metal Used in the production of hot / cold heat in each + energy storage cycle coalescing engine with turbine rotor blades having the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending and storage. + Intake air path length lens and solar heat / cool manufacturing are used. Various energy storage cycle coalescing engine with fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending and storage. + Intake air path length lens and solar heat / cool manufacturing are used. Various energy storage cycle coalescing engine with fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending and storage. + Intake air path length lens and solar heat / cool manufacturing are used. Various energy storage cycle coalescing engine with fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending and storage. + Intake air path length lens and solar heat / cool manufacturing are used. Various energy storage cycle coalescing engine with fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending and storage. + Intake air path length lens and solar heat / cool manufacturing are used. Various energy storage cycle coalescing engine with fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulating air path length lens and sunlight by installing a heat retention increasing ball lift device (2F) at the corner of the square turbine outer casing to save and use liquid metal The energy storage cycle coalescing engine which uses the turbine rotor blade group with the same diameter and the same shape for each paragraph as the fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulating air path length lens and sunlight by installing a heat retention increasing ball lift device (2F) at the corner of the square turbine outer casing to save and use liquid metal The energy storage cycle coalescing engine which uses the turbine rotor blade group with the same diameter and the same shape for each paragraph as the fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulating air path length lens and sunlight by installing a heat retention increasing ball lift device (2F) at the corner of the square turbine outer casing to save and use liquid metal The energy storage cycle coalescing engine which uses the turbine rotor blade group with the same diameter and the same shape for each paragraph as the fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulating air path length lens and sunlight by installing a heat retention increasing ball lift device (2F) at the corner of the square turbine outer casing to save and use liquid metal The energy storage cycle coalescing engine which uses the turbine rotor blade group with the same diameter and the same shape for each paragraph as the fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar heat engine that makes large injection propulsion output + Accelerate liquid metal alternately rotating heat insulation turbine + Intake air path length lens and solar heat production + heat insulation increase A ball lifter (2F) is installed at the corner of the square turbine outer box, and the liquid metal is lifted and used for storage. + The intake air path length lens and solar heat production are used. + The turbine blade group is set for each paragraph. Various energy storage cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection propulsion force + Insulates and uses liquid metal by assembling the warming-increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Intake air path length Various energy conservation cycle coalescence engines that use a lens and sunlight to produce hot and cold heat + a turbine rotor blade group with the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine that makes large injection propulsion output + horizontal axis (1h) is equipped with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate liquid bismuth downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection propulsion force + Insulates and uses liquid metal by assembling the warming-increasing ball lifting device (2F) at the corner of the square turbine outer casing + Various energy conservation cycle coalescence engines that use a lens and sunlight to produce hot and cold heat + a turbine rotor blade group with the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternately warm turbine, accelerating the liquid zinc downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection propulsion force + Insulates and uses liquid metal by assembling the warming-increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Intake air path length Various energy conservation cycle coalescence engines that use a lens and sunlight to produce hot and cold heat + a turbine rotor blade group with the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + horizontal axis (1h) with square turbine outer box at right angle to make rotating direction alternate heat retaining turbine, liquid thallium alloy downward + Accelerate driving + Drive various types of airplanes with united engine injection part (78S) injection driving force + Insulate and use liquid metal by assembling and keeping the liquid metal in the corner of the rectangular turbine outer box Various energy conservation cycle coalescing engines that use a long lens and sunlight for heating and cooling production + turbine turbine blades with the same diameter and shape of each paragraph, and a fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) at right angles to square turbine outer box to make rotating direction alternately heat retaining turbine, liquid zinc alloy downward + Accelerate driving + Drive various types of airplanes with united engine injection part (78S) injection driving force + Insulate and use liquid metal by assembling and keeping the liquid metal in the corner of the rectangular turbine outer box Various energy conservation cycle coalescence engines that use a long lens and sunlight to produce hot and cold heat + a turbine assembly of turbine blades with the same diameter and shape of each stage.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driving propulsive force + Insulating and increasing ball lifting device (2F) is installed in the corner of the square turbine outer box to use and store liquid metal. Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driving propulsive force + Insulating and increasing ball lifting device (2F) is installed in the corner of the square turbine outer box to use and store liquid metal. Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine multiple drive short-time coalescence engine injection section (78S) Liquid metal solar engine that makes large propulsion propulsion output + Accelerating the output sphere (2E) downward by gravity acceleration Turbine drive + Combined engine injection section (78S ) Driving propulsion force + Insulating and increasing ball riser (2F) is installed at the corner of the square turbine outer box, and the liquid metal is lifted and used for storage. Various energy storage cycle coalescing engines with moving blade groups of the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driving propulsive force + Insulating and increasing ball lifting device (2F) is installed in the corner of the square turbine outer box to use and store liquid metal. Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driving propulsive force + Insulating and increasing ball lifting device (2F) is installed in the corner of the square turbine outer box to use and store liquid metal. Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulating air path length lens and sunlight by installing a heat retention increasing ball rising device (2F) at the corner of the square turbine outer casing to save and use liquid metal The energy storage cycle coalescing engine which uses the turbine rotor blade group with the same diameter and the same shape for each paragraph as the fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulating air path length lens and sunlight by installing a heat retention increasing ball lift device (2F) at the corner of the square turbine outer casing to save and use liquid metal The energy storage cycle coalescing engine which uses the turbine rotor blade group with the same diameter and the same shape for each paragraph as the fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulating air path length lens and sunlight by installing a heat retention increasing ball lift device (2F) at the corner of the square turbine outer casing to save and use liquid metal The energy storage cycle coalescing engine which uses the turbine rotor blade group with the same diameter and the same shape for each paragraph as the fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulating air path length lens and sunlight by installing a heat retention increasing ball lift device (2F) at the corner of the square turbine outer casing to save and use liquid metal The energy storage cycle coalescing engine which uses the turbine rotor blade group with the same diameter and the same shape for each paragraph as the fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulating air path length lens and sunlight by installing a heat retention increasing ball lift device (2F) at the corner of the square turbine outer casing to save and use liquid metal Used in the production of hot / cold heat in each + energy storage cycle coalescing engine with turbine rotor blades having the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending and storage. + Intake air path length lens and solar heat / cool manufacturing are used. Various energy storage cycle coalescing engine with fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending and storage. + Intake air path length lens and solar heat / cool manufacturing are used. Various energy storage cycle coalescing engine with fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending and storage. + Intake air path length lens and solar heat / cool manufacturing are used. Various energy storage cycle coalescing engine with fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending and storage. + Intake air path length lens and solar heat / cool manufacturing are used. Various energy storage cycle coalescing engine with fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending and storing. + The intake air path length lens and solar heat / cool manufacturing are used. Various energy storage cycle coalescing engine with fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulating air path length lens and sunlight by installing a heat retention increasing ball rising device (2F) at the corner of the square turbine outer casing to save and use liquid metal The energy storage cycle coalescing engine which uses the turbine rotor blade group with the same diameter and the same shape for each paragraph as the fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulating air path length lens and sunlight by installing a heat retention increasing ball lift device (2F) at the corner of the square turbine outer casing to save and use liquid metal The energy storage cycle coalescing engine which uses the turbine rotor blade group with the same diameter and the same shape for each paragraph as the fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulating air path length lens and sunlight by installing a heat retention increasing ball lift device (2F) at the corner of the square turbine outer casing to save and use liquid metal The energy storage cycle coalescing engine which uses the turbine rotor blade group with the same diameter and the same shape for each paragraph as the fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar heat engine that makes large injection propulsion output + Accelerate liquid metal alternately rotating heat insulation turbine + Intake air path length lens and solar heat production + heat insulation increase A ball lifter (2F) is installed at the corner of the square turbine outer box, and the liquid metal is lifted and used for storage. + Inlet air path length lens and solar heating / cooling production is used. Various energy storage cycle coalescing engine with fitting bolt assembly turbine as the same shape.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulating air path length lens and sunlight by installing a heat retention increasing ball lift device (2F) at the corner of the square turbine outer casing to save and use liquid metal Used in the production of hot / cold heat in each + energy storage cycle coalescing engine with turbine rotor blades having the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine that makes large injection propulsion output + horizontal axis (1h) is equipped with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate liquid bismuth downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection propulsion force + Insulates and uses liquid metal by assembling the warming-increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Intake air path length Various energy conservation cycle coalescence engines that use a lens and sunlight to produce hot and cold heat + a turbine rotor blade group with the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternately warm turbine, accelerating the liquid zinc downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection propulsion force + Insulates and uses liquid metal by assembling the warming-increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Intake air path length Various energy conservation cycle coalescence engines that use a lens and sunlight to produce hot and cold heat + a turbine rotor blade group with the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + horizontal axis (1h) with square turbine outer box at right angle to make rotating direction alternate heat retaining turbine, liquid thallium alloy downward + Accelerate driving + Drive various types of airplanes with united engine injection part (78S) injection driving force + Insulate and use liquid metal by assembling and keeping the liquid metal in the corner of the rectangular turbine outer box Various energy conservation cycle coalescing engines that use a long lens and sunlight for heating and cooling production + turbine turbine blades with the same diameter and shape of each paragraph, and a fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) at right angles to square turbine outer box to make rotating direction alternately heat retaining turbine, liquid zinc alloy downward + Accelerate driving + Drive various types of airplanes with united engine injection part (78S) injection driving force + Insulate and use liquid metal by assembling and keeping the liquid metal in the corner of the rectangular turbine outer box Various energy conservation cycle coalescing engines that use a long lens and sunlight for heating and cooling production + turbine turbine blades with the same diameter and shape of each paragraph, and a fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + horizontal axis (1h) at right angles to square turbine outer box to make rotation direction alternate heat insulation turbine, liquid gallium alloy downward + Accelerate driving + Drive various types of airplanes with united engine injection part (78S) injection driving force + Insulate and use liquid metal by assembling and keeping the liquid metal in the corner of the rectangular turbine outer box Various energy conservation cycle coalescence engines that use a long lens and sunlight to produce hot and cold heat + a turbine assembly of turbine blades with the same diameter and shape of each stage.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driving propulsive force + Insulating and increasing ball lifting device (2F) is installed in the corner of the square turbine outer box to use and store liquid metal. Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driving propulsive force + Insulating and increasing ball lifting device (2F) is installed in the corner of the square turbine outer box to use and store liquid metal. Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driving propulsive force + Insulating and increasing ball lifting device (2F) is installed in the corner of the square turbine outer box to use and store liquid metal. Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driving propulsive force + Insulating and increasing ball lifting device (2F) is installed in the corner of the square turbine outer box to use and store liquid metal. Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driving propulsive force + Insulating and increasing ball lifting device (2F) is installed in the corner of the square turbine outer box to use and store liquid metal. Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulating air path length lens and sunlight by installing a heat retention increasing ball lift device (2F) at the corner of the square turbine outer casing to save and use liquid metal The energy storage cycle coalescing engine which uses the turbine rotor blade group with the same diameter and the same shape for each paragraph as the fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulating air path length lens and sunlight by installing a heat retention increasing ball lift device (2F) at the corner of the square turbine outer casing to save and use liquid metal The energy storage cycle coalescing engine which uses the turbine rotor blade group with the same diameter and the same shape for each paragraph as the fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulating air path length lens and sunlight by installing a heat retention increasing ball lift device (2F) at the corner of the square turbine outer casing to save and use liquid metal The energy storage cycle coalescing engine which uses the turbine rotor blade group with the same diameter and the same shape for each paragraph as the fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulating air path length lens and sunlight by installing a heat retention increasing ball lift device (2F) at the corner of the square turbine outer casing to save and use liquid metal The energy storage cycle coalescing engine which uses the turbine rotor blade group with the same diameter and the same shape for each paragraph as the fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulating air path length lens and sunlight by installing a heat retention increasing ball lift device (2F) at the corner of the square turbine outer casing to save and use liquid metal Used in the production of hot / cold heat in each + energy storage cycle coalescing engine with turbine rotor blades having the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending and storage. + Intake air path length lens and solar heat / cool manufacturing are used. Various energy storage cycle coalescing engine with fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending and storage. + Intake air path length lens and solar heat / cool manufacturing are used. Various energy storage cycle coalescing engine with fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending and storage. + Intake air path length lens and solar heat / cool manufacturing are used. Various energy storage cycle coalescing engine with fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending and storage. + Intake air path length lens and solar heat / cool manufacturing are used. Various energy storage cycle coalescing engine with fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending and storage. + Intake air path length lens and solar heat / cool manufacturing are used. Various energy storage cycle coalescing engine with fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulating air path length lens and sunlight by installing a heat retention increasing ball lift device (2F) at the corner of the square turbine outer casing to save and use liquid metal The energy storage cycle coalescing engine which uses the turbine rotor blade group with the same diameter and the same shape for each paragraph as the fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulating air path length lens and sunlight by installing a heat retention increasing ball lift device (2F) at the corner of the square turbine outer casing to save and use liquid metal The energy storage cycle coalescing engine which uses the turbine rotor blade group with the same diameter and the same shape for each paragraph as the fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar heat engine that makes large injection propulsion output + Accelerate liquid metal alternately rotating heat insulation turbine + Intake air path length lens and solar heat production + heat insulation increase A ball lifter (2F) is installed at the corner of the square turbine outer box, and the liquid metal is lifted and used for storage. + Inlet air path length lens and solar heating / cooling production is used. Various energy storage cycle coalescing engine with fitting bolt assembly turbine as the same shape.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulating air path length lens and sunlight by installing a heat retention increasing ball lift device (2F) at the corner of the square turbine outer casing to save and use liquid metal The energy storage cycle coalescing engine which uses the turbine rotor blade group with the same diameter and the same shape for each paragraph as the fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine that makes large injection propulsion output + horizontal axis (1h) is equipped with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate liquid bismuth downward Driving + Intake air path length lens and solar heating / cooling production + Insulating air path length lens and sunlight by installing a heat retention increasing ball lift device (2F) at the corner of the square turbine outer casing to save and use liquid metal Used in the production of hot / cold heat in each + energy storage cycle coalescing engine with turbine rotor blades having the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternately warm turbine, accelerating the liquid zinc downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection propulsion force + Insulates and uses liquid metal by assembling the warming-increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Intake air path length Various energy conservation cycle coalescence engines that use a lens and sunlight to produce hot and cold heat + a turbine rotor blade group with the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + horizontal axis (1h) with square turbine outer box at right angle to make rotating direction alternate heat retaining turbine, liquid thallium alloy downward + Accelerate driving + Drive various types of airplanes with united engine injection part (78S) injection driving force + Insulate and use liquid metal by assembling and keeping the liquid metal in the corner of the rectangular turbine outer box Various energy conservation cycle coalescing engines that use a long lens and sunlight for heating and cooling production + turbine turbine blades with the same diameter and shape of each paragraph, and a fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) at right angles to square turbine outer box to make rotating direction alternately heat retaining turbine, liquid zinc alloy downward + Accelerate driving + Drive various types of airplanes with united engine injection part (78S) injection driving force + Insulate and use liquid metal by assembling and keeping the liquid metal in the corner of the rectangular turbine outer box Various energy conservation cycle coalescing engines that use a long lens and sunlight for heating and cooling production + turbine turbine blades with the same diameter and shape of each paragraph, and a fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + horizontal axis (1h) at right angles to square turbine outer box to make rotation direction alternate heat insulation turbine, liquid gallium alloy downward + Accelerate driving + Drive various types of airplanes with united engine injection part (78S) injection driving force + Insulate and use liquid metal by assembling and keeping the liquid metal in the corner of the rectangular turbine outer box Various energy conservation cycle coalescing engines that use a long lens and sunlight for heating and cooling production + turbine turbine blades with the same diameter and shape of each paragraph, and a fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with square turbine outer box at right angle to drive turbines with alternating rotation direction + Various airplanes Combined engine injection part (78S) Drives the driving force of injection + Insulates and heats up ball riser (2F) at the corner of the square turbine outer casing and uses the liquid metal ascending and storing + Heating and cooling with the intake air path length lens and sunlight Manufactured and used + energy storage cycle coalescing engine with turbine rotor blades of the same diameter and same shape for each paragraph and a fitting bolt assembly turbine.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driving propulsive force + Insulating and increasing ball lifting device (2F) is installed in the corner of the square turbine outer box to use and store liquid metal. Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driven by propulsion propulsion force + Insulating and increasing ball riser (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage. In addition, various energy storage cycle coalescing engines with turbine blades of the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driving propulsive force + Insulating and increasing ball lifting device (2F) is installed in the corner of the square turbine outer box to use and store liquid metal. Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driving propulsive force + Insulating and increasing ball lifting device (2F) is installed in the corner of the square turbine outer box to use and store liquid metal. Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driving propulsive force + Insulating and increasing ball lifting device (2F) is installed in the corner of the square turbine outer box to use and store liquid metal. Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulating air path length lens and sunlight by installing a heat retention increasing ball lift device (2F) at the corner of the square turbine outer casing to save and use liquid metal The energy storage cycle coalescing engine which uses the turbine rotor blade group with the same diameter and the same shape for each paragraph as the fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulating air path length lens and sunlight by installing a heat retention increasing ball lift device (2F) at the corner of the square turbine outer casing to save and use liquid metal The energy storage cycle coalescing engine which uses the turbine rotor blade group with the same diameter and the same shape for each paragraph as the fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulating air path length lens and sunlight by installing a heat retention increasing ball lift device (2F) at the corner of the square turbine outer casing to save and use liquid metal The energy storage cycle coalescing engine which uses the turbine rotor blade group with the same diameter and the same shape for each paragraph as the fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulating air path length lens and sunlight by installing a heat retention increasing ball lift device (2F) at the corner of the square turbine outer casing to save and use liquid metal The energy storage cycle coalescing engine which uses the turbine rotor blade group with the same diameter and the same shape for each paragraph as the fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulating air path length lens and sunlight by installing a heat retention increasing ball lift device (2F) at the corner of the square turbine outer casing to save and use liquid metal Used in the production of hot / cold heat in each + energy storage cycle coalescing engine with turbine rotor blades having the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending and storage. + Intake air path length lens and solar heat / cool manufacturing are used. Various energy storage cycle coalescing engine with fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending and storage. + Intake air path length lens and solar heat / cool manufacturing are used. Various energy storage cycle coalescing engine with fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending and storage. + Intake air path length lens and solar heat / cool manufacturing are used. Various energy storage cycle coalescing engine with fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending and storage. + Intake air path length lens and solar heat / cool manufacturing are used. Various energy storage cycle coalescing engine with fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending and storage. + Intake air path length lens and solar heat / cool manufacturing are used. Various energy storage cycle coalescing engine with fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulating air path length lens and sunlight by installing a heat retention increasing ball lift device (2F) at the corner of the square turbine outer casing to save and use liquid metal The energy storage cycle coalescing engine which uses the turbine rotor blade group with the same diameter and the same shape for each paragraph as the fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar heat engine that makes large injection propulsion output + Accelerate liquid metal alternately rotating heat insulation turbine + Intake air path length lens and solar heat production + heat insulation increase A ball lifter (2F) is installed at the corner of the square turbine outer box, and the liquid metal is lifted and used for storage. + Inlet air path length lens and solar heating / cooling production is used. Various energy storage cycle coalescing engine with fitting bolt assembly turbine as the same shape.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulating air path length lens and sunlight by installing a heat retention increasing ball lift device (2F) at the corner of the square turbine outer casing to save and use liquid metal The energy storage cycle coalescing engine which uses the turbine rotor blade group with the same diameter and the same shape for each paragraph as the fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine that makes large injection propulsion output + horizontal axis (1h) is equipped with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate liquid bismuth downward Driving + Intake air path length lens and solar heating / cooling production + Insulating air path length lens and sunlight by installing a heat retention increasing ball lift device (2F) at the corner of the square turbine outer casing to save and use liquid metal The energy storage cycle coalescing engine which uses the turbine rotor blade group with the same diameter and the same shape for each paragraph as the fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternately warm turbine, accelerating the liquid zinc downward Driving + Intake air path length lens and solar heating / cooling production + Insulating air path length lens and sunlight by installing a heat retention increasing ball lift device (2F) at the corner of the square turbine outer casing to save and use liquid metal Used in the production of hot / cold heat in each + energy storage cycle coalescing engine with turbine rotor blades having the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + horizontal axis (1h) with square turbine outer box at right angle to make rotating direction alternate heat retaining turbine, liquid thallium alloy downward + Accelerate driving + Drive various types of airplanes with united engine injection part (78S) injection driving force + Insulate and use liquid metal by assembling and keeping the liquid metal in the corner of the rectangular turbine outer box Various energy conservation cycle coalescing engines that use a long lens and sunlight for heating and cooling production + turbine turbine blades with the same diameter and shape of each paragraph, and a fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) at right angles to square turbine outer box to make rotating direction alternately heat retaining turbine, liquid zinc alloy downward + Accelerate driving + Drive various types of airplanes with united engine injection part (78S) injection driving force + Insulate and use liquid metal by assembling and keeping the liquid metal in the corner of the rectangular turbine outer box Various energy conservation cycle coalescing engines that use a long lens and sunlight for heating and cooling production + turbine turbine blades with the same diameter and shape of each paragraph, and a fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + horizontal axis (1h) at right angles to square turbine outer box to make rotation direction alternate heat insulation turbine, liquid gallium alloy downward + Accelerate driving + Drive various types of airplanes with united engine injection part (78S) injection driving force + Insulate and use liquid metal by assembling and keeping the liquid metal in the corner of the rectangular turbine outer box Various energy conservation cycle coalescing engines that use a long lens and sunlight for heating and cooling production + turbine turbine blades with the same diameter and shape of each paragraph, and a fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with square turbine outer box at right angle to drive turbines with alternating rotation direction + Various airplanes Combined engine injection part (78S) Drives the driving force of injection + Insulates and heats up ball riser (2F) at the corner of the square turbine outer casing and uses the liquid metal ascends and saves it Various energy storage cycle coalescing engines with a moving bolt group of turbines to be manufactured and made into a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with square turbine outer box at right angle to drive turbines with alternating rotation direction + Various airplanes Combined engine injection part (78S) Drives the driving force of injection + Insulates and heats up ball riser (2F) at the corner of the square turbine outer casing and uses the liquid metal ascending and storing + Heating and cooling with the intake air path length lens and sunlight Manufactured and used + energy storage cycle coalescing engine with turbine rotor blades of the same diameter and same shape for each paragraph and a fitting bolt assembly turbine.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driving propulsive force + Insulating and increasing ball lifting device (2F) is installed in the corner of the square turbine outer box to use and store liquid metal. Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driving propulsive force + Insulating and increasing ball lifting device (2F) is installed in the corner of the square turbine outer box to use and store liquid metal. Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driving propulsive force + Insulating and increasing ball lifting device (2F) is installed in the corner of the square turbine outer box to use and store liquid metal. Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driving propulsive force + Insulating and increasing ball lifting device (2F) is installed in the corner of the square turbine outer box to use and store liquid metal. Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driving propulsive force + Insulating and increasing ball lifting device (2F) is installed in the corner of the square turbine outer box to use and store liquid metal. Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulating air path length lens and sunlight by installing a heat retention increasing ball lift device (2F) at the corner of the square turbine outer casing to save and use liquid metal The energy storage cycle coalescing engine which uses the turbine rotor blade group with the same diameter and the same shape for each paragraph as the fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulating air path length lens and sunlight by installing a heat retention increasing ball lift device (2F) at the corner of the square turbine outer casing to save and use liquid metal The energy storage cycle coalescing engine which uses the turbine rotor blade group with the same diameter and the same shape for each paragraph as the fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulating air path length lens and sunlight by installing a heat retention increasing ball lift device (2F) at the corner of the square turbine outer casing to save and use liquid metal The energy storage cycle coalescing engine which uses the turbine rotor blade group with the same diameter and the same shape for each paragraph as the fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulating air path length lens and sunlight by installing a heat retention increasing ball lift device (2F) at the corner of the square turbine outer casing to save and use liquid metal The energy storage cycle coalescing engine which uses the turbine rotor blade group with the same diameter and the same shape for each paragraph as the fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulating air path length lens and sunlight by installing a heat retention increasing ball lift device (2F) at the corner of the square turbine outer casing to save and use liquid metal Used in the production of hot / cold heat in each + energy storage cycle coalescing engine with turbine rotor blades having the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending and storage. + Intake air path length lens and solar heat / cool manufacturing are used. Various energy storage cycle coalescing engine with fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending and storage. + Intake air path length lens and solar heat / cool manufacturing are used. Various energy storage cycle coalescing engine with fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending and storage. + Intake air path length lens and solar heat / cool manufacturing are used. Various energy storage cycle coalescing engine with fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending and storage. + Intake air path length lens and solar heat / cool manufacturing are used. Various energy storage cycle coalescing engine with fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending and storage. + Intake air path length lens and solar heat / cool manufacturing are used. Various energy storage cycle coalescing engine with fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar heat engine that makes large injection propulsion output + Accelerate liquid metal alternately rotating heat insulation turbine + Intake air path length lens and solar heat production + heat insulation increase A ball lifter (2F) is installed at the corner of the square turbine outer box, and the liquid metal is lifted and used for storage. + Inlet air path length lens and solar heating / cooling production is used. Various energy storage cycle coalescing engine with fitting bolt assembly turbine as the same shape.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulating air path length lens and sunlight by installing a heat retention increasing ball lift device (2F) at the corner of the square turbine outer casing to save and use liquid metal The energy storage cycle coalescing engine which uses the turbine rotor blade group with the same diameter and the same shape for each paragraph as the fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine that makes large injection propulsion output + horizontal axis (1h) is equipped with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate liquid bismuth downward Driving + Intake air path length lens and solar heating / cooling production + Insulating air path length lens and sunlight by installing a heat retention increasing ball lift device (2F) at the corner of the square turbine outer casing to save and use liquid metal The energy storage cycle coalescing engine which uses the turbine rotor blade group with the same diameter and the same shape for each paragraph as the fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternately warm turbine, accelerating the liquid zinc downward Driving + Intake air path length lens and solar heating / cooling production + Insulating air path length lens and sunlight by installing a heat retention increasing ball lift device (2F) at the corner of the square turbine outer casing to save and use liquid metal The energy storage cycle coalescing engine which uses the turbine rotor blade group with the same diameter and the same shape for each paragraph as the fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + horizontal axis (1h) with square turbine outer box at right angle to make rotating direction alternate heat retaining turbine, liquid thallium alloy downward Accelerated driving + Intake air path length lens and solar heating / cooling production + Insulating air path length lens and sun Various energy storage cycle coalescence engine that uses turbines with blades of the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) at right angles to square turbine outer box to make rotating direction alternately heat retaining turbine, liquid zinc alloy downward + Accelerate driving + Drive various types of airplanes with united engine injection part (78S) injection driving force + Insulate and use liquid metal by assembling and keeping the liquid metal in the corner of the rectangular turbine outer box Various energy conservation cycle coalescing engines that use a long lens and sunlight for heating and cooling production + turbine turbine blades with the same diameter and shape of each paragraph, and a fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + horizontal axis (1h) at right angles to square turbine outer box to make rotation direction alternate heat insulation turbine, liquid gallium alloy downward + Accelerate driving + Drive various types of airplanes with united engine injection part (78S) injection driving force + Insulate and use liquid metal by assembling and keeping the liquid metal in the corner of the rectangular turbine outer box Various energy conservation cycle coalescing engines that use a long lens and sunlight for heating and cooling production + turbine turbine blades with the same diameter and shape of each paragraph, and a fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with square turbine outer box at right angle to drive turbines with alternating rotation direction + Various airplanes Combined engine injection part (78S) Drives the driving force of injection + Insulates and heats up ball riser (2F) at the corner of the square turbine outer casing and uses the liquid metal ascends and saves it Various energy storage cycle coalescing engines with a moving bolt group of turbines to be manufactured and made into a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with square turbine outer box at right angle to drive turbines with alternating rotation direction + Various airplanes Combined engine injection part (78S) Drives the driving force of injection + Insulates and heats up ball riser (2F) at the corner of the square turbine outer casing and uses the liquid metal ascending and storing + Heating and cooling with the intake air path length lens and sunlight Various energy storage cycle coalescing engines with a moving bolt group of turbines to be manufactured and made into a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with square turbine outer box at right angle to drive turbines with alternating rotation direction + Various airplanes Combined engine injection part (78S) Drives the driving force of injection + Insulates and heats up ball riser (2F) at the corner of the square turbine outer casing and uses the liquid metal ascending and storing + Heating and cooling with the intake air path length lens and sunlight Manufactured and used + energy storage cycle coalescing engine with turbine rotor blades of the same diameter and same shape for each paragraph and a fitting bolt assembly turbine.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driving propulsive force + Insulating and increasing ball lifting device (2F) is installed in the corner of the square turbine outer box to use and store liquid metal. Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driving propulsive force + Insulating and increasing ball lifting device (2F) is installed in the corner of the square turbine outer box to use and store liquid metal. Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driving propulsive force + Insulating and increasing ball lifting device (2F) is installed in the corner of the square turbine outer box to use and store liquid metal. Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driving propulsive force + Insulating and increasing ball lifting device (2F) is installed in the corner of the square turbine outer box to use and store liquid metal. Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driving propulsive force + Insulating and increasing ball lifting device (2F) is installed in the corner of the square turbine outer box to use and store liquid metal. Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulating air path length lens and sunlight by installing a heat retention increasing ball lift device (2F) at the corner of the square turbine outer casing to save and use liquid metal The energy storage cycle coalescing engine which uses the turbine rotor blade group with the same diameter and the same shape for each paragraph as the fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulating air path length lens and sunlight by installing a heat retention increasing ball lift device (2F) at the corner of the square turbine outer casing to save and use liquid metal The energy storage cycle coalescing engine which uses the turbine rotor blade group with the same diameter and the same shape for each paragraph as the fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulating air path length lens and sunlight by installing a heat retention increasing ball lift device (2F) at the corner of the square turbine outer casing to save and use liquid metal The energy storage cycle coalescing engine which uses the turbine rotor blade group with the same diameter and the same shape for each paragraph as the fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulating air path length lens and sunlight by installing a heat retention increasing ball lift device (2F) at the corner of the square turbine outer casing to save and use liquid metal The energy storage cycle coalescing engine which uses the turbine rotor blade group with the same diameter and the same shape for each paragraph as the fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulating air path length lens and sunlight by installing a heat retention increasing ball lift device (2F) at the corner of the square turbine outer casing to save and use liquid metal Used in the production of hot / cold heat in each + energy storage cycle coalescing engine with turbine rotor blades having the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending and storage. + Intake air path length lens and solar heat / cool manufacturing are used. Various energy storage cycle coalescing engine with fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending and storage. + Intake air path length lens and solar heat / cool manufacturing are used. Various energy storage cycle coalescing engine with fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending and storage. + Intake air path length lens and solar heat / cool manufacturing are used. Various energy storage cycle coalescing engine with fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending and storage. + Intake air path length lens and solar heat / cool manufacturing are used. Various energy storage cycle coalescing engine with fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending and storage. + Intake air path length lens and solar heat / cool manufacturing are used. Various energy storage cycle coalescing engine with fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulating air path length lens and sunlight by installing a heat retention increasing ball lift device (2F) at the corner of the square turbine outer casing to save and use liquid metal The energy storage cycle coalescing engine which uses the turbine rotor blade group with the same diameter and the same shape for each paragraph as the fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine that makes large injection propulsion output + horizontal axis (1h) is equipped with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate liquid bismuth downward Driving + Intake air path length lens and solar heating / cooling production + Insulating air path length lens and sunlight by installing a heat retention increasing ball lift device (2F) at the corner of the square turbine outer casing to save and use liquid metal The energy storage cycle coalescing engine which uses the turbine rotor blade group with the same diameter and the same shape for each paragraph as the fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternately warm turbine, accelerating the liquid zinc downward Driving + Intake air path length lens and solar heating / cooling production + Insulating air path length lens and sunlight by installing a heat retention increasing ball lift device (2F) at the corner of the square turbine outer casing to save and use liquid metal The energy storage cycle coalescing engine which uses the turbine rotor blade group with the same diameter and the same shape for each paragraph as the fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + horizontal axis (1h) with square turbine outer box at right angle to make rotating direction alternate heat retaining turbine, liquid thallium alloy downward Accelerated driving + Intake air path length lens and solar heating / cooling production + Insulating air path length lens and sun Various energy storage cycle coalescence engine which uses turbines and blades of turbines with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) at right angles to square turbine outer box to make rotating direction alternately heat retaining turbine, liquid zinc alloy downward Accelerated driving + Intake air path length lens and solar heating / cooling production + Insulating air path length lens and sun Various energy storage cycle coalescence engine that uses turbines with blades of the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + horizontal axis (1h) at right angles to square turbine outer box to make rotation direction alternate heat insulation turbine, liquid gallium alloy downward + Accelerate driving + Drive various types of airplanes with united engine injection part (78S) injection driving force + Insulate and use liquid metal by assembling and keeping the liquid metal in the corner of the rectangular turbine outer box Various energy conservation cycle coalescing engines that use a long lens and sunlight for heating and cooling production + turbine turbine blades with the same diameter and shape of each paragraph, and a fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with square turbine outer box at right angle to drive turbines with alternating rotation direction + Various airplanes Combined engine injection part (78S) Drives the driving force of injection + Insulates and heats up ball riser (2F) at the corner of the square turbine outer casing and uses the liquid metal ascends and saves it Various energy storage cycle coalescing engines with a moving bolt group of turbines to be manufactured and made into a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with square turbine outer box at right angle to drive turbines with alternating rotation direction + Various airplanes Combined engine injection part (78S) Drives the driving force of injection + Insulates and heats up ball riser (2F) at the corner of the square turbine outer casing and uses the liquid metal ascending and storing + Heating and cooling with the intake air path length lens and sunlight Various energy storage cycle coalescing engines with a moving bolt group of turbines to be manufactured and made into a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with square turbine outer box at right angle to drive turbines with alternating rotation direction + Various airplanes Combined engine injection part (78S) Drives the driving force of injection + Insulates and heats up ball riser (2F) at the corner of the square turbine outer casing and uses the liquid metal ascending and storing + Heating and cooling with the intake air path length lens and sunlight Various energy storage cycle coalescing engines with a moving bolt group of turbines to be manufactured and made into a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with square turbine outer box at right angle to drive turbines with alternating rotation direction + Various airplanes Combined engine injection part (78S) Drives the driving force of injection + Insulates and heats up ball riser (2F) at the corner of the square turbine outer casing and uses the liquid metal ascends and saves it Manufactured and used + energy storage cycle coalescing engine with turbine rotor blades of the same diameter and same shape for each paragraph and a fitting bolt assembly turbine.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driving propulsive force + Insulating and increasing ball lifting device (2F) is installed in the corner of the square turbine outer box to use and store liquid metal. Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driving propulsive force + Insulating and increasing ball lifting device (2F) is installed in the corner of the square turbine outer box to use and store liquid metal. Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driving propulsive force + Insulating and increasing ball lifting device (2F) is installed in the corner of the square turbine outer box to use and store liquid metal. Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driving propulsive force + Insulating and increasing ball lifting device (2F) is installed in the corner of the square turbine outer box to use and store liquid metal. Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driving propulsive force + Insulating and increasing ball lifting device (2F) is installed in the corner of the square turbine outer box to use and store liquid metal. Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulating air path length lens and sunlight by installing a heat retention increasing ball lift device (2F) at the corner of the square turbine outer casing to save and use liquid metal The energy storage cycle coalescing engine which uses the turbine rotor blade group with the same diameter and the same shape for each paragraph as the fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulating air path length lens and sunlight by installing a heat retention increasing ball lift device (2F) at the corner of the square turbine outer casing to save and use liquid metal The energy storage cycle coalescing engine which uses the turbine rotor blade group with the same diameter and the same shape for each paragraph as the fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulating air path length lens and sunlight by installing a heat retention increasing ball lift device (2F) at the corner of the square turbine outer casing to save and use liquid metal The energy storage cycle coalescing engine which uses the turbine rotor blade group with the same diameter and the same shape for each paragraph as the fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulating air path length lens and sunlight by installing a heat retention increasing ball lift device (2F) at the corner of the square turbine outer casing to save and use liquid metal The energy storage cycle coalescing engine which uses the turbine rotor blade group with the same diameter and the same shape for each paragraph as the fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulating air path length lens and sunlight by installing a heat retention increasing ball lift device (2F) at the corner of the square turbine outer casing to save and use liquid metal Used in the production of hot / cold heat in each + energy storage cycle coalescing engine with turbine rotor blades having the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending and storage. + Intake air path length lens and solar heat / cool manufacturing are used. Various energy storage cycle coalescing engine with fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending and storage. + Intake air path length lens and solar heat / cool manufacturing are used. Various energy storage cycle coalescing engine with fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending and storage. + Intake air path length lens and solar heat / cool manufacturing are used. Various energy storage cycle coalescing engine with fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending and storage. + Intake air path length lens and solar heat / cool manufacturing are used. Various energy storage cycle coalescing engine with fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending and storage. + Intake air path length lens and solar heat / cool manufacturing are used. Various energy storage cycle coalescing engine with fitting bolt assembly turbine.   Turbine multi-drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + horizontal axis (1h) at right angles to square turbine outer box to make rotating direction alternate heat retaining turbine to accelerate liquid bismuth downward Driving + Intake air path length lens and solar heating / cooling production + Insulating air path length lens and sunlight by installing a heat retention increasing ball rising device (2F) at the corner of the square turbine outer casing to save and use liquid metal Combined with various energy storage cycle engines, the turbine blades used in the hot and cold manufacturing are combined with the same diameter and shape of each turbine as a fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternately warm turbine, accelerating the liquid zinc downward Driving + Intake air path length lens and solar heating / cooling production + Insulating air path length lens and sunlight by installing a heat retention increasing ball lift device (2F) at the corner of the square turbine outer casing to save and use liquid metal The energy storage cycle coalescing engine which uses the turbine rotor blade group with the same diameter and the same shape for each paragraph as the fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + horizontal axis (1h) with square turbine outer box at right angle to make rotating direction alternate heat retaining turbine, liquid thallium alloy downward Accelerated driving + Intake air path length lens and solar heating / cooling production + Insulating air path length lens and sun Various energy storage cycle coalescence engine which uses turbines and blades of turbines with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine multi-drive short-time coalescence engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) provided at right angles to the rectangular turbine outer box to make the rotating direction alternate heat-retaining turbine, the liquid zinc alloy downward Accelerated driving + Intake air path length lens and solar heating / cooling production + Insulating air path length lens and the sun are installed by using a warming and increasing sphere lifting device (2F) at the corner of the square turbine outer casing to ascend and store liquid metal Various energy storage cycle coalescence engine that uses heat and cold production with light + turbine rotor blade group with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + horizontal axis (1h) at right angles to square turbine outer box to make rotation direction alternate heat insulation turbine, liquid gallium alloy downward Accelerated driving + Intake air path length lens and solar heating / cooling production + Insulating air path length lens and sun Various energy storage cycle coalescence engine that uses turbines with blades of the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with square turbine outer box at right angle to drive turbines with alternating rotation direction + Various airplanes Combined engine injection part (78S) Drives the driving force of injection + Insulates and heats up ball riser (2F) at the corner of the square turbine outer casing and uses the liquid metal ascending and storing + Heating and cooling with the intake air path length lens and sunlight Various energy storage cycle coalescing engines with a moving bolt group of turbines to be manufactured and made into a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with square turbine outer box at right angle to drive turbines with alternating rotation direction + Various airplanes Combined engine injection part (78S) Drives the driving force of injection + Insulates and heats up ball riser (2F) at the corner of the square turbine outer casing and uses the liquid metal ascends and saves it Various energy storage cycle coalescing engines with a moving bolt group of turbines to be manufactured and made into a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) is driven with square turbine outer box at right angle to drive in rotation direction alternate turbine + Various airplanes Combined engine injection part (78S) Drives the driving force of injection + Insulates and heats up ball riser (2F) at the corner of the square turbine outer casing and uses the liquid metal ascending and storing + Heating and cooling with intake air path length lens and sunlight Various energy storage cycle coalescing engines with a moving bolt group of turbines used for manufacture and a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with square turbine outer box at right angle to drive turbines with alternating rotation direction + Various airplanes Combined engine injection part (78S) Drives the driving force of injection + Insulates and heats up ball riser (2F) at the corner of the square turbine outer casing and uses the liquid metal ascends and saves it Various energy storage cycle coalescing engines with a moving bolt group of turbines to be manufactured and made into a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection propulsion force + Insulates and uses liquid metal by assembling the warming-increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Intake air path length Various energy conservation cycle coalescence engines that use a lens and sunlight to produce hot and cold heat + a turbine blade group of each turbine with the same diameter and the same shape for each paragraph and a fitting bolt assembly turbine.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driving propulsive force + Insulating and increasing ball lifting device (2F) is installed in the corner of the square turbine outer box to use and store liquid metal. Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driving propulsive force + Insulating and increasing ball lifting device (2F) is installed in the corner of the square turbine outer box to use and store liquid metal. Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driving propulsive force + Insulating and increasing ball lifting device (2F) is installed in the corner of the square turbine outer box to use and store liquid metal. Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driving propulsive force + Insulating and increasing ball lifting device (2F) is installed in the corner of the square turbine outer box to use and store liquid metal. Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driving propulsive force + Insulating and increasing ball lifting device (2F) is installed in the corner of the square turbine outer box to use and store liquid metal. Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine multiple drive short-time coalescence engine injection unit (78S) Liquid metal solar engine to make large injection propulsion output + fuel cost is small CO2 exhaust small coalescence engine injection unit (78S) injection propulsion output increase + heat retention increase ball lift device (2F) Is used at the corner of the outer casing of the rectangular turbine, and the liquid metal is lifted and used. + The intake air path length lens and solar heat are used for heating and cooling. Combined engine with various energy storage cycles as a turbine.   Turbine multiple drive short-time coalescence engine injection unit (78S) Liquid metal solar engine to make large injection propulsion output + fuel cost is small CO2 exhaust small coalescence engine injection unit (78S) injection propulsion output increase + heat retention increase ball lift device (2F) Is used at the corner of the outer casing of the rectangular turbine, and the liquid metal is lifted and used. + The intake air path length lens and solar heat are used for heating and cooling. Combined engine with various energy storage cycles as a turbine.   Turbine multiple drive short-time coalescence engine injection unit (78S) Liquid metal solar engine to make large injection propulsion output + fuel cost is small CO2 exhaust small coalescence engine injection unit (78S) injection propulsion output increase + heat retention increase ball lift device (2F) Is used at the corner of the outer casing of the rectangular turbine, and the liquid metal is lifted and used. + The intake air path length lens and solar heat are used for heating and cooling. Combined engine with various energy storage cycles as a turbine.   Turbine multiple drive short-time coalescence engine injection unit (78S) Liquid metal solar engine to make large injection propulsion output + fuel cost is small CO2 exhaust small coalescence engine injection unit (78S) injection propulsion output increase + heat retention increase ball lift device (2F) Is used at the corner of the outer casing of the rectangular turbine, and the liquid metal is lifted and used. + The intake air path length lens and solar heat are used for heating and cooling. Combined engine with various energy storage cycles as a turbine.   Turbine multiple drive short-time coalescence engine injection unit (78S) Liquid metal solar engine to make large injection propulsion output + fuel cost is small CO2 exhaust small coalescence engine injection unit (78S) injection propulsion output increase + heat retention increase ball lift device (2F) Is used at the corner of the outer casing of the rectangular turbine, and the liquid metal is lifted and used. + The intake air path length lens and solar heat are used for heating and cooling. Combined engine with various energy storage cycles as a turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulating air path length lens and sunlight by installing a heat retention increasing ball lift device (2F) at the corner of the square turbine outer casing to save and use liquid metal The energy storage cycle coalescing engine which uses the turbine rotor blade group with the same diameter and the same shape for each paragraph as the fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulating air path length lens and sunlight by installing a heat retention increasing ball lift device (2F) at the corner of the square turbine outer casing to save and use liquid metal The energy storage cycle coalescing engine which uses the turbine rotor blade group with the same diameter and the same shape for each paragraph as the fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar heat engine that makes large injection propulsion output + Accelerate liquid metal alternately rotating heat insulation turbine + Intake air path length lens and solar heat production + heat insulation increase A ball lifter (2F) is installed at the corner of the square turbine outer box, and the liquid metal is lifted and used for storage. + Inlet air path length lens and solar heating / cooling production is used. Various energy storage cycle coalescing engine with fitting bolt assembly turbine as the same shape.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulating air path length lens and sunlight by installing a heat retention increasing ball lift device (2F) at the corner of the square turbine outer casing to save and use liquid metal Used in the production of hot / cold / cooled heat + Combined engine with various energy storage cycles, with turbine blades having the same diameter and shape of each paragraph as a fitting bolt assembly turbine for fully automatic processing.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine that makes large injection propulsion output + horizontal axis (1h) is equipped with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate liquid bismuth downward Driving + Intake air path length lens and solar heating / cooling production + Insulating air path length lens and sunlight by installing a heat retention increasing ball lift device (2F) at the corner of the square turbine outer casing to save and use liquid metal Various energy storage cycle coalescing engines with turbine blades of the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternately warm turbine, accelerating the liquid zinc downward Driving + Intake air path length lens and solar heating / cooling production + Insulating air path length lens and sunlight by installing a heat retention increasing ball lift device (2F) at the corner of the square turbine outer casing to save and use liquid metal The energy storage cycle coalescing engine which uses the turbine rotor blade group with the same diameter and the same shape for each paragraph as the fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + horizontal axis (1h) with square turbine outer box at right angle to make rotating direction alternate heat retaining turbine, liquid thallium alloy downward Accelerated driving + Intake air path length lens and solar heating / cooling production + Insulating air path length lens and sun Various energy storage cycle coalescence engine which uses turbines and blades of turbines with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine multi-drive short-time coalescence engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) provided at right angles to the rectangular turbine outer box to make the rotating direction alternate heat-retaining turbine, the liquid zinc alloy downward Accelerated driving + Intake air path length lens and solar heating / cooling production + Insulating air path length lens and the sun are installed by using a warming and increasing sphere lifting device (2F) at the corner of the square turbine outer casing to ascend and store liquid metal Various energy storage cycle coalescence engine that uses heat and cold production with light + turbine rotor blade group with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + horizontal axis (1h) at right angles to square turbine outer box to make rotation direction alternate heat insulation turbine, liquid gallium alloy downward Accelerated driving + Intake air path length lens and solar heating / cooling production + Insulating air path length lens and sun Various energy storage cycle coalescence engines that use turbines and blades with the same diameter and the same shape for each stage to make fully automatic processing possible.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of square turbine outer box and liquid metal is raised and used for storage + Heating and cooling production with intake air path length lens and sunlight + Various energy storage cycle coalescing engines with fully-automatically machined turbine blades and fitting bolt assembly turbines with the same diameter and shape of each paragraph.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven to have a square turbine outer box at right angles to drive to rotate direction alternating turbine + Various flying ships + Combined engine injection unit (78S) Drives the driving force for injection + Insulates and increases the warming sphere riser device (2F) at the corner of the square turbine outer casing and uses the liquid metal for rising storage and use + Intake air path length lens and sunlight Various energy storage cycle coalescing engines with a moving bolt group of turbines used for cold heat production, with the same diameter and shape of each turbine as a fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven to have a square turbine outer box at right angles to drive to rotate direction alternating turbine + Various flying ships + Combined engine injection unit (78S) Drives the driving force for injection + Insulates and increases the warming sphere riser device (2F) at the corner of the square turbine outer casing and uses the liquid metal for rising storage and use + Intake air path length lens and sunlight Various energy storage cycle coalescing engines with a moving bolt group of turbines used for cold heat production, with the same diameter and shape of each turbine as a fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven to have a square turbine outer box at right angles to drive to rotate direction alternating turbine + Various flying ships + Combined engine injection unit (78S) Drives the driving force for injection + Insulates and increases the warming sphere riser device (2F) at the corner of the square turbine outer casing and uses the liquid metal for rising storage and use + Intake air path length lens and sunlight Various energy storage cycle coalescing engines with a moving bolt group of turbines used for cold heat production, with the same diameter and shape of each turbine as a fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Drives various flying vessels + Combined engine injection unit (78S) + Drives driving propulsion force + Insulates and uses liquid metal ascending and storing by installing a warming and increasing ball raising device (2F) at the corner of the rectangular turbine outer box Various energy conservation cycle coalescence engines that use a long lens and sunlight for heating and cooling production + a fully-automatically machined turbine blade group with the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Drives various flying vessels + Combined engine injection unit (78S) + Drives driving propulsion force + Insulates and uses liquid metal ascending and storing by installing a warming and increasing ball raising device (2F) at the corner of the rectangular turbine outer box Various energy conservation cycle coalescing engines that use a long lens and sunlight to produce hot and cold heat + a fully-automatic turbine blade group that has the same diameter and the same shape for each paragraph and is a fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Drives various flying vessels + Combined engine injection unit (78S) + Drives driving propulsion force + Insulates and uses liquid metal ascending and storing by installing a warming and increasing ball raising device (2F) at the corner of the rectangular turbine outer box Various energy conservation cycle coalescing engines that use a long lens and sunlight for heating and cooling production + turbine turbine blades with the same diameter and shape of each paragraph, and a fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Drives various flying vessels + Combined engine injection unit (78S) + Drives driving propulsion force + Insulates and uses liquid metal ascending and storing by installing a warming and increasing ball raising device (2F) at the corner of the rectangular turbine outer box Various energy conservation cycle coalescing engines that use a long lens and sunlight for heating and cooling production + turbine turbine blades with the same diameter and shape of each paragraph, and a fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Drives various flying vessels + Combined engine injection unit (78S) + Drives driving propulsion force + Insulates and uses liquid metal ascending and storing by installing a warming and increasing ball raising device (2F) at the corner of the rectangular turbine outer box Various energy conservation cycle coalescing engines that use a long lens and sunlight for heating and cooling production + turbine turbine blades with the same diameter and shape of each paragraph, and a fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Drives various flying vessels + Combined engine injection unit (78S) + Drives driving propulsion force + Insulates and uses liquid metal ascending and storing by installing a warming and increasing ball raising device (2F) at the corner of the rectangular turbine outer box Various energy conservation cycle coalescing engines that use a long lens and sunlight for heating and cooling production + turbine turbine blades with the same diameter and shape of each paragraph, and a fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Drives various flying vessels + Combined engine injection unit (78S) + Drives driving propulsion force + Insulates and uses liquid metal ascending and storing by installing a warming and increasing ball raising device (2F) at the corner of the rectangular turbine outer box Various energy conservation cycle coalescing engines that use a long lens and sunlight for heating and cooling production + turbine turbine blades with the same diameter and shape of each paragraph, and a fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Drives various flying vessels + Combined engine injection unit (78S) + Drives driving propulsion force + Insulates and uses liquid metal ascending and storing by installing a warming and increasing ball raising device (2F) at the corner of the rectangular turbine outer box Various energy conservation cycle coalescing engines that use a long lens and sunlight for heating and cooling production + turbine turbine blades with the same diameter and shape of each paragraph, and a fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Drives various flying vessels + Combined engine injection unit (78S) + Drives driving propulsion force + Insulates and uses liquid metal ascending and storing by installing a warming and increasing ball raising device (2F) at the corner of the rectangular turbine outer box Various energy conservation cycle coalescing engines that use a long lens and sunlight for heating and cooling production + turbine turbine blades with the same diameter and shape of each paragraph, and a fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Drives various flying vessels + Combined engine injection unit (78S) + Drives driving propulsion force + Insulates and uses liquid metal ascending and storing by installing a warming and increasing ball raising device (2F) at the corner of the rectangular turbine outer box Various energy conservation cycle coalescing engines that use a long lens and sunlight for heating and cooling production + turbine turbine blades with the same diameter and shape of each paragraph, and a fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Drives various flying vessels + Combined engine injection unit (78S) + Drives driving propulsion force + Insulates and uses liquid metal ascending and storing by installing a warming and increasing ball raising device (2F) at the corner of the rectangular turbine outer box Various energy conservation cycle coalescing engines that use a long lens and sunlight for heating and cooling production + turbine turbine blades with the same diameter and shape of each paragraph, and a fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Drives various flying vessels + Combined engine injection unit (78S) + Drives driving propulsion force + Insulates and uses liquid metal ascending and storing by installing a warming and increasing ball raising device (2F) at the corner of the rectangular turbine outer box Various energy conservation cycle coalescing engines that use a long lens and sunlight for heating and cooling production + turbine turbine blades with the same diameter and shape of each paragraph, and a fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Drives various flying vessels + Combined engine injection unit (78S) + Drives driving propulsion force + Insulates and uses liquid metal ascending and storing by installing a warming and increasing ball raising device (2F) at the corner of the rectangular turbine outer box Various energy conservation cycle coalescing engines that use a long lens and sunlight for heating and cooling production + turbine turbine blades with the same diameter and shape of each paragraph, and a fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection unit (78S) Liquid metal solar engine for large injection propulsion output + Liquid metal accelerated alternating rotation heat insulation turbine driven + Various airships combined engine injection unit (78S) injection propulsion force Drive + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and liquid metal is raised and used for storage. + Inlet air path length lens and solar heat production are used. Various energy storage cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape of each paragraph.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Drives various flying vessels + Combined engine injection unit (78S) + Drives driving propulsion force + Insulates and uses liquid metal ascending and storing by installing a warming and increasing ball raising device (2F) at the corner of the rectangular turbine outer box Various energy conservation cycle coalescing engines that use a long lens and sunlight for heating and cooling production + turbine turbine blades with the same diameter and shape of each paragraph, and a fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine that makes large injection propulsion output + horizontal axis (1h) is equipped with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate liquid bismuth downward + Drives various flying vessels + Combined engine injection unit (78S) + Drives driving propulsion force + Insulates and uses liquid metal ascending and storing by installing a warming and increasing ball raising device (2F) at the corner of the rectangular turbine outer box Various energy conservation cycle coalescing engines that use a long lens and sunlight for heating and cooling production + turbine turbine blades with the same diameter and shape of each paragraph, and a fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternately warm turbine, accelerating the liquid zinc downward + Drives various flying vessels + Combined engine injection unit (78S) + Drives driving propulsion force + Insulates and uses liquid metal ascending and storing by installing a warming and increasing ball raising device (2F) at the corner of the rectangular turbine outer box Various energy conservation cycle coalescing engines that use a long lens and sunlight for heating and cooling production + turbine turbine blades with the same diameter and shape of each paragraph, and a fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + horizontal axis (1h) with square turbine outer box at right angle to make rotating direction alternate heat retaining turbine, liquid thallium alloy downward + Accelerate driving + Drive various types of flying ships with united engine injection part (78S) injection driving force + Insulate air by using a warming and increasing ball raising device (2F) at the corner of the square turbine outer box Various energy storage cycle coalescence engines that use heat and cold production with road length lens and sunlight + full-automatic machining, with turbine blades having the same diameter and shape of each paragraph as a fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) at right angles to square turbine outer box to make rotating direction alternately heat retaining turbine, liquid zinc alloy downward + Accelerate driving + Drive various types of flying ships with united engine injection part (78S) injection driving force + Insulate air by using a warming and increasing ball raising device (2F) at the corner of the square turbine outer box Various energy storage cycle coalescence engines that use heat and cold production with road length lens and sunlight + full-automatic machining, with turbine blades having the same diameter and shape of each paragraph as a fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + horizontal axis (1h) at right angles to square turbine outer box to make rotation direction alternate heat insulation turbine, liquid gallium alloy downward + Accelerate driving + Drive various types of flying ships with united engine injection part (78S) injection driving force + Insulate air by using a warming and increasing ball raising device (2F) at the corner of the square turbine outer box Various energy storage cycle coalescence engines that use heat and cold production with road length lens and sunlight + full-automatic machining, with turbine blades having the same diameter and shape of each paragraph as a fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven to have a square turbine outer box at right angles to drive to rotate direction alternating turbine + Various flying ships + Combined engine injection unit (78S) Drives the driving force for injection + Insulates and increases the warming sphere riser (2F) at the corner of the square turbine outer casing and uses the liquid metal for storage and storage + Heated by the intake air path length lens and sunlight Various energy conservation cycle coalescence engines that are used for cold heat production + full-automatic machining, and the turbine blades are of the same diameter and shape of each stage and fitted with a bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven to have a square turbine outer box at right angles to drive to rotate direction alternating turbine + Various flying ships + Combined engine injection unit (78S) Drives the driving force for injection + Insulates and increases the warming sphere riser (2F) at the corner of the square turbine outer casing and uses the liquid metal for storage and storage + Heated by the intake air path length lens and sunlight Various energy conservation cycle coalescence engines that are used for cold heat production + full-automatic machining, and the turbine blades are of the same diameter and shape of each stage and fitted with a bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven to have a square turbine outer box at right angles to drive to rotate direction alternating turbine + Various flying ships + Combined engine injection unit (78S) Drives the driving force for injection + Insulates and increases the warming sphere riser (2F) at the corner of the square turbine outer casing and uses the liquid metal for storage and storage + Heated by the intake air path length lens and sunlight Various energy storage cycle coalescing engines that use a cold-heated manufacturing + fully automatic machining turbine blade group with the same diameter and shape of each paragraph as a fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven to have a square turbine outer box at right angles to drive to rotate direction alternating turbine + Various flying ships + Combined engine injection unit (78S) Drives the driving force for injection + Insulates and increases the warming sphere riser (2F) at the corner of the square turbine outer casing and uses the liquid metal for storage and storage + Heated by the intake air path length lens and sunlight Various energy storage cycle coalescing engines that use a cold-heated manufacturing + fully automatic machining turbine blade group with the same diameter and shape of each paragraph as a fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Drives various flying vessels + Combined engine injection unit (78S) + Drives driving propulsion force + Insulates and uses liquid metal ascending and storing by installing a warming and increasing ball raising device (2F) at the corner of the rectangular turbine outer box Various energy conservation cycle coalescing engines that use a long lens and sunlight to produce hot and cold heat + a fully-automatic turbine blade group that has the same diameter and the same shape for each paragraph and is a fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Drives various flying vessels + Combined engine injection unit (78S) + Drives driving propulsion force + Insulates and uses liquid metal ascending and storing by installing a warming and increasing ball raising device (2F) at the corner of the rectangular turbine outer box Various energy conservation cycle coalescing engines that use a long lens and sunlight to produce hot and cold heat + a fully-automatic turbine blade group that has the same diameter and the same shape for each paragraph and is a fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Drives various flying vessels + Combined engine injection unit (78S) + Drives driving propulsion force + Insulates and uses liquid metal ascending and storing by installing a warming and increasing ball raising device (2F) at the corner of the rectangular turbine outer box Various energy conservation cycle coalescing engines that use a long lens and sunlight to produce hot and cold heat + a fully-automatic turbine blade group that has the same diameter and the same shape for each paragraph and is a fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Drives various flying vessels + Combined engine injection unit (78S) + Drives driving propulsion force + Insulates and uses liquid metal ascending and storing by installing a warming and increasing ball raising device (2F) at the corner of the rectangular turbine outer box Various energy conservation cycle coalescing engines that use a long lens and sunlight for heating and cooling production + turbine turbine blades with the same diameter and shape of each paragraph, and a fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Drives various flying vessels + Combined engine injection unit (78S) + Drives driving propulsion force + Insulates and uses liquid metal ascending and storing by installing a warming and increasing ball raising device (2F) at the corner of the rectangular turbine outer box Various energy conservation cycle coalescing engines that use a long lens and sunlight for heating and cooling production + turbine turbine blades with the same diameter and shape of each paragraph, and a fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Drives various flying vessels + Combined engine injection unit (78S) + Drives driving propulsion force + Insulates and uses liquid metal ascending and storing by installing a warming and increasing ball raising device (2F) at the corner of the rectangular turbine outer box Various energy conservation cycle coalescing engines that use a long lens and sunlight for heating and cooling production + turbine turbine blades with the same diameter and shape of each paragraph, and a fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Drives various flying vessels + Combined engine injection unit (78S) + Drives driving propulsion force + Insulates and uses liquid metal ascending and storing by installing a warming and increasing ball raising device (2F) at the corner of the rectangular turbine outer box Various energy conservation cycle coalescing engines that use a long lens and sunlight for heating and cooling production + turbine turbine blades with the same diameter and shape of each paragraph, and a fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Drives various flying vessels + Combined engine injection unit (78S) + Drives driving propulsion force + Insulates and uses liquid metal ascending and storing by installing a warming and increasing ball raising device (2F) at the corner of the rectangular turbine outer box Various energy conservation cycle coalescing engines that use a long lens and sunlight for heating and cooling production + turbine turbine blades with the same diameter and shape of each paragraph, and a fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Heat retention increase ball lift device (2F) Increase head drop + Heat retention increase ball lift device (2F) is installed at the corner of the square turbine outer box to raise the liquid metal Preservation use + Intake air path length lens and solar heating / cooling production + Turbine blade group with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Heat retention increase ball lift device (2F) Increase head drop + Heat retention increase ball lift device (2F) is installed at the corner of the square turbine outer box to raise the liquid metal Preservation use + Intake air path length lens and solar heating / cooling production + Turbine blade group with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Heat retention increase ball lift device (2F) Increase head drop + Heat retention increase ball lift device (2F) is installed at the corner of the square turbine outer box to raise the liquid metal Preservation use + Intake air path length lens and solar heating / cooling production + Turbine blade group with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Heat retention increase ball lift device (2F) Increase head drop + Heat retention increase ball lift device (2F) is installed at the corner of the square turbine outer box to raise the liquid metal Conservation use + Intake air path length lens and solar heating / cooling production + Fully automatic machining possible Turbine blade group with the same diameter and same shape for each stage as a fitting bolt assembly turbine .   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Heat retention increase ball lift device (2F) Increase head drop + Heat retention increase ball lift device (2F) is installed at the corner of the square turbine outer box to raise the liquid metal Preservation use + Intake air path length lens and solar heating / cooling manufacturing use + Fully automatic machining turbine blade group with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine organ.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar heat engine that makes large injection propulsion output + Accelerate liquid metal alternately rotating heat insulation turbine + Intake air path length lens and solar heat production + heat insulation increase A ball lifter (2F) is installed at the corner of the square turbine outer box, and the liquid metal is lifted and used for storage. + Inlet air path length lens and solar heating / cooling production is used. Various energy storage cycle coalescing engine with fitting bolt assembly turbine as the same shape.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulating air path length lens and sunlight by installing a heat retention increasing ball lift device (2F) at the corner of the square turbine outer casing to save and use liquid metal The energy storage cycle coalescing engine which uses the turbine rotor blade group with the same diameter and the same shape for each paragraph as the fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine that makes large injection propulsion output + horizontal axis (1h) is equipped with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate liquid bismuth downward Driving + Intake air path length lens and solar heating / cooling production + Insulating air path length lens and sunlight by installing a heat retention increasing ball lift device (2F) at the corner of the square turbine outer casing to save and use liquid metal The energy storage cycle coalescing engine which uses the turbine rotor blade group with the same diameter and the same shape for each paragraph as the fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternately warm turbine, accelerating the liquid zinc downward Driving + Intake air path length lens and solar heating / cooling production + Insulating air path length lens and sunlight by installing a heat retention increasing ball lift device (2F) at the corner of the square turbine outer casing to save and use liquid metal Used in the production of hot / cold / cooled heat + Combined engine with various energy storage cycles, with turbine blades having the same diameter and shape of each paragraph as a fitting bolt assembly turbine for fully automatic processing.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + horizontal axis (1h) with square turbine outer box at right angle to make rotating direction alternate heat retaining turbine, liquid thallium alloy downward Accelerated driving + Intake air path length lens and solar heating / cooling production + Insulating air path length lens and sun Various energy storage cycle coalescence engines that use turbines and blades of the same diameter and the same shape for each stage as a group of turbine blades that can be used for light / hot / cool manufacturing and can be fully automated.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + Horizontal axis (1h) with square turbine outer box at right angle to make rotating direction alternately heat retaining turbine + Output increasing sphere ( 2E) Accelerating with a small diameter + Intake air path length lens and using solar heat for heating and cooling + Various energy storage cycle coalescing engines with turbine blades having the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + Horizontal axis (1h) with square turbine outer box at right angle to make rotating direction alternately heat retaining turbine + Output increasing sphere ( 2E) Accelerates with small diameter + Uses intake air path length lens and heating / cooling production with sunlight + Various energy for turbine blade group with same diameter and almost same shape for each stage for fully automatic processing Conservation cycle coalescence organization.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + Horizontal axis (1h) with square turbine outer box at right angle to make rotating direction alternately heat retaining turbine + Output increasing sphere ( 2E) Accelerates with small diameter + Uses intake air path length lens and heating / cooling production with sunlight + Various energy for turbine blade group with same diameter and almost same shape for each stage for fully automatic processing Conservation cycle coalescence organization.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + Horizontal axis (1h) with square turbine outer box at right angle to make rotating direction alternately heat retaining turbine + Output increasing sphere ( 2E) Accelerates with small diameter + Uses intake air path length lens and heating / cooling production with sunlight + Various energy for turbine blade group with same diameter and almost same shape for each stage for fully automatic processing Conservation cycle coalescence organization.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + Horizontal axis (1h) with square turbine outer box at right angle to make rotating direction alternately heat retaining turbine + Output increasing sphere ( 2E) Accelerates with small diameter + Uses intake air path length lens and heating / cooling production with sunlight + Various energy for turbine blade group with same diameter and almost same shape for each stage for fully automatic processing Conservation cycle coalescence organization.   Turbine multiple drive short-time coalesced engine injection part (78S) liquid metal solar thermal engine to make large injection propulsion output + horizontal axis (1h) is driven by a square turbine outer box at right angles to drive a rotating direction alternating turbine + output increasing sphere ( 2E) is driven by an accelerated turbine with a small diameter + used for intake air path length lens and solar heating / cooling production + combined turbine blades with the same diameter and shape of each stage as a fitting bolt assembly turbine organ.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Acceleration turbine drive with a small output sphere (2E) as a small diameter + Use of intake air path length lens and sunlight for heating / cooling / heating + Turbine blade group with the same diameter and the same shape for each stage Fitting bolt assembly turbine Various energy conservation cycle coalescing engines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Acceleration turbine drive with a small output sphere (2E) as a small diameter + Use of intake air path length lens and sunlight for heating / cooling / heating + Turbine blade group with the same diameter and the same shape for each stage Fitting bolt assembly turbine Various energy conservation cycle coalescing engines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Acceleration turbine driving with a small output increase sphere (2E) diameter + Intake air path length lens and solar heating / cooling manufacturing use + Turbine blade group with almost the same shape for each paragraph for fully automatic processing Various energy storage cycle coalescing engine with fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Accelerate turbine drive with a small output sphere (2E) diameter + Use intake air path length lens and solar heating / cooling manufacturing + Turbine blade group capable of fully automatic machining with almost the same shape for each paragraph Various energy storage cycle coalescing engine as a fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection propulsion force + Insulates and uses liquid metal by assembling the warming-increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Intake air path length Various energy conservation cycle coalescence engines that use a lens and sunlight to produce hot and cold heat + a turbine rotor blade group with the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection propulsion force + Insulates and uses liquid metal by assembling the warming-increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Intake air path length Various energy conservation cycle coalescence engines that use a lens and sunlight to produce hot and cold heat + a turbine rotor blade group with the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection propulsion force + Insulates and uses liquid metal by assembling the warming-increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Intake air path length Various energy conservation cycle coalescence engines that use a lens and sunlight to produce hot and cold heat + a turbine rotor blade group with the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection propulsion force + Insulates and uses liquid metal by assembling the warming-increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Intake air path length Various energy conservation cycle coalescence engines that use a lens and sunlight to produce hot and cold heat + a fully-automatically machined turbine blade group with the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection propulsion force + Insulates and uses liquid metal by assembling the warming-increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Intake air path length Various energy conservation cycle coalescence engines that use turbines and blades of a turbine that can be heated and cooled by using lenses and sunlight + a fully automatic machining turbine blade group with the same diameter and shape of each paragraph.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Drives the propulsion force + Insulates and raises the ball riser (2F) at the corner of the square turbine outer box and uses the liquid metal to save and store + Use the intake air path length lens and solar heating and cooling production + Cover white Various energy conservation cycle coalescing engines with turbine blades of the same diameter and the same shape for each paragraph and fitting bolt assembly turbine.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driving propulsion force + Insulating and increasing ball riser (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage. Various energy storage cycle coalescing engines that can be machined to make turbine blade groups with the same diameter and the same shape for each paragraph and a fitting bolt assembly turbine.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driving propulsion force + Insulating and increasing ball riser (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage. Various energy storage cycle coalescing engines, with a group of turbine blades that can be machined as a fitting bolt assembly turbine with the same diameter and shape of each paragraph.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driving propulsion force + Insulating and increasing ball lifting device (2F) is installed at the corner of the outer corner of the square turbine, and the liquid metal is raised and used for storage + Inlet air path length lens and solar thermal heating / cooling production + Liquid cadmium Various energy conservation cycle coalescing engines, in which the rotor blades of a counter rotating turbine that is driven by accelerated rolling contact are made into a fitting bolt assembly turbine with the same diameter and shape of each paragraph.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driving propulsion force + Insulating and increasing ball riser (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage. Various energy storage cycle coalescing engines that can be machined to make turbine blade groups with the same diameter and the same shape for each paragraph and a fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulating air path length lens and sunlight by installing a heat retention increasing ball lift device (2F) at the corner of the square turbine outer casing to save and use liquid metal The energy storage cycle coalescing engine which uses the turbine rotor blade group with the same diameter and the same shape for each paragraph as the fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine that makes large injection propulsion output + horizontal axis (1h) is equipped with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate liquid bismuth downward Driving + Intake air path length lens and solar heating / cooling production + Insulating air path length lens and sunlight by installing a heat retention increasing ball lift device (2F) at the corner of the square turbine outer casing to save and use liquid metal The energy storage cycle coalescing engine which uses the turbine rotor blade group with the same diameter and the same shape for each paragraph as the fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternately warm turbine, accelerating the liquid zinc downward Driving + Intake air path length lens and solar heating / cooling production + Insulating air path length lens and sunlight by installing a heat retention increasing ball lift device (2F) at the corner of the square turbine outer casing to save and use liquid metal The energy storage cycle coalescing engine which uses the turbine rotor blade group with the same diameter and the same shape for each paragraph as the fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + horizontal axis (1h) at right angles to square turbine outer box to make rotation direction alternate heat insulation turbine, tantalum alloy ball down + Intake air path length lens and heating / cooling production with sunlight + Insulation air path length lens with a heat retention increasing sphere raising device (2F) installed at the corner of the outer corner of the square turbine to save and use liquid metal + Combined use of various energy storage cycle engines that use hot / cold manufacturing with sunlight + fully-automatic machining that allows the turbine blades to have the same diameter and the same shape for each stage.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) at right angles to square turbine outer box to make rotating direction alternately heat retaining turbine, liquid zinc alloy downward Accelerated driving + Intake air path length lens and solar heating / cooling production + Insulating air path length lens and sun Various energy storage cycle coalescence engines that use turbines and blades of the same diameter and the same shape for each stage as a group of turbine blades that can be used for light / hot / cool manufacturing and can be fully automated.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the square turbine outer box, and the liquid metal is used for ascending and storage. + Intake air path length lens and solar heat and heat production are used. Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed in the corner of the square turbine outer box, and the liquid metal is lifted and used. + The intake air path length lens and solar light are used for heating and cooling. + The rotating blades of the counter-rotating turbine that accelerates the liquid tin. Various energy storage cycle coalescing engines with a group of bolts of the same diameter and the same shape for each paragraph and a fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed in the corner of the square turbine outer box, and the liquid metal is raised and stored. + The intake air path length lens and the solar heating / cooling production are used. Various energy storage cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is raised and stored. + The intake air path length lens and solar heating / cooling production are used. Various energy storage cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed in the corner of the rectangular turbine outer box, and the liquid metal is used for ascending and storage. + The intake air path length lens and solar heat and heat production are used. + The rotating blade group of counter rotating turbine that accelerates mercury. Various energy storage cycle coalescing engines with a fitting bolt assembly turbine with the same diameter and shape as each paragraph.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulating air path length lens and sunlight by installing a heat retention increasing ball lift device (2F) at the corner of the square turbine outer casing to save and use liquid metal The energy storage cycle coalescence engine which uses the jointed silver sphere as a fitting bolt assembly turbine with the same diameter and the same shape for each stage of the rotating blades of the counter rotating turbine that is driven by acceleration.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulating air path length lens and sunlight by installing a heat retention increasing ball lift device (2F) at the corner of the square turbine outer casing to save and use liquid metal Combined with various energy storage cycle engines, the rotor blades of the counter rotating turbine that accelerates and drives the liquid cadmium alloy with the same diameter and the same shape for each paragraph are used as the fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulating air path length lens and sunlight by installing a heat retention increasing ball lift device (2F) at the corner of the square turbine outer casing to save and use liquid metal The energy storage cycle coalescing engine which uses the turbine rotor blade group with the same diameter and the same shape for each paragraph as the fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulating air path length lens and sunlight by installing a heat retention increasing ball lift device (2F) at the corner of the square turbine outer casing to save and use liquid metal Used in the production of hot / cold / cooled heat + Combined engine with various energy storage cycles, with turbine blades having the same diameter and shape of each paragraph as a fitting bolt assembly turbine for fully automatic processing.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulating air path length lens and sunlight by installing a heat retention increasing ball lift device (2F) at the corner of the square turbine outer casing to save and use liquid metal Various energy storage cycle coalescing engines with turbine blades of the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection propulsion force + Insulates and uses liquid metal by assembling the warming-increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Intake air path length Various energy conservation cycle coalescence engines that use a lens and sunlight to produce hot and cold heat + a turbine rotor blade group with the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection propulsion force + Insulates and uses liquid metal by assembling the warming-increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Intake air path length Various energy conservation cycle coalescence engines that use a lens and sunlight to produce hot and cold heat + a turbine rotor blade group with the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection propulsion force + Insulates and uses liquid metal by assembling the warming-increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Intake air path length Various energy conservation cycle coalescence engines that use a lens and sunlight to produce hot and cold heat + a turbine rotor blade group with the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection propulsion force + Insulates and uses liquid metal by assembling the warming-increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Intake air path length Various energy conservation cycle coalescence engines that use a lens and sunlight to produce hot and cold heat + a fully-automatically machined turbine blade group with the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection propulsion force + Insulates and uses liquid metal by assembling the warming-increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Intake air path length Various energy conservation cycle coalescence engines that use turbines and blades of a turbine that can be heated and cooled by using lenses and sunlight + a fully automatic machining turbine blade group with the same diameter and shape of each paragraph.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driving propulsion force + Insulating and increasing ball riser (2F) is installed at the corner of the outer corner of the square turbine, and liquid metal is lifted and used for storage. Various energy storage cycle coalescing engines with the same group of blades of the same diameter and the same shape for each stage as a fitting bolt assembly turbine.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driving propulsion force + Insulating and increasing ball riser (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage. Various energy storage cycle coalescing engines that can be machined to make turbine blade groups with the same diameter and the same shape for each paragraph and a fitting bolt assembly turbine.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driving propulsion force + Insulating and increasing ball lifting device (2F) is installed at the corner of the outer corner of the square turbine, and the liquid metal is raised and used for storage + Inlet air path length lens and solar thermal heating / cooling production + Liquid cadmium Various energy conservation cycle coalescing engines, in which the rotor blades of a counter rotating turbine that is driven by accelerated rolling contact are made into a fitting bolt assembly turbine with the same diameter and shape of each paragraph.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driving propulsion force + Insulating and increasing ball lifting device (2F) is installed at the corner of the outer corner of the square turbine, and the liquid metal is raised and used for storage. Various energy conservation cycle coalescing engines, in which the rotor blades of a counter rotating turbine that is driven by accelerated rolling contact are made into a fitting bolt assembly turbine with the same diameter and shape of each paragraph.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driving propulsion force + Insulating and increasing ball riser (2F) is installed at the corner of the outer corner of the square turbine to save and use liquid metal + Intake air path length lens and use for solar thermal heating and cooling + Liquid gallium Various energy conservation cycle coalescing engines in which the rotor blade group of the counter rotating turbine for accelerating the motor is made into a fitting bolt assembly turbine with the same diameter and shape of each paragraph.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine that makes large injection propulsion output + horizontal axis (1h) is equipped with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate liquid bismuth downward Driving + Intake air path length lens and solar heating / cooling production + Insulating air path length lens and sunlight by installing a heat retention increasing ball lift device (2F) at the corner of the square turbine outer casing to save and use liquid metal The energy storage cycle coalescing engine which uses the turbine rotor blade group with the same diameter and the same shape for each paragraph as the fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternately warm turbine, accelerating the liquid zinc downward Driving + Intake air path length lens and solar heating / cooling production + Insulating air path length lens and sunlight by installing a heat retention increasing ball lift device (2F) at the corner of the square turbine outer casing to save and use liquid metal The energy storage cycle coalescing engine which uses the turbine rotor blade group with the same diameter and the same shape for each paragraph as the fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + horizontal axis (1h) with square turbine outer box at right angle to make rotating direction alternate heat retaining turbine, liquid thallium alloy downward Accelerated driving + Intake air path length lens and solar heating / cooling production + Insulating air path length lens and sun Various energy storage cycle coalescence engine which uses turbines and blades of turbines with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) at right angles to square turbine outer box to make rotating direction alternately heat retaining turbine, liquid zinc alloy downward Accelerated driving + Intake air path length lens and solar heating / cooling production + Insulating air path length lens and sun Various energy storage cycle coalescence engines that use turbines and blades with the same diameter and the same shape for each stage to make fully automatic processing possible.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + horizontal axis (1h) at right angles to square turbine outer box to make rotation direction alternately heat retaining turbine, liquid gallium alloy downward Accelerated driving + Intake air path length lens and solar heating / cooling production + Insulating air path length lens and sun Various energy storage cycle coalescence engines that use turbines and blades of the same diameter and the same shape for each stage as a group of turbine blades that can be used for light / hot / cool manufacturing and can be fully automated.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed in the corner of the square turbine outer box, and the liquid metal is raised and stored. + The intake air path length lens and the solar heating / cooling production are used. Various energy storage cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed in the corner of the square turbine outer box, and the liquid metal is raised and stored. + The intake air path length lens and the solar heating / cooling production are used. Various energy storage cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed in the corner of the square turbine outer box, and the liquid metal is raised and stored. + The intake air path length lens and the solar heating / cooling production are used. Various energy storage cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed in the corner of the square turbine outer box, and the liquid metal is raised and stored. + The intake air path length lens and the solar heating / cooling production are used. Various energy storage cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed in the corner of the square turbine outer box, and the liquid metal is raised and stored. + The intake air path length lens and the solar heating / cooling production are used. Various energy storage cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulating air path length lens and sunlight by installing a heat retention increasing ball lift device (2F) at the corner of the square turbine outer casing to save and use liquid metal The energy storage cycle coalescing engine which uses the turbine rotor blade group with the same diameter and the same shape for each paragraph as the fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulating air path length lens and sunlight by installing a heat retention increasing ball lift device (2F) at the corner of the square turbine outer casing to save and use liquid metal The energy storage cycle coalescing engine which uses the turbine rotor blade group with the same diameter and the same shape for each paragraph as the fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulating air path length lens and sunlight by installing a heat retention increasing ball lift device (2F) at the corner of the square turbine outer casing to save and use liquid metal The energy storage cycle coalescing engine which uses the turbine rotor blade group with the same diameter and the same shape for each paragraph as the fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulating air path length lens and sunlight by installing a heat retention increasing ball lift device (2F) at the corner of the square turbine outer casing to save and use liquid metal Used in the production of hot / cold / cooled heat + Combined engine with various energy storage cycles, with turbine blades having the same diameter and shape of each paragraph as a fitting bolt assembly turbine for fully automatic processing.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulating air path length lens and sunlight by installing a heat retention increasing ball lift device (2F) at the corner of the square turbine outer casing to save and use liquid metal Various energy storage cycle coalescing engines with turbine blades of the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection propulsion force + Insulates and uses liquid metal by assembling the warming-increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Intake air path length Various energy conservation cycle coalescence engines that use a lens and sunlight to produce hot and cold heat + a turbine rotor blade group with the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection propulsion force + Insulates and uses liquid metal by assembling the warming-increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Intake air path length Various energy conservation cycle coalescence engines that use a lens and sunlight to produce hot and cold heat + a turbine rotor blade group with the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection propulsion force + Insulates and uses liquid metal by assembling the warming-increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Intake air path length Various energy conservation cycle coalescence engines that use a lens and sunlight to produce hot and cold heat + a turbine rotor blade group with the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection propulsion force + Insulates and uses liquid metal by assembling the warming-increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Intake air path length Various energy conservation cycle coalescence engines that use a lens and sunlight to produce hot and cold heat + a fully-automatically machined turbine blade group with the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection propulsion force + Insulates and uses liquid metal by assembling the warming-increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Intake air path length Various energy conservation cycle coalescence engines that use turbines and blades of a turbine that can be heated and cooled by using lenses and sunlight + a fully automatic machining turbine blade group with the same diameter and shape of each paragraph.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driving propulsion force + Insulating and increasing ball riser (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage. Various energy storage cycle coalescing engines, with a group of turbine blades that can be machined as a fitting bolt assembly turbine with the same diameter and shape of each paragraph.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driving propulsion force + Insulating and increasing ball riser (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage. Various energy storage cycle coalescing engines, with a group of turbine blades that can be machined as a fitting bolt assembly turbine with the same diameter and shape of each paragraph.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driving propulsive force + Insulating and increasing ball lifting device (2F) is installed in the corner of the square turbine outer box to use and store liquid metal. Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driving propulsive force + Insulating and increasing ball lifting device (2F) is installed in the corner of the square turbine outer box to use and store liquid metal. Various energy storage cycle coalescing engines with moving blades as a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driving propulsion force + Insulating and increasing ball riser (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage. Various energy storage cycle coalescing engines that can be machined to make turbine blade groups with the same diameter and the same shape for each paragraph and a fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternately warm turbine, accelerating the liquid zinc downward Driving + Intake air path length lens and solar heating / cooling production + Insulating air path length lens and sunlight by installing a heat retention increasing ball lift device (2F) at the corner of the square turbine outer casing to save and use liquid metal The energy storage cycle coalescing engine which uses the turbine rotor blade group with the same diameter and the same shape for each paragraph as the fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + horizontal axis (1h) with square turbine outer box at right angle to make rotating direction alternate heat retaining turbine, liquid thallium alloy downward Accelerated driving + Intake air path length lens and solar heating / cooling production + Insulating air path length lens and sun Various energy storage cycle coalescence engine which uses turbines and blades of turbines with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine multi-drive short-time coalescence engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) provided at right angles to the rectangular turbine outer box to make the rotating direction alternate heat-retaining turbine, the liquid zinc alloy downward Accelerated driving + Intake air path length lens and solar heating / cooling production + Insulating air path length lens and the sun are installed by using a warming and increasing sphere lifting device (2F) at the corner of the square turbine outer casing to ascend and store liquid metal Various energy storage cycle coalescence engine that uses heat and cold production with light + turbine rotor blade group with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + horizontal axis (1h) at right angles to square turbine outer box to make rotation direction alternate heat insulation turbine, liquid gallium alloy downward Accelerated driving + Intake air path length lens and solar heating / cooling production + Insulating air path length lens and sun Various energy storage cycle coalescence engines that use turbines and blades with the same diameter and the same shape for each stage to make fully automatic processing possible.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of square turbine outer box and liquid metal is raised and used for storage + Heating and cooling production with intake air path length lens and sunlight + Various energy storage cycle coalescing engines with fully-automatically machined turbine blades and fitting bolt assembly turbines with the same diameter and shape of each paragraph.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed in the corner of the square turbine outer box, and the liquid metal is raised and stored. + The intake air path length lens and the solar heating / cooling production are used. Various energy storage cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed in the corner of the square turbine outer box, and the liquid metal is raised and stored. + The intake air path length lens and the solar heating / cooling production are used. Various energy storage cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed in the corner of the square turbine outer box, and the liquid metal is raised and stored. + The intake air path length lens and the solar heating / cooling production are used. Various energy storage cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed in the corner of the square turbine outer box, and the liquid metal is raised and stored. + The intake air path length lens and the solar heating / cooling production are used. Various energy storage cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   Turbine blade cross section (4X) double turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) with square turbine outer box at right angle to rotate in the direction of rotation Alternate heat insulation turbine + Insulation sphere riser (2F) is installed at the corner of the square turbine outer box, and liquid metal is raised and used for storage + Inlet air path length lens and solar heating / cooling production + Fully automatic processing Various energy storage cycle coalescing engines, with the blades of the turbine capable of being used as a fitting bolt assembly turbine with the same diameter and shape of each paragraph.   Turbine blade cross section (4X) 3 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Intake air path length lens and use of solar energy for heating and cooling + Various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 4 times turbine multiple drive short time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Intake air path length lens and use of solar energy for heating and cooling + Various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 5 times turbine multiple drive short time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Intake air path length lens and use of solar energy for heating and cooling + Various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 6 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Intake air path length lens and solar heating / cooling production + Fully automatic machining possible Turbine blade group with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 7 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) to make large injection propulsion output right angle square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Intake air path length lens and use of sunlight for heating and cooling production + Various energy conservation cycle coalescing engine with fully automatic machining turbine blade group with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 8 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Environmental energy storage cycle coalescence engine that uses turbines with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 9 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Environmental energy storage cycle coalescence engine that uses turbines with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross-section (4X) 10 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Environmental energy storage cycle coalescence engine that uses turbines with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 11 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) with a square turbine outer box at right angles The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Use of intake air path length lens and solar heating / cooling manufacturing + Fully automatic processing of turbine blades with the same diameter and shape of each stage as a fitting bolt assembly turbine for various energy storage cycles Combined organization.   Turbine blade cross section (4X) 12 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Use of intake air path length lens and solar heating / cooling manufacturing + Fully automatic machining of turbine blades with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine Cycle coalescence engine.   Turbine blade cross section (4X) 13 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate turbine drive downward by gravitational acceleration + Various aircrafts are driven by a combined engine injection part (78S) injection driving force + A warming-increasing sphere raising device (2F) is installed at the corner of the outer corner of the square turbine, and the liquid metal is raised and used for storage + Intake air path length lens and the sun Various energy storage cycle coalescence engine which uses turbines and blades of turbines with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 14 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate turbine drive downward by gravitational acceleration + Various aircrafts are driven by a combined engine injection part (78S) injection driving force + A warming-increasing sphere raising device (2F) is installed at the corner of the outer corner of the square turbine, and the liquid metal is raised and used for storage + Intake air path length lens and the sun Various energy storage cycle coalescence engine which uses turbines and blades of turbines with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 15 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate turbine drive downward by gravitational acceleration + Various aircrafts are driven by a combined engine injection part (78S) injection driving force + A warming-increasing sphere raising device (2F) is installed at the corner of the outer corner of the square turbine, and the liquid metal is raised and used for storage + Intake air path length lens and the sun Various energy storage cycle coalescence engine which uses turbines and blades of turbines with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross-section (4X) 16 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine that makes large injection propulsion output + power increase sphere (2E) is accelerated turbine driven downward by gravitational acceleration + Various aircrafts are driven by a combined engine injection part (78S) injection driving force + A warming-increasing sphere raising device (2F) is installed at the corner of the outer corner of the square turbine, and the liquid metal is raised and used for storage + Intake air path length lens and the sun Various energy storage cycle coalescence engines that use turbines and blades with the same diameter and the same shape for each stage to make fully automatic processing possible.   Turbine blade cross section (4X) 17 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate turbine drive downward by gravitational acceleration + Various aircrafts are driven by a combined engine injection part (78S) injection driving force + A warming-increasing sphere raising device (2F) is installed at the corner of the outer corner of the square turbine, and the liquid metal is raised and used for storage + Intake air path length lens and the sun Various energy storage cycle coalescence engines that use turbines and blades of the same diameter and the same shape for each stage as a group of turbine blades that can be used for light / hot / cool manufacturing and can be fully automated.   Turbine blade cross section (4X) 18 times turbine multiple drive short time coalescence engine injection part (78S) large injection propulsion output liquid metal solar engine + horizontal axis (1h) equipped with right angled square turbine outer box driven and rotated Inverted turbines + Intake air path length lens and solar heating / cooling manufacturing + Insulating air path length lens with a warming and increasing ball raising device (2F) installed at the corner of the square turbine outer box Combined with various energy storage cycle engines, the turbine blades of the turbine are used with the same diameter and the same shape for each paragraph, and the fitting bolt assembly turbine is used.   Turbine blade cross section (4X) 19 times turbine multiple drive short-time coalescence engine injection part (78S) Large injection propulsion output Liquid metal solar engine + Horizontal axis (1h) is driven with right angled square turbine outer box and rotated Inverted turbines + Intake air path length lens and solar heating / cooling manufacturing + Insulating air path length lens with a warming and increasing ball raising device (2F) installed at the corner of the square turbine outer box Combined with various energy storage cycle engines, the turbine blades of the turbine are used with the same diameter and the same shape for each paragraph, and the fitting bolt assembly turbine is used.   Turbine blade cross section (4X) 20 times the turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar engine + horizontal axis (1h) equipped with right angle square outer box drive and rotate Inverted turbines + Intake air path length lens and solar heating / cooling manufacturing + Insulating air path length lens with a warming and increasing ball raising device (2F) installed at the corner of the square turbine outer box Combined with various energy storage cycle engines, the turbine blades of the turbine are used with the same diameter and the same shape for each paragraph, and the fitting bolt assembly turbine is used.   Turbine blade cross section (4X) 21 times turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) equipped with right angled square turbine outer box driven and rotated Inverted turbines + Intake air path length lens and solar heating / cooling manufacturing + Insulating air path length lens with a warming and increasing ball raising device (2F) installed at the corner of the square turbine outer box Combined with various energy storage cycle engines, the turbine blades are of the same diameter and the same shape for each stage and are fitted with a bolt assembly turbine.   Turbine blade cross section (4X) 22 times turbine multiple drive short-time coalescence engine injection part (78S) Large injection propulsion output Liquid metal solar engine + Horizontal axis (1h) is driven with right angled square turbine outer box and rotated Inverted turbines + Intake air path length lens and solar heating / cooling manufacturing + Insulating air path length lens with a warming and increasing ball raising device (2F) installed at the corner of the square turbine outer box Combined with various energy conservation cycle engines, the turbine blades of the turbine that can be used for heating and cooling with sunlight and full-automatic machining can be made into a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine blade cross section (4X) 23 times turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) with square turbine outer box at right angle and rotating direction Alternate heat insulation turbine + Insulation increase ball riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Intake air path length lens and sunlight to produce hot and cold heat + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Turbine blade cross-section (4X) 24 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle Alternate heat insulation turbine + Insulation increase ball riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Intake air path length lens and sunlight to produce hot and cold heat + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Turbine blade cross section (4X) 25 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Alternate heat insulation turbine + Insulation increase ball riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Intake air path length lens and sunlight to produce hot and cold heat + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Turbine blade cross section (4X) double turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) with square turbine outer box at right angle to rotate in the direction of rotation Alternate heat insulation turbine + Insulation sphere riser (2F) is installed at the corner of the square turbine outer box, and liquid metal is raised and used for storage + Inlet air path length lens and solar heating / cooling production + Fully automatic processing Various energy storage cycle coalescing engines in which the turbine blade group is made into a fitting bolt assembly turbine with the same diameter and shape of each turbine as possible.   Turbine blade cross section (4X) 3 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Alternate heat insulation turbine + Insulation sphere riser (2F) is installed at the corner of the square turbine outer box, and liquid metal is raised and used for storage + Inlet air path length lens and solar heating / cooling production + Fully automatic processing Various energy storage cycle coalescing engines, with the blades of the turbine capable of being used as a fitting bolt assembly turbine with the same diameter and shape of each paragraph.   Turbine blade cross section (4X) 4 times turbine multiple drive short time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Intake air path length lens and use of solar energy for heating and cooling + Various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 5 times turbine multiple drive short time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Intake air path length lens and use of solar energy for heating and cooling + Various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 6 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Intake air path length lens and use of solar energy for heating and cooling + Various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 7 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) to make large injection propulsion output right angle square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Intake air path length lens and solar heating / cooling production + Fully automatic machining possible Turbine blade group with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 8 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Intake air path length lens and use of sunlight for heating and cooling production + Various energy conservation cycle coalescing engine with fully automatic machining turbine blade group with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 9 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Environmental energy storage cycle coalescence engine that uses turbines with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross-section (4X) 10 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Environmental energy storage cycle coalescence engine that uses turbines with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 11 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) with a square turbine outer box at right angles The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Environmental energy storage cycle coalescence engine that uses turbines with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 12 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Use of intake air path length lens and solar heating / cooling manufacturing + Fully automatic processing of turbine blades with the same diameter and shape of each stage as a fitting bolt assembly turbine for various energy storage cycles Combined organization.   Turbine blade cross section (4X) 13 times turbine multiple drive short time combined engine injection part (78S) large injection propulsion output liquid metal solar heat engine + horizontal axis (1h) with right angled square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Use of intake air path length lens and solar heating / cooling manufacturing + Fully automatic machining of turbine blades with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine Cycle coalescence engine.   Turbine blade cross section (4X) 14 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate turbine drive downward by gravitational acceleration + Various aircrafts are driven by a combined engine injection part (78S) injection driving force + A warming-increasing sphere raising device (2F) is installed at the corner of the outer corner of the square turbine, and the liquid metal is raised and used for storage + Intake air path length lens and the sun Various energy storage cycle coalescence engine which uses turbines and blades of turbines with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 15 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate turbine drive downward by gravitational acceleration + Various aircrafts are driven by a combined engine injection part (78S) injection driving force + A warming-increasing sphere raising device (2F) is installed at the corner of the outer corner of the square turbine, and the liquid metal is raised and used for storage + Intake air path length lens and the sun Various energy storage cycle coalescence engine which uses turbines and blades of turbines with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross-section (4X) 16 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine that makes large injection propulsion output + power increase sphere (2E) is accelerated turbine driven downward by gravitational acceleration + Various aircrafts are driven by a combined engine injection part (78S) injection driving force + A warming-increasing sphere raising device (2F) is installed at the corner of the outer corner of the square turbine, and the liquid metal is raised and used for storage + Intake air path length lens and the sun Various energy storage cycle coalescence engine which uses turbines and blades of turbines with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 17 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate turbine drive downward by gravitational acceleration + Various aircrafts are driven by a combined engine injection part (78S) injection driving force + A warming-increasing sphere raising device (2F) is installed at the corner of the outer corner of the square turbine, and the liquid metal is raised and used for storage + Intake air path length lens and the sun Various energy storage cycle coalescence engines that use turbines and blades with the same diameter and the same shape for each stage to make fully automatic processing possible.   Turbine blade cross-section (4X) 18 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine that makes large injection propulsion output + power increase sphere (2E) is accelerated turbine driven downward by gravitational acceleration + Various aircrafts are driven by a combined engine injection part (78S) injection driving force + A warming-increasing sphere raising device (2F) is installed at the corner of the outer corner of the square turbine, and the liquid metal is raised and used for storage + Intake air path length lens and the sun Various energy storage cycle coalescence engines that use turbines and blades of the same diameter and the same shape for each stage as a group of turbine blades that can be used for light / hot / cool manufacturing and can be fully automated.   Turbine blade cross section (4X) 19 times turbine multiple drive short-time coalescence engine injection part (78S) Large injection propulsion output Liquid metal solar engine + Horizontal axis (1h) is driven with right angled square turbine outer box and rotated Inverted turbines + Intake air path length lens and solar heating / cooling manufacturing + Insulating air path length lens with a warming and increasing ball raising device (2F) installed at the corner of the square turbine outer box Combined with various energy storage cycle engines, the turbine blades of the turbine are used with the same diameter and the same shape for each paragraph, and the fitting bolt assembly turbine is used.   Turbine blade cross section (4X) 20 times the turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar engine + horizontal axis (1h) equipped with right angle square outer box drive and rotate Inverted turbines + Intake air path length lens and solar heating / cooling manufacturing + Insulating air path length lens with a warming and increasing ball raising device (2F) installed at the corner of the square turbine outer box Combined with various energy storage cycle engines, the turbine blades of the turbine are used with the same diameter and the same shape for each paragraph, and the fitting bolt assembly turbine is used.   Turbine blade cross section (4X) 21 times turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) equipped with right angled square turbine outer box driven and rotated Inverted turbines + Intake air path length lens and solar heating / cooling manufacturing + Insulating air path length lens with a warming and increasing ball raising device (2F) installed at the corner of the square turbine outer box Combined with various energy storage cycle engines, the turbine blades of the turbine are used with the same diameter and the same shape for each paragraph, and the fitting bolt assembly turbine is used.   Turbine blade cross section (4X) 22 times turbine multiple drive short-time coalescence engine injection part (78S) Large injection propulsion output Liquid metal solar engine + Horizontal axis (1h) is driven with right angled square turbine outer box and rotated Inverted turbines + Intake air path length lens and solar heating / cooling manufacturing + Insulating air path length lens with a warming and increasing ball raising device (2F) installed at the corner of the square turbine outer box Combined with various energy storage cycle engines, the turbine blades are of the same diameter and the same shape for each stage and are fitted with a bolt assembly turbine.   Turbine blade cross section (4X) 23 times turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar engine + horizontal axis (1h) equipped with right angle square outer casing drive and rotate Inverted turbines + Intake air path length lens and solar heating / cooling manufacturing + Insulating air path length lens with a warming and increasing ball raising device (2F) installed at the corner of the square turbine outer box Combined with various energy conservation cycle engines, the turbine blades of the turbine that can be used for heating and cooling with sunlight and full-automatic machining can be made into a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine blade cross-section (4X) 24 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle Alternate heat insulation turbine + Insulation increase ball riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Intake air path length lens and sunlight to produce hot and cold heat + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Turbine blade cross section (4X) 25 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Alternate heat insulation turbine + Insulation increase ball riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Intake air path length lens and sunlight to produce hot and cold heat + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Turbine blade cross section (4X) double turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) with square turbine outer box at right angle to rotate in the direction of rotation Alternate heat insulation turbine + Insulation increase ball riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Intake air path length lens and sunlight to produce hot and cold heat + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Turbine blade cross section (4X) 3 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Alternate heat insulation turbine + Insulation sphere riser (2F) is installed at the corner of the square turbine outer box, and liquid metal is raised and used for storage + Inlet air path length lens and solar heating / cooling production + Fully automatic processing Various energy storage cycle coalescing engines in which the turbine blade group is made into a fitting bolt assembly turbine with the same diameter and shape of each turbine as possible.   Turbine blade cross section (4X) 4 times turbine multiple drive short time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Alternate heat insulation turbine + Insulation sphere riser (2F) is installed at the corner of the square turbine outer box, and liquid metal is raised and used for storage + Inlet air path length lens and solar heating / cooling production + Fully automatic processing Various energy storage cycle coalescing engines, with the blades of the turbine capable of being used as a fitting bolt assembly turbine with the same diameter and shape of each paragraph.   Turbine blade cross section (4X) 5 times turbine multiple drive short time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Intake air path length lens and use of solar energy for heating and cooling + Various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 6 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Intake air path length lens and use of solar energy for heating and cooling + Various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 7 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) to make large injection propulsion output right angle square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Intake air path length lens and use of solar energy for heating and cooling + Various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 8 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Intake air path length lens and solar heating / cooling production + Fully automatic machining possible Turbine blade group with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 9 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Intake air path length lens and use of sunlight for heating and cooling production + Various energy conservation cycle coalescing engine with fully automatic machining turbine blade group with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross-section (4X) 10 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Environmental energy storage cycle coalescence engine that uses turbines with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 11 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) with a square turbine outer box at right angles The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Environmental energy storage cycle coalescence engine that uses turbines with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 12 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Environmental energy storage cycle coalescence engine that uses turbines with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 13 times turbine multiple drive short time combined engine injection part (78S) large injection propulsion output liquid metal solar heat engine + horizontal axis (1h) with right angled square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Use of intake air path length lens and solar heating / cooling manufacturing + Fully automatic processing of turbine blades with the same diameter and shape of each stage as a fitting bolt assembly turbine for various energy storage cycles Combined organization.   Turbine blade cross-section (4X) 14 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Use of intake air path length lens and solar heating / cooling manufacturing + Fully automatic machining of turbine blades with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine Cycle coalescence engine.   Turbine blade cross section (4X) 15 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate turbine drive downward by gravitational acceleration + Various aircrafts are driven by a combined engine injection part (78S) injection driving force + A warming-increasing sphere raising device (2F) is installed at the corner of the outer corner of the square turbine, and the liquid metal is raised and used for storage + Intake air path length lens and the sun Various energy storage cycle coalescence engine which uses turbines and blades of turbines with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross-section (4X) 16 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine that makes large injection propulsion output + power increase sphere (2E) is accelerated turbine driven downward by gravitational acceleration + Various aircrafts are driven by a combined engine injection part (78S) injection driving force + A warming-increasing sphere raising device (2F) is installed at the corner of the outer corner of the square turbine, and the liquid metal is raised and used for storage + Intake air path length lens and the sun Various energy storage cycle coalescence engine which uses turbines and blades of turbines with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 17 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate turbine drive downward by gravitational acceleration + Various aircrafts are driven by a combined engine injection part (78S) injection driving force + A warming-increasing sphere raising device (2F) is installed at the corner of the outer corner of the square turbine, and the liquid metal is raised and used for storage + Intake air path length lens and the sun Various energy storage cycle coalescence engine which uses turbines and blades of turbines with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross-section (4X) 18 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine that makes large injection propulsion output + power increase sphere (2E) is accelerated turbine driven downward by gravitational acceleration + Various aircrafts are driven by a combined engine injection part (78S) injection driving force + A warming-increasing sphere raising device (2F) is installed at the corner of the outer corner of the square turbine, and the liquid metal is raised and used for storage + Intake air path length lens and the sun Various energy storage cycle coalescence engines that use turbines and blades with the same diameter and the same shape for each stage to make fully automatic processing possible.   Turbine blade cross section (4X) 19 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate turbine drive downward by gravitational acceleration + Various aircrafts are driven by a combined engine injection part (78S) injection driving force + A warming-increasing sphere raising device (2F) is installed at the corner of the outer corner of the square turbine, and the liquid metal is raised and used for storage + Intake air path length lens and the sun Various energy storage cycle coalescence engines that use turbines and blades of the same diameter and the same shape for each stage as a group of turbine blades that can be used for light / hot / cool manufacturing and can be fully automated.   Turbine blade cross section (4X) 20 times the turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar engine + horizontal axis (1h) equipped with right angle square outer box drive and rotate Inverted turbines + Intake air path length lens and solar heating / cooling manufacturing + Insulating air path length lens with a warming and increasing ball raising device (2F) installed at the corner of the square turbine outer box Combined with various energy storage cycle engines, the turbine blades of the turbine are used with the same diameter and the same shape for each paragraph, and the fitting bolt assembly turbine is used.   Turbine blade cross section (4X) 21 times turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) equipped with right angled square turbine outer box driven and rotated Inverted turbines + Intake air path length lens and solar heating / cooling manufacturing + Insulating air path length lens with a warming and increasing ball raising device (2F) installed at the corner of the square turbine outer box Combined with various energy storage cycle engines, the turbine blades of the turbine are used with the same diameter and the same shape for each paragraph, and the fitting bolt assembly turbine is used.   Turbine blade cross section (4X) 22 times turbine multiple drive short-time coalescence engine injection part (78S) Large injection propulsion output Liquid metal solar engine + Horizontal axis (1h) is driven with right angled square turbine outer box and rotated Inverted turbines + Intake air path length lens and solar heating / cooling manufacturing + Insulating air path length lens with a warming and increasing ball raising device (2F) installed at the corner of the square turbine outer box Combined with various energy storage cycle engines, the turbine blades of the turbine are used with the same diameter and the same shape for each paragraph, and the fitting bolt assembly turbine is used.   Turbine blade cross section (4X) 23 times turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar engine + horizontal axis (1h) equipped with right angle square outer casing drive and rotate Inverted turbines + Intake air path length lens and solar heating / cooling manufacturing + Insulating air path length lens with a warming and increasing ball raising device (2F) installed at the corner of the square turbine outer box Combined with various energy storage cycle engines, the turbine blades are of the same diameter and the same shape for each stage and are fitted with a bolt assembly turbine.   Turbine blade cross section (4X) 24 times turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar engine + horizontal axis (1h) equipped with right angled square turbine outer box driven and rotated Inverted turbines + Intake air path length lens and solar heating / cooling manufacturing + Insulating air path length lens with a warming and increasing ball raising device (2F) installed at the corner of the square turbine outer box Combined with various energy conservation cycle engines, the turbine blades of the turbine that can be used for heating and cooling with sunlight and full-automatic machining can be made into a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine blade cross section (4X) 25 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Alternate heat insulation turbine + Insulation increase ball riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Intake air path length lens and sunlight to produce hot and cold heat + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Turbine blade cross section (4X) double turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) with square turbine outer box at right angle to rotate in the direction of rotation Alternate heat insulation turbine + Insulation increase ball riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Intake air path length lens and sunlight to produce hot and cold heat + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Turbine blade cross section (4X) 3 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Alternate heat insulation turbine + Insulation increase ball riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Intake air path length lens and sunlight to produce hot and cold heat + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Turbine blade cross section (4X) 4 times turbine multiple drive short time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Alternate heat insulation turbine + Insulation sphere riser (2F) is installed at the corner of the square turbine outer box, and liquid metal is raised and used for storage + Inlet air path length lens and solar heating / cooling production + Fully automatic processing Various energy storage cycle coalescing engines in which the turbine blade group is made into a fitting bolt assembly turbine with the same diameter and shape of each turbine as possible.   Turbine blade cross section (4X) 5 times turbine multiple drive short time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle Alternate heat insulation turbine + Insulation sphere riser (2F) is installed at the corner of the square turbine outer box, and liquid metal is raised and used for storage + Inlet air path length lens and solar heating / cooling production + Fully automatic processing Various energy storage cycle coalescing engines, with the blades of the turbine capable of being used as a fitting bolt assembly turbine with the same diameter and shape of each paragraph.   Turbine blade cross section (4X) 6 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Intake air path length lens and use of solar energy for heating and cooling + Various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 7 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) to make large injection propulsion output right angle square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Intake air path length lens and use of solar energy for heating and cooling + Various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 8 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Intake air path length lens and use of solar energy for heating and cooling + Various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 9 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Intake air path length lens and solar heating / cooling production + Fully automatic machining possible Turbine blade group with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross-section (4X) 10 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Intake air path length lens and use of sunlight for heating and cooling production + Various energy conservation cycle coalescing engine with fully automatic machining turbine blade group with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 11 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) with a square turbine outer box at right angles The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Environmental energy storage cycle coalescence engine that uses turbines with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 12 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Environmental energy storage cycle coalescence engine that uses turbines with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 13 times turbine multiple drive short time combined engine injection part (78S) large injection propulsion output liquid metal solar heat engine + horizontal axis (1h) with right angled square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Environmental energy storage cycle coalescence engine that uses turbines with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross-section (4X) 14 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Use of intake air path length lens and solar heating / cooling manufacturing + Fully automatic processing of turbine blades with the same diameter and shape of each stage as a fitting bolt assembly turbine for various energy storage cycles Combined organization.   Turbine blade cross section (4X) 15 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Use of intake air path length lens and solar heating / cooling manufacturing + Fully automatic machining of turbine blades with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine Cycle coalescence engine.   Turbine blade cross-section (4X) 16 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine that makes large injection propulsion output + power increase sphere (2E) is accelerated turbine driven downward by gravitational acceleration + Various aircrafts are driven by a combined engine injection part (78S) injection driving force + A warming-increasing sphere raising device (2F) is installed at the corner of the outer corner of the square turbine, and the liquid metal is raised and used for storage + Intake air path length lens and the sun Various energy storage cycle coalescence engine which uses turbines and blades of turbines with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 17 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate turbine drive downward by gravitational acceleration + Various aircrafts are driven by a combined engine injection part (78S) injection driving force + A warming-increasing sphere raising device (2F) is installed at the corner of the outer corner of the square turbine, and the liquid metal is raised and used for storage + Intake air path length lens and the sun Various energy storage cycle coalescence engine which uses turbines and blades of turbines with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross-section (4X) 18 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine that makes large injection propulsion output + power increase sphere (2E) is accelerated turbine driven downward by gravitational acceleration + Various aircrafts are driven by a combined engine injection part (78S) injection driving force + A warming-increasing sphere raising device (2F) is installed at the corner of the outer corner of the square turbine, and the liquid metal is raised and used for storage + Intake air path length lens and the sun Various energy storage cycle coalescence engine which uses turbines and blades of turbines with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 19 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate turbine drive downward by gravitational acceleration + Various aircrafts are driven by a combined engine injection part (78S) injection driving force + A warming-increasing sphere raising device (2F) is installed at the corner of the outer corner of the square turbine, and the liquid metal is raised and used for storage + Intake air path length lens and the sun Various energy storage cycle coalescence engines that use turbines and blades with the same diameter and the same shape for each stage to make fully automatic processing possible.   Turbine blade cross section (4X) 20 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine that makes large injection propulsion output + power increase sphere (2E) is accelerated turbine driven downward by gravitational acceleration + Various aircrafts are driven by a combined engine injection part (78S) injection driving force + A warming-increasing sphere raising device (2F) is installed at the corner of the outer corner of the square turbine, and the liquid metal is raised and used for storage + Intake air path length lens and the sun Various energy storage cycle coalescence engines that use turbines and blades of the same diameter and the same shape for each stage as a group of turbine blades that can be used for light / hot / cool manufacturing and can be fully automated.   Turbine blade cross section (4X) 21 times turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) equipped with right angled square turbine outer box driven and rotated Inverted turbines + Intake air path length lens and solar heating / cooling manufacturing + Insulating air path length lens with a warming and increasing ball raising device (2F) installed at the corner of the square turbine outer box Combined with various energy storage cycle engines, the turbine blades of the turbine are used with the same diameter and the same shape for each paragraph, and the fitting bolt assembly turbine is used.   Turbine blade cross section (4X) 22 times turbine multiple drive short-time coalescence engine injection part (78S) Large injection propulsion output Liquid metal solar engine + Horizontal axis (1h) is driven with right angled square turbine outer box and rotated Inverted turbines + Intake air path length lens and solar heating / cooling manufacturing + Insulating air path length lens with a warming and increasing ball raising device (2F) installed at the corner of the square turbine outer box Combined with various energy storage cycle engines, the turbine blades of the turbine are used with the same diameter and the same shape for each paragraph, and the fitting bolt assembly turbine is used.   Turbine blade cross section (4X) 23 times turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar engine + horizontal axis (1h) equipped with right angle square outer casing drive and rotate Inverted turbines + Intake air path length lens and solar heating / cooling manufacturing + Insulating air path length lens with a warming and increasing ball raising device (2F) installed at the corner of the square turbine outer box Combined with various energy storage cycle engines, the turbine blades of the turbine are used with the same diameter and the same shape for each paragraph, and the fitting bolt assembly turbine is used.   Turbine blade cross section (4X) 24 times turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar engine + horizontal axis (1h) equipped with right angled square turbine outer box driven and rotated Inverted turbines + Intake air path length lens and solar heating / cooling manufacturing + Insulating air path length lens with a warming and increasing ball raising device (2F) installed at the corner of the square turbine outer box Combined with various energy storage cycle engines, the turbine blades are of the same diameter and the same shape for each stage and are fitted with a bolt assembly turbine.   Turbine blade cross section (4X) 25 times turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar heat engine + horizontal axis (1h) is driven with right angled square turbine casing at right angle Inverted turbines + Intake air path length lens and solar heating / cooling manufacturing + Insulating air path length lens with a warming and increasing ball raising device (2F) installed at the corner of the square turbine outer box Combined with various energy conservation cycle engines, the turbine blades of the turbine that can be used for heating and cooling with sunlight and full-automatic machining can be made into a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine blade cross section (4X) double turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) with square turbine outer box at right angle to rotate in the direction of rotation Alternate heat insulation turbine + Insulation increase ball riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Intake air path length lens and sunlight to produce hot and cold heat + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Turbine blade cross section (4X) 3 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Alternate heat insulation turbine + Insulation increase ball riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Intake air path length lens and sunlight to produce hot and cold heat + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Turbine blade cross section (4X) 4 times turbine multiple drive short time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Alternate heat insulation turbine + Insulation increase ball riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Intake air path length lens and sunlight to produce hot and cold heat + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Turbine blade cross section (4X) 5 times turbine multiple drive short time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle Alternate heat insulation turbine + Insulation sphere riser (2F) is installed at the corner of the square turbine outer box, and liquid metal is raised and used for storage + Inlet air path length lens and solar heating / cooling production + Fully automatic processing Various energy storage cycle coalescing engines in which the turbine blade group is made into a fitting bolt assembly turbine with the same diameter and shape of each turbine as possible.   Turbine blade cross section (4X) 6 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle Alternate heat insulation turbine + Insulation sphere riser (2F) is installed at the corner of the square turbine outer box, and liquid metal is raised and used for storage + Inlet air path length lens and solar heating / cooling production + Fully automatic processing Various energy storage cycle coalescing engines, with the blades of the turbine capable of being used as a fitting bolt assembly turbine with the same diameter and shape of each paragraph.   Turbine blade cross section (4X) 7 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) to make large injection propulsion output right angle square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Intake air path length lens and use of solar energy for heating and cooling + Various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 8 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Intake air path length lens and use of solar energy for heating and cooling + Various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 9 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Intake air path length lens and use of solar energy for heating and cooling + Various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross-section (4X) 10 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Intake air path length lens and solar heating / cooling production + Fully automatic machining possible Turbine blade group with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 11 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) with a square turbine outer box at right angles Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Intake air path length lens and use of sunlight for heating and cooling production + Various energy conservation cycle coalescing engine with fully automatic machining turbine blade group with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 12 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Environmental energy storage cycle coalescence engine that uses turbines with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 13 times turbine multiple drive short time combined engine injection part (78S) large injection propulsion output liquid metal solar heat engine + horizontal axis (1h) with right angled square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Environmental energy storage cycle coalescence engine that uses turbines with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross-section (4X) 14 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by the combined engine injection part (78S). + Environmental energy storage cycle coalescing engine with a moving turbine group of turbines with the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 15 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Use of intake air path length lens and solar heating / cooling manufacturing + Fully automatic processing of turbine blades with the same diameter and shape of each stage as a fitting bolt assembly turbine for various energy storage cycles Combined organization.   Turbine blade cross-section (4X) 16 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) with a square turbine outer box at right angles The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Use of intake air path length lens and solar heating / cooling manufacturing + Fully automatic machining of turbine blades with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine Cycle coalescence engine.   Turbine blade cross section (4X) 17 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate turbine drive downward by gravitational acceleration + Various aircrafts are driven by a combined engine injection part (78S) injection driving force + A warming-increasing sphere raising device (2F) is installed at the corner of the outer corner of the square turbine, and the liquid metal is raised and used for storage + Intake air path length lens and the sun Various energy storage cycle coalescence engine which uses turbines and blades of turbines with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross-section (4X) 18 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine that makes large injection propulsion output + power increase sphere (2E) is accelerated turbine driven downward by gravitational acceleration + Various aircrafts are driven by a combined engine injection part (78S) injection driving force + A warming-increasing sphere raising device (2F) is installed at the corner of the outer corner of the square turbine, and the liquid metal is raised and used for storage + Intake air path length lens and the sun Various energy storage cycle coalescence engine which uses turbines and blades of turbines with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 19 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate turbine drive downward by gravitational acceleration + Various aircrafts are driven by a combined engine injection part (78S) injection driving force + A warming-increasing sphere raising device (2F) is installed at the corner of the outer corner of the square turbine, and the liquid metal is raised and used for storage + Intake air path length lens and the sun Various energy storage cycle coalescence engine which uses turbines and blades of turbines with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 20 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine that makes large injection propulsion output + power increase sphere (2E) is accelerated turbine driven downward by gravitational acceleration + Various aircrafts are driven by a combined engine injection part (78S) injection driving force + A warming-increasing sphere raising device (2F) is installed at the corner of the outer corner of the square turbine, and the liquid metal is raised and used for storage + Intake air path length lens and the sun Various energy storage cycle coalescence engines that use turbines and blades with the same diameter and the same shape for each stage to make fully automatic processing possible.   Turbine blade cross section (4X) 21 times the turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine that makes large injection propulsion output + power increase sphere (2E) is accelerated turbine driven downward by gravitational acceleration + Various aircrafts are driven by a combined engine injection part (78S) injection driving force + A warming-increasing sphere raising device (2F) is installed at the corner of the outer corner of the square turbine, and the liquid metal is raised and used for storage + Intake air path length lens and the sun Various energy storage cycle coalescence engines that use turbines and blades of the same diameter and the same shape for each stage as a group of turbine blades that can be used for light / hot / cool manufacturing and can be fully automated.   Turbine blade cross section (4X) 22 times turbine multiple drive short-time coalescence engine injection part (78S) Large injection propulsion output Liquid metal solar heat engine + Configuration and method for accelerating output increase sphere (2E) ++ Insulation increase sphere increase The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending and storage. + Intake air path length lens and solar heat / cool manufacturing are used. Various energy storage cycle coalescing engine with fitting bolt assembly turbine.   Turbine blade cross section (4X) 23 times the turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) acceleration configuration and method ++ heat retention increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending and storage. + Intake air path length lens and solar heat / cool manufacturing are used. Various energy storage cycle coalescing engine with fitting bolt assembly turbine.   Turbine blade cross section (4X) 24 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate and increase heat retention increase sphere ++ The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending and storage. + Intake air path length lens and solar heat / cool manufacturing are used. Various energy storage cycle coalescing engine with fitting bolt assembly turbine.   Turbine blade cross section (4X) 25 times turbine multiple drive short-time coalescence engine injection part (78S) Large injection propulsion output Liquid metal solar engine + Configuration and method for accelerating power increase sphere (2E) ++ Heat retention increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is raised and stored. + The intake air path length lens and solar heating / cooling production are used. Various energy storage cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   Turbine blade cross section (4X) double turbine multiple drive short time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) configuration and method for accelerating power increase sphere +2 The equipment (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and stored. + The intake air path length lens and solar heat and cold manufacturing are used. Various energy conservation cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   Turbine blade cross-section (4X) 3 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate and increase heat retention increase sphere + The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending and storage. + Intake air path length lens and solar heat / cool manufacturing are used. Various energy storage cycle coalescing engine with fitting bolt assembly turbine.   Turbine blade cross-section (4X) 4 times turbine multiple drive short-time coalescence engine injection part (78S) Large metal propulsion output liquid metal solar engine + output increase sphere (2E) configuration and method for accelerating + heat retention increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending and storage. + Intake air path length lens and solar heat / cool manufacturing are used. Various energy storage cycle coalescing engine with fitting bolt assembly turbine.   Turbine blade cross section (4X) 5 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate and increase heat retention increase sphere + The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending and storage. + Intake air path length lens and solar heat / cool manufacturing are used. Various energy storage cycle coalescing engine with fitting bolt assembly turbine.   Turbine blade cross-section (4X) 6 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate and increase heat retention increase sphere ++ The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is raised and stored. + The intake air path length lens and solar heating / cooling production are used. Various energy storage cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   Turbine blade cross-section (4X) 7 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate and increase heat retention increase sphere + The equipment (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and stored. + The intake air path length lens and solar heat and cold manufacturing are used. Various energy conservation cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   Turbine blade cross section (4X) 8 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Uses ascending and preserving metal + Intake air path length lens and solar heating and cooling production + Combined engine of various energy storage cycles with turbine rotor blades of the same diameter and same shape for each paragraph and fitting bolt assembly turbine.   Turbine blade cross section (4X) 9 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Uses ascending and preserving metal + Intake air path length lens and solar heating and cooling production + Combined engine of various energy storage cycles with turbine rotor blades of the same diameter and same shape for each paragraph and fitting bolt assembly turbine.   Turbine blade cross-section (4X) 10 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Uses ascending and preserving metal + Intake air path length lens and solar heating and cooling production + Combined engine of various energy storage cycles with turbine rotor blades of the same diameter and same shape for each paragraph and fitting bolt assembly turbine.   Turbine blade cross section (4X) 11 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) with a square turbine outer box at right angles An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Uses ascending and storing metal + Uses intake air path length lens and sunlight for heating and cooling production + Saves various types of energy by using a turbine assembly with the same diameter and shape of each turbine as a fitting bolt assembly turbine for fully automatic processing Cycle coalescence engine.   Turbine blade cross section (4X) 12 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Uses ascending and preserving metal + Intake air path length lens and solar heating / cooling manufacturing + Fully automatic machining turbine blade group with same diameter and same shape for each stage Conservation cycle coalescence organization.   Turbine blade cross section (4X) 13 times turbine multiple drive short time combined engine injection part (78S) large injection propulsion output liquid metal solar heat engine + horizontal axis (1h) with right angled square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Uses ascending and preserving metal + Intake air path length lens and solar heating and cooling production + Combined engine of various energy storage cycles with turbine rotor blades of the same diameter and same shape for each paragraph and fitting bolt assembly turbine.   Turbine blade cross-section (4X) 14 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Uses ascending and preserving metal + Intake air path length lens and solar heating and cooling production + Combined engine of various energy storage cycles with turbine rotor blades of the same diameter and same shape for each paragraph and fitting bolt assembly turbine.   Turbine blade cross section (4X) 15 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Uses ascending and preserving metal + Intake air path length lens and solar heating and cooling production + Combined engine of various energy storage cycles with turbine rotor blades of the same diameter and same shape for each paragraph and fitting bolt assembly turbine.   Turbine blade cross-section (4X) 16 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) with a square turbine outer box at right angles An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Uses ascending and preserving metal + Intake air path length lens and solar heating and cooling production + Combined engine of various energy storage cycles with turbine rotor blades of the same diameter and same shape for each paragraph and fitting bolt assembly turbine.   Turbine blade cross section (4X) 17 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Uses ascending and preserving metal + Intake air path length lens and solar heating and cooling production + Combined engine of various energy storage cycles with turbine rotor blades of the same diameter and same shape for each paragraph and fitting bolt assembly turbine.   Turbine blade cross section (4X) 18 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Uses ascending and preserving metal + Intake air path length lens and solar heating and cooling production + Combined engine of various energy storage cycles with turbine rotor blades of the same diameter and same shape for each paragraph and fitting bolt assembly turbine.   Turbine blade cross section (4X) 19 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Uses ascending and preserving metal + Intake air path length lens and solar heating and cooling production + Combined engine of various energy storage cycles with turbine rotor blades of the same diameter and same shape for each paragraph and fitting bolt assembly turbine.   Turbine blade cross section (4X) 20 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Uses ascending and preserving metal + Intake air path length lens and solar heating and cooling production + Combined engine of various energy storage cycles with turbine rotor blades of the same diameter and same shape for each paragraph and fitting bolt assembly turbine.   Turbine blade cross section (4X) 21 times the turbine multiple drive short-time coalescence engine injection section (78S) large injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) equipped with a rectangular turbine outer box at right angles and rotating direction An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Uses ascending and preserving metal + Intake air path length lens and solar heating and cooling production + Combined engine of various energy storage cycles with turbine rotor blades of the same diameter and same shape for each paragraph and fitting bolt assembly turbine.   Turbine blade cross section (4X) 22 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) with square turbine outer box at right angles An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Uses ascending and preserving metal + Intake air path length lens and solar heating and cooling production + Combined engine of various energy storage cycles with turbine rotor blades of the same diameter and same shape for each paragraph and fitting bolt assembly turbine.   Turbine blade cross section (4X) 23 times turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) with square turbine outer box at right angle and rotating direction An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Uses ascending and preserving metal + Intake air path length lens and solar heating and cooling production + Combined engine of various energy storage cycles with turbine rotor blades of the same diameter and same shape for each paragraph and fitting bolt assembly turbine.   Turbine blade cross-section (4X) 24 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Uses ascending and preserving metal + Intake air path length lens and solar heating and cooling production + Combined engine of various energy storage cycles with turbine rotor blades of the same diameter and same shape for each paragraph and fitting bolt assembly turbine.   Turbine blade cross section (4X) 25 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Uses ascending and preserving metal + Intake air path length lens and solar heating and cooling production + Combined engine of various energy storage cycles with turbine rotor blades of the same diameter and same shape for each paragraph and fitting bolt assembly turbine.   Turbine blade cross section (4X) double turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) with square turbine outer box at right angle to rotate in the direction of rotation An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Uses ascending and preserving metal + Intake air path length lens and solar heating and cooling production + Combined engine of various energy storage cycles with turbine rotor blades of the same diameter and same shape for each paragraph and fitting bolt assembly turbine.   Turbine blade cross section (4X) 3 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Uses ascending and preserving metal + Intake air path length lens and solar heating and cooling production + Combined engine of various energy storage cycles with turbine rotor blades of the same diameter and same shape for each paragraph and fitting bolt assembly turbine.   Turbine blade cross section (4X) 4 times turbine multiple drive short time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Uses ascending and storing metal + Uses intake air path length lens and sunlight for heating and cooling production + Saves various types of energy by using a turbine assembly with the same diameter and shape of each turbine as a fitting bolt assembly turbine for fully automatic processing Cycle coalescence engine.   Turbine blade cross section (4X) 5 times turbine multiple drive short time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Uses ascending and storing metal + Uses intake air path length lens and sunlight for heating and cooling production + Saves various types of energy by using a turbine assembly with the same diameter and shape of each turbine as a fitting bolt assembly turbine for fully automatic processing Cycle coalescence engine.   Turbine blade cross section (4X) 6 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Uses ascending and storing metal + Uses intake air path length lens and sunlight for heating and cooling production + Saves various types of energy by using a turbine assembly with the same diameter and shape of each turbine as a fitting bolt assembly turbine for fully automatic processing Cycle coalescence engine.   Turbine blade cross section (4X) 7 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) to make large injection propulsion output right angle square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Uses ascending and storing metal + Uses intake air path length lens and sunlight for heating and cooling production + Saves various types of energy by using a turbine assembly with the same diameter and shape of each turbine as a fitting bolt assembly turbine for fully automatic processing Cycle coalescence engine.   Turbine blade cross section (4X) 8 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Uses ascending and storing metal + Uses intake air path length lens and sunlight for heating and cooling production + Saves various types of energy by using a turbine assembly with the same diameter and shape of each turbine as a fitting bolt assembly turbine for fully automatic processing Cycle coalescence engine.   Turbine blade cross section (4X) 9 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Uses ascending and preserving metal + Intake air path length lens and solar heating / cooling manufacturing + Fully automatic machining turbine blade group with same diameter and same shape for each stage Conservation cycle coalescence organization.   Turbine blade cross-section (4X) 10 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Uses ascending and preserving metal + Intake air path length lens and solar heating / cooling manufacturing + Fully automatic machining turbine blade group with same diameter and same shape for each stage Conservation cycle coalescence organization.   Turbine blade cross section (4X) 11 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) with a square turbine outer box at right angles An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Uses ascending and preserving metal + Intake air path length lens and solar heating / cooling manufacturing + Fully automatic machining turbine blade group with same diameter and same shape for each stage Conservation cycle coalescence organization.   Turbine blade cross section (4X) 12 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Uses ascending and preserving metal + Intake air path length lens and solar heating / cooling manufacturing + Fully automatic machining turbine blade group with same diameter and same shape for each stage Conservation cycle coalescence organization.   Turbine blade cross section (4X) 13 times turbine multiple drive short time combined engine injection part (78S) large injection propulsion output liquid metal solar heat engine + horizontal axis (1h) with right angled square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Uses ascending and preserving metal + Intake air path length lens and solar heating / cooling manufacturing + Fully automatic machining turbine blade group with same diameter and same shape for each stage Conservation cycle coalescence organization.   Turbine blade cross-section (4X) 14 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Uses ascending and preserving metal + Intake air path length lens and solar heating and cooling production + Combined engine of various energy storage cycles with turbine rotor blades of the same diameter and same shape for each paragraph and fitting bolt assembly turbine.   Turbine blade cross section (4X) 15 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Uses ascending and preserving metal + Intake air path length lens and solar heating and cooling production + Combined engine of various energy storage cycles with turbine rotor blades of the same diameter and same shape for each paragraph and fitting bolt assembly turbine.   Turbine blade cross-section (4X) 16 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) with a square turbine outer box at right angles An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Uses ascending and preserving metal + Intake air path length lens and solar heating and cooling production + Combined engine of various energy storage cycles with turbine rotor blades of the same diameter and same shape for each paragraph and fitting bolt assembly turbine.   Turbine blade cross section (4X) 17 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Uses ascending and preserving metal + Intake air path length lens and solar heating and cooling production + Combined engine of various energy storage cycles with turbine rotor blades of the same diameter and same shape for each paragraph and fitting bolt assembly turbine.   Turbine blade cross section (4X) 18 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Uses ascending and preserving metal + Intake air path length lens and solar heating and cooling production + Combined engine of various energy storage cycles with turbine rotor blades of the same diameter and same shape for each paragraph and fitting bolt assembly turbine.   Turbine blade cross section (4X) 19 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle Accelerates and drives liquid metal downward with alternating heat insulation turbines + Heat and cold production with intake air path length lens and sunlight + Heat drop increase device (2F) raises the head as much as possible + Heat increase ball increase device (2F) Is used at the corner of the outer casing of the rectangular turbine, and the liquid metal is lifted and used. + The intake air path length lens and solar heat are used for heating and cooling. Combined engine with various energy storage cycles as a turbine.   Turbine blade cross section (4X) 20 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Accelerates and drives liquid metal downward with alternating heat insulation turbines + Heat and cold production with intake air path length lens and sunlight + Heat drop increase device (2F) raises the head as much as possible + Heat increase ball increase device (2F) Is used at the corner of the outer casing of the rectangular turbine, and the liquid metal is lifted and used. + The intake air path length lens and solar heat are used for heating and cooling. Combined engine with various energy storage cycles as a turbine.   Turbine blade cross section (4X) 21 times the turbine multiple drive short-time coalescence engine injection section (78S) large injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) equipped with a rectangular turbine outer box at right angles to rotate Accelerates and drives liquid metal downward with alternating heat insulation turbines + Heat and cold production with intake air path length lens and sunlight + Heat drop increase device (2F) raises the head as much as possible + Heat increase ball increase device (2F) Is used at the corner of the outer casing of the rectangular turbine, and the liquid metal is lifted and used. + The intake air path length lens and solar heat are used for heating and cooling. Combined engine with various energy storage cycles as a turbine.   Turbine blade cross section (4X) 22 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) with square turbine outer box at right angles Accelerates and drives liquid metal downward with alternating heat insulation turbines + Heat and cold production with intake air path length lens and sunlight + Heat drop increase device (2F) raises the head as much as possible + Heat increase ball increase device (2F) Is installed in the corner of the outer casing of the square turbine, and the liquid metal is used for storage and preservation. + Inlet air path length lens and solar heating / cooling production is used. Various energy storage cycle coalescing engine as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 23 times turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) with square turbine outer box at right angle and rotating direction Accelerates and drives liquid metal downward with alternating heat insulation turbines + Heat and cold production with intake air path length lens and sunlight + Heat drop increase device (2F) raises the head as much as possible + Heat increase ball increase device (2F) Is installed at the corner of the outer corner of the square turbine, and the liquid metal is raised and used. + The intake air path length lens and solar heat are used for heating and cooling. + The turbine blades that can be fully automated are approximately the same diameter in each paragraph. Various energy storage cycle coalescing engine with fitting bolt assembly turbine as the same shape.   Turbine blade cross section (4X) 24 times turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar engine + horizontal axis (1h) equipped with right angled square turbine outer box driven and rotated Inverted turbines + Intake air path length lens and solar heating / cooling manufacturing + Insulating air path length lens with a warming and increasing ball raising device (2F) installed at the corner of the square turbine outer box Combined with various energy storage cycle engines, the turbine blades of the turbine are used with the same diameter and the same shape for each paragraph, and the fitting bolt assembly turbine is used.   Turbine blade cross section (4X) 25 times turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar heat engine + horizontal axis (1h) is driven with right angled square turbine casing at right angle Inverted turbines + Intake air path length lens and solar heating / cooling manufacturing + Insulating air path length lens with a warming and increasing ball raising device (2F) installed at the corner of the square turbine outer box Combined with various energy storage cycle engines, the turbine blades of the turbine are used with the same diameter and the same shape for each paragraph, and the fitting bolt assembly turbine is used.   Turbine blade cross section (4X) double turbine multiple drive short time coalescence engine injection part (78S) large injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) is driven with right angled square turbine outer box at right angle Inverted turbines + Intake air path length lens and solar heating / cooling manufacturing + Insulating air path length lens with a warming and increasing ball raising device (2F) installed at the corner of the square turbine outer box Combined with various energy storage cycle engines, the turbine blades of the turbine are used with the same diameter and the same shape for each paragraph, and the fitting bolt assembly turbine is used.   Turbine blade cross section (4X) 3 times turbine multiple drive short time coalescence engine injection part (78S) large injection propulsion output liquid metal solar engine + horizontal axis (1h) with right angle square turbine outer box drive and rotate Inverted turbines + Intake air path length lens and solar heating / cooling manufacturing + Insulating air path length lens with a warming and increasing ball raising device (2F) installed at the corner of the square turbine outer box Combined with various energy storage cycle engines, the turbine blades are of the same diameter and the same shape for each stage and are fitted with a bolt assembly turbine.   Turbine blade cross section (4X) quadruple turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar engine + horizontal axis (1h) with right angle square turbine outer box driven to rotate Inverted turbines + Intake air path length lens and solar heating / cooling manufacturing + Insulating air path length lens with a warming and increasing ball raising device (2F) installed at the corner of the square turbine outer box Combined with various energy conservation cycle engines, the turbine blades of the turbine that can be used for heating and cooling with sunlight and full-automatic machining can be made into a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine blade cross section (4X) 5 times turbine multiple drive short time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle Alternate heat insulation turbine + Insulation increase ball riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Intake air path length lens and sunlight to produce hot and cold heat + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Turbine blade cross section (4X) 6 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle Alternate heat insulation turbine + Insulation increase ball riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Intake air path length lens and sunlight to produce hot and cold heat + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Turbine blade cross section (4X) 7 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) to make large injection propulsion output right angle square turbine outer box at right angle Alternate heat insulation turbine + Insulation increase ball riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Intake air path length lens and sunlight to produce hot and cold heat + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Turbine blade cross section (4X) 8 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Alternate heat insulation turbine + Insulation sphere riser (2F) is installed at the corner of the square turbine outer box, and liquid metal is raised and used for storage + Inlet air path length lens and solar heating / cooling production + Fully automatic processing Various energy storage cycle coalescing engines in which the turbine blade group is made into a fitting bolt assembly turbine with the same diameter and shape of each turbine as possible.   Turbine blade cross section (4X) 9 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle Alternate heat insulation turbine + Insulation sphere riser (2F) is installed at the corner of the square turbine outer box, and liquid metal is raised and used for storage + Inlet air path length lens and solar heating / cooling production + Fully automatic processing Various energy storage cycle coalescing engines, with the blades of the turbine capable of being used as a fitting bolt assembly turbine with the same diameter and shape of each paragraph.   Turbine blade cross-section (4X) 10 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Intake air path length lens and use of solar energy for heating and cooling + Various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 11 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) with a square turbine outer box at right angles Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Intake air path length lens and use of solar energy for heating and cooling + Various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 12 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Intake air path length lens and use of solar energy for heating and cooling + Various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 13 times turbine multiple drive short time combined engine injection part (78S) large injection propulsion output liquid metal solar heat engine + horizontal axis (1h) with right angled square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Intake air path length lens and solar heating / cooling production + Fully automatic machining possible Turbine blade group with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross-section (4X) 14 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Intake air path length lens and use of sunlight for heating and cooling production + Various energy conservation cycle coalescing engine with fully automatic machining turbine blade group with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 15 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Environmental energy storage cycle coalescence engine that uses turbines with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross-section (4X) 16 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) with a square turbine outer box at right angles The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Environmental energy storage cycle coalescence engine that uses turbines with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 17 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Environmental energy storage cycle coalescence engine that uses turbines with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 18 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Use of intake air path length lens and solar heating / cooling manufacturing + Fully automatic processing of turbine blades with the same diameter and shape of each stage as a fitting bolt assembly turbine for various energy storage cycles Combined organization.   Turbine blade cross section (4X) 19 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Use of intake air path length lens and solar heating / cooling manufacturing + Fully automatic machining of turbine blades with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine Cycle coalescence engine.   Turbine blade cross section (4X) 20 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine that makes large injection propulsion output + power increase sphere (2E) is accelerated turbine driven downward by gravitational acceleration + Various aircrafts are driven by a combined engine injection part (78S) injection driving force + A warming-increasing sphere raising device (2F) is installed at the corner of the outer corner of the square turbine, and the liquid metal is raised and used for storage + Intake air path length lens and the sun Various energy storage cycle coalescence engine which uses turbines and blades of turbines with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 21 times the turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine that makes large injection propulsion output + power increase sphere (2E) is accelerated turbine driven downward by gravitational acceleration + Various aircrafts are driven by a combined engine injection part (78S) injection driving force + A warming-increasing sphere raising device (2F) is installed at the corner of the outer corner of the square turbine, and the liquid metal is raised and used for storage + Intake air path length lens and the sun Various energy storage cycle coalescence engine which uses turbines and blades of turbines with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 22 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) is accelerated downward by gravity acceleration to drive turbine + Various aircrafts are driven by a combined engine injection part (78S) injection driving force + A warming-increasing sphere raising device (2F) is installed at the corner of the outer corner of the square turbine, and the liquid metal is raised and used for storage + Intake air path length lens and the sun Various energy storage cycle coalescence engine which uses turbines and blades of turbines with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 23 times turbine multiple drive short-time coalescence engine injection part (78S) high injection propulsion output liquid metal solar thermal engine + output increasing sphere (2E) is accelerated downward by gravity acceleration turbine drive + Various aircrafts are driven by a combined engine injection part (78S) injection driving force + A warming-increasing sphere raising device (2F) is installed at the corner of the outer corner of the square turbine, and the liquid metal is raised and used for storage + Intake air path length lens and the sun Various energy storage cycle coalescence engines that use turbines and blades with the same diameter and the same shape for each stage to make fully automatic processing possible.   Turbine blade cross section (4X) 24 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase ball (2E) to accelerate turbine drive downward by gravitational acceleration + Various aircrafts are driven by a combined engine injection part (78S) injection driving force + A warming-increasing sphere raising device (2F) is installed at the corner of the outer corner of the square turbine, and the liquid metal is raised and used for storage + Intake air path length lens and the sun Various energy storage cycle coalescence engines that use turbines and blades of the same diameter and the same shape for each stage as a group of turbine blades that can be used for light / hot / cool manufacturing and can be fully automated.   Turbine blade cross section (4X) 25 times turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar heat engine + horizontal axis (1h) is driven with right angled square turbine casing at right angle A directional alternating turbine + + A warming and increasing sphere raising device (2F) is installed at the corner of the square turbine outer box to save and use liquid metal. Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Turbine blade cross section (4X) double turbine multiple drive short time coalescence engine injection part (78S) large injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) is driven with right angled square turbine outer box at right angle A directional alternating turbine + + A warming and increasing sphere raising device (2F) is installed at the corner of the square turbine outer box to save and use liquid metal. Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Turbine blade cross section (4X) 3 times turbine multiple drive short time coalescence engine injection part (78S) large injection propulsion output liquid metal solar engine + horizontal axis (1h) with right angle square turbine outer box drive and rotate A directional alternating turbine + + A warming and increasing sphere raising device (2F) is installed at the corner of the square turbine outer box to save and use liquid metal. Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Turbine blade cross section (4X) quadruple turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar engine + horizontal axis (1h) with right angle square turbine outer box driven to rotate Directional alternating turbine + + warming and increasing ball lifting device (2F) is installed at the corner of the square turbine outer box to save and use the liquid metal + use the intake air path length lens and sunlight to produce hot and cold heat + fully automatic processing Various energy storage cycle coalescing engines in which the turbine blade group is made into a fitting bolt assembly turbine with the same diameter and shape of each turbine as possible.   Turbine blade cross section (4X) 5 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) with right angle square turbine outer box driven to rotate Directional alternating turbine + + warming and increasing ball lifting device (2F) is installed at the corner of the square turbine outer box to save and use the liquid metal + use the intake air path length lens and sunlight to produce hot and cold heat + fully automatic processing Various energy storage cycle coalescing engines, with the blades of the turbine capable of being used as a fitting bolt assembly turbine with the same diameter and shape of each paragraph.   Turbine blade cross section (4X) 6 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle Alternate heat insulation turbine + Insulation increase ball riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Intake air path length lens and sunlight to produce hot and cold heat + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Turbine blade cross section (4X) 7 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) to make large injection propulsion output right angle square turbine outer box at right angle Alternate heat insulation turbine + Insulation increase ball riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Intake air path length lens and sunlight to produce hot and cold heat + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Turbine blade cross section (4X) 8 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Alternate heat insulation turbine + Insulation increase ball riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Intake air path length lens and sunlight to produce hot and cold heat + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Turbine blade cross section (4X) 9 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle Alternate heat insulation turbine + Insulation sphere riser (2F) is installed at the corner of the square turbine outer box, and liquid metal is raised and used for storage + Inlet air path length lens and solar heating / cooling production + Fully automatic processing Various energy storage cycle coalescing engines in which the turbine blade group is made into a fitting bolt assembly turbine with the same diameter and shape of each turbine as possible.   Turbine blade cross-section (4X) 10 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Alternate heat insulation turbine + Insulation sphere riser (2F) is installed at the corner of the square turbine outer box, and liquid metal is raised and used for storage + Inlet air path length lens and solar heating / cooling production + Fully automatic processing Various energy storage cycle coalescing engines, with the blades of the turbine capable of being used as a fitting bolt assembly turbine with the same diameter and shape of each paragraph.   Turbine blade cross section (4X) 11 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) with a square turbine outer box at right angles Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Intake air path length lens and use of solar energy for heating and cooling + Various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 12 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Intake air path length lens and use of solar energy for heating and cooling + Various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 13 times turbine multiple drive short time combined engine injection part (78S) large injection propulsion output liquid metal solar heat engine + horizontal axis (1h) with right angled square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Intake air path length lens and use of solar energy for heating and cooling + Various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross-section (4X) 14 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Intake air path length lens and solar heating / cooling production + Fully automatic machining possible Turbine blade group with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 15 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Intake air path length lens and use of sunlight for heating and cooling production + Various energy conservation cycle coalescing engine with fully automatic machining turbine blade group with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross-section (4X) 16 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) with a square turbine outer box at right angles The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Environmental energy storage cycle coalescence engine that uses turbines with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 17 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Environmental energy storage cycle coalescence engine that uses turbines with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 18 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Environmental energy storage cycle coalescence engine that uses turbines with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 19 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Use of intake air path length lens and solar heating / cooling manufacturing + Fully automatic processing of turbine blades with the same diameter and shape of each stage as a fitting bolt assembly turbine for various energy storage cycles Combined organization.   Turbine blade cross section (4X) 20 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Use of intake air path length lens and solar heating / cooling manufacturing + Fully automatic machining of turbine blades with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine Cycle coalescence engine.   Turbine blade cross section (4X) 21 times the turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine that makes large injection propulsion output + power increase sphere (2E) is accelerated turbine driven downward by gravitational acceleration + Various aircrafts are driven by a combined engine injection part (78S) injection driving force + A warming-increasing sphere raising device (2F) is installed at the corner of the outer corner of the square turbine, and the liquid metal is raised and used for storage + Intake air path length lens and the sun Various energy storage cycle coalescence engine which uses turbines and blades of turbines with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 22 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) is accelerated downward by gravity acceleration to drive turbine + Various aircrafts are driven by a combined engine injection part (78S) injection driving force + A warming-increasing sphere raising device (2F) is installed at the corner of the outer corner of the square turbine, and the liquid metal is raised and used for storage + Intake air path length lens and the sun Various energy storage cycle coalescence engine which uses turbines and blades of turbines with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 23 times turbine multiple drive short-time coalescence engine injection part (78S) high injection propulsion output liquid metal solar thermal engine + output increasing sphere (2E) is accelerated downward by gravity acceleration turbine drive + Various aircrafts are driven by a combined engine injection part (78S) injection driving force + A warming-increasing sphere raising device (2F) is installed at the corner of the outer corner of the square turbine, and the liquid metal is raised and used for storage + Intake air path length lens and the sun Various energy storage cycle coalescence engine which uses turbines and blades of turbines with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 24 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase ball (2E) to accelerate turbine drive downward by gravitational acceleration + Various aircrafts are driven by a combined engine injection part (78S) injection driving force + A warming-increasing sphere raising device (2F) is installed at the corner of the outer corner of the square turbine, and the liquid metal is raised and used for storage + Intake air path length lens and the sun Various energy storage cycle coalescence engines that use turbines and blades with the same diameter and the same shape for each stage to make fully automatic processing possible.   Turbine blade cross section (4X) 25 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate turbine drive downward by gravitational acceleration + Various aircrafts are driven by a combined engine injection part (78S) injection driving force + A warming-increasing sphere raising device (2F) is installed at the corner of the outer corner of the square turbine, and the liquid metal is raised and used for storage + Intake air path length lens and the sun Various energy storage cycle coalescence engines that use turbines and blades of the same diameter and the same shape for each stage as a group of turbine blades that can be used for light / hot / cool manufacturing and can be fully automated.   Turbine blade cross section (4X) double turbine multiple drive short time coalescence engine injection part (78S) large injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) is driven with right angled square turbine outer box at right angle Inverted turbines + Intake air path length lens and solar heating / cooling manufacturing + Insulating air path length lens with a warming and increasing ball raising device (2F) installed at the corner of the square turbine outer box Combined with various energy storage cycle engines, the turbine blades of the turbine are used with the same diameter and the same shape for each paragraph, and the fitting bolt assembly turbine is used.   Turbine blade cross section (4X) 3 times turbine multiple drive short time coalescence engine injection part (78S) large injection propulsion output liquid metal solar engine + horizontal axis (1h) with right angle square turbine outer box drive and rotate Inverted turbines + Intake air path length lens and solar heating / cooling manufacturing + Insulating air path length lens with a warming and increasing ball raising device (2F) installed at the corner of the square turbine outer box Combined with various energy storage cycle engines, the turbine blades of the turbine are used with the same diameter and the same shape for each paragraph, and the fitting bolt assembly turbine is used.   Turbine blade cross section (4X) quadruple turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar engine + horizontal axis (1h) with right angle square turbine outer box driven to rotate Inverted turbines + Intake air path length lens and solar heating / cooling manufacturing + Insulating air path length lens with a warming and increasing ball raising device (2F) installed at the corner of the square turbine outer box Combined with various energy storage cycle engines, the turbine blades of the turbine are used with the same diameter and the same shape for each paragraph, and the fitting bolt assembly turbine is used.   Turbine blade cross section (4X) 5 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) with right angle square turbine outer box driven to rotate Inverted turbines + Intake air path length lens and solar heating / cooling manufacturing + Insulating air path length lens with a warming and increasing ball raising device (2F) installed at the corner of the square turbine outer box Combined with various energy storage cycle engines, the turbine blades are of the same diameter and the same shape for each stage and are fitted with a bolt assembly turbine.   Turbine blade cross section (4X) 6 times turbine multiple drive short time coalescence engine injection part (78S) high injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) is driven with right angled square turbine outer box and rotated Inverted turbines + Intake air path length lens and solar heating / cooling manufacturing + Insulating air path length lens with a warming and increasing ball raising device (2F) installed at the corner of the square turbine outer box Combined with various energy conservation cycle engines, the turbine blades of the turbine that can be used for heating and cooling with sunlight and full-automatic machining can be made into a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine blade cross section (4X) 7 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) to make large injection propulsion output right angle square turbine outer box at right angle Alternate heat insulation turbine + Insulation increase ball riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Intake air path length lens and sunlight to produce hot and cold heat + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Turbine blade cross section (4X) 8 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Alternate heat insulation turbine + Insulation increase ball riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Intake air path length lens and sunlight to produce hot and cold heat + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Turbine blade cross section (4X) 9 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle Alternate heat insulation turbine + Insulation increase ball riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Intake air path length lens and sunlight to produce hot and cold heat + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Turbine blade cross-section (4X) 10 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Alternate heat insulation turbine + Insulation sphere riser (2F) is installed at the corner of the square turbine outer box, and liquid metal is raised and used for storage + Inlet air path length lens and solar heating / cooling production + Fully automatic processing Various energy storage cycle coalescing engines in which the turbine blade group is made into a fitting bolt assembly turbine with the same diameter and shape of each turbine as possible.   Turbine blade cross section (4X) 11 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) with a square turbine outer box at right angles Alternate heat insulation turbine + Insulation sphere riser (2F) is installed at the corner of the square turbine outer box, and liquid metal is raised and used for storage + Inlet air path length lens and solar heating / cooling production + Fully automatic processing Various energy storage cycle coalescing engines, with the blades of the turbine capable of being used as a fitting bolt assembly turbine with the same diameter and shape of each paragraph.   Turbine blade cross section (4X) 12 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Intake air path length lens and use of solar energy for heating and cooling + Various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 13 times turbine multiple drive short time combined engine injection part (78S) large injection propulsion output liquid metal solar heat engine + horizontal axis (1h) with right angled square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Intake air path length lens and use of solar energy for heating and cooling + Various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross-section (4X) 14 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Intake air path length lens and use of solar energy for heating and cooling + Various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 15 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Intake air path length lens and solar heating / cooling production + Fully automatic machining possible Turbine blade group with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross-section (4X) 16 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) with a square turbine outer box at right angles Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Intake air path length lens and use of sunlight for heating and cooling production + Various energy conservation cycle coalescing engine with fully automatic machining turbine blade group with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 17 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Environmental energy storage cycle coalescence engine that uses turbines with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 18 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Environmental energy storage cycle coalescence engine that uses turbines with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 19 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Environmental energy storage cycle coalescence engine that uses turbines with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 20 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Use of intake air path length lens and solar heating / cooling manufacturing + Fully automatic processing of turbine blades with the same diameter and shape of each stage as a fitting bolt assembly turbine for various energy storage cycles Combined organization.   Turbine blade cross section (4X) 21 times the turbine multiple drive short-time coalescence engine injection section (78S) large injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) equipped with a rectangular turbine outer box at right angles and rotating direction The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Use of intake air path length lens and solar heating / cooling manufacturing + Fully automatic machining of turbine blades with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine Cycle coalescence engine.   Turbine blade cross section (4X) 22 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) is accelerated downward by gravity acceleration to drive turbine + Various aircrafts are driven by a combined engine injection part (78S) injection driving force + A warming-increasing sphere raising device (2F) is installed at the corner of the outer corner of the square turbine, and the liquid metal is raised and used for storage + Intake air path length lens and the sun Various energy storage cycle coalescence engine which uses turbines and blades of turbines with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 23 times turbine multiple drive short-time coalescence engine injection part (78S) high injection propulsion output liquid metal solar thermal engine + output increasing sphere (2E) is accelerated downward by gravity acceleration turbine drive + Various aircrafts are driven by a combined engine injection part (78S) injection driving force + A warming-increasing sphere raising device (2F) is installed at the corner of the outer corner of the square turbine, and the liquid metal is raised and used for storage + Intake air path length lens and the sun Various energy storage cycle coalescence engine which uses turbines and blades of turbines with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 24 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase ball (2E) to accelerate turbine drive downward by gravitational acceleration + Various aircrafts are driven by a combined engine injection part (78S) injection driving force + A warming-increasing sphere raising device (2F) is installed at the corner of the outer corner of the square turbine, and the liquid metal is raised and used for storage + Intake air path length lens and the sun Various energy storage cycle coalescence engine which uses turbines and blades of turbines with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 25 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate turbine drive downward by gravitational acceleration + Various aircrafts are driven by a combined engine injection part (78S) injection driving force + A warming-increasing sphere raising device (2F) is installed at the corner of the outer corner of the square turbine, and the liquid metal is raised and used for storage + Intake air path length lens and the sun Various energy storage cycle coalescence engines that use turbines and blades with the same diameter and the same shape for each stage to make fully automatic processing possible.   Turbine blade cross section (4X) double turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine that makes large injection propulsion output + power increase sphere (2E) is accelerated downward by gravity acceleration to drive turbine + Various aircrafts are driven by a combined engine injection part (78S) injection driving force + A warming-increasing sphere raising device (2F) is installed at the corner of the outer corner of the square turbine, and the liquid metal is raised and used for storage + Intake air path length lens and the sun Various energy storage cycle coalescence engines that use turbines and blades of the same diameter and the same shape for each stage as a group of turbine blades that can be used for light / hot / cool manufacturing and can be fully automated.   Turbine blade cross section (4X) 3 times turbine multiple drive short time coalescence engine injection part (78S) large injection propulsion output liquid metal solar engine + horizontal axis (1h) with right angle square turbine outer box drive and rotate Inverted turbines + Intake air path length lens and solar heating / cooling manufacturing + Insulating air path length lens with a warming and increasing ball raising device (2F) installed at the corner of the square turbine outer box Combined with various energy storage cycle engines, the turbine blades of the turbine are used with the same diameter and the same shape for each paragraph, and the fitting bolt assembly turbine is used.   Turbine blade cross section (4X) quadruple turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar engine + horizontal axis (1h) with right angle square turbine outer box driven to rotate Inverted turbines + Intake air path length lens and solar heating / cooling manufacturing + Insulating air path length lens with a warming and increasing ball raising device (2F) installed at the corner of the square turbine outer box Combined with various energy storage cycle engines, the turbine blades of the turbine are used with the same diameter and the same shape for each paragraph, and the fitting bolt assembly turbine is used.   Turbine blade cross section (4X) 5 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) with right angle square turbine outer box driven to rotate Inverted turbines + Intake air path length lens and solar heating / cooling manufacturing + Insulating air path length lens with a warming and increasing ball raising device (2F) installed at the corner of the square turbine outer box Combined with various energy storage cycle engines, the turbine blades of the turbine are used with the same diameter and the same shape for each paragraph, and the fitting bolt assembly turbine is used.   Turbine blade cross section (4X) 6 times turbine multiple drive short time coalescence engine injection part (78S) high injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) is driven with right angled square turbine outer box and rotated Inverted turbines + Intake air path length lens and solar heating / cooling manufacturing + Insulating air path length lens with a warming and increasing ball raising device (2F) installed at the corner of the square turbine outer box Combined with various energy storage cycle engines, the turbine blades are of the same diameter and the same shape for each stage and are fitted with a bolt assembly turbine.   Turbine blade cross section (4X) 7 times turbine multiple drive short-time coalescence engine injection part (78S) high injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) with right angle square turbine casing right angle driven to rotate Inverted turbines + Intake air path length lens and solar heating / cooling manufacturing + Insulating air path length lens with a warming and increasing ball raising device (2F) installed at the corner of the square turbine outer box Combined with various energy conservation cycle engines, the turbine blades of the turbine that can be used for heating and cooling with sunlight and full-automatic machining can be made into a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine blade cross section (4X) 8 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Alternate heat insulation turbine + Insulation increase ball riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Intake air path length lens and sunlight to produce hot and cold heat + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Turbine blade cross section (4X) 9 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle Alternate heat insulation turbine + Insulation increase ball riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Intake air path length lens and sunlight to produce hot and cold heat + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Turbine blade cross-section (4X) 10 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Alternate heat insulation turbine + Insulation increase ball riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Intake air path length lens and sunlight to produce hot and cold heat + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Turbine blade cross section (4X) 11 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) with a square turbine outer box at right angles Alternate heat insulation turbine + Insulation sphere riser (2F) is installed at the corner of the square turbine outer box, and liquid metal is raised and used for storage + Inlet air path length lens and solar heating / cooling production + Fully automatic processing Various energy storage cycle coalescing engines in which the turbine blade group is made into a fitting bolt assembly turbine with the same diameter and shape of each turbine as possible.   Turbine blade cross section (4X) 12 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Alternate heat insulation turbine + Insulation sphere riser (2F) is installed at the corner of the square turbine outer box, and liquid metal is raised and used for storage + Inlet air path length lens and solar heating / cooling production + Fully automatic processing Various energy storage cycle coalescing engines, with the blades of the turbine capable of being used as a fitting bolt assembly turbine with the same diameter and shape of each paragraph.   Turbine blade cross section (4X) 13 times turbine multiple drive short time combined engine injection part (78S) large injection propulsion output liquid metal solar heat engine + horizontal axis (1h) with right angled square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Intake air path length lens and use of solar energy for heating and cooling + Various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross-section (4X) 14 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Intake air path length lens and use of solar energy for heating and cooling + Various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 15 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Intake air path length lens and use of solar energy for heating and cooling + Various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross-section (4X) 16 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) with a square turbine outer box at right angles Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Intake air path length lens and solar heating / cooling production + Fully automatic machining possible Turbine blade group with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 17 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Intake air path length lens and use of sunlight for heating and cooling production + Various energy conservation cycle coalescing engine with fully automatic machining turbine blade group with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 18 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Environmental energy storage cycle coalescence engine that uses turbines with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 19 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Environmental energy storage cycle coalescence engine that uses turbines with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 20 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Environmental energy storage cycle coalescence engine that uses turbines with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 21 times the turbine multiple drive short-time coalescence engine injection section (78S) large injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) equipped with a rectangular turbine outer box at right angles and rotating direction The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Use of intake air path length lens and solar heating / cooling manufacturing + Fully automatic processing of turbine blades with the same diameter and shape of each stage as a fitting bolt assembly turbine for various energy storage cycles Combined organization.   Turbine blade cross section (4X) 22 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) with square turbine outer box at right angles The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Use of intake air path length lens and solar heating / cooling manufacturing + Fully automatic machining of turbine blades with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine Cycle coalescence engine.   Turbine blade cross section (4X) 23 times turbine multiple drive short-time coalescence engine injection part (78S) high injection propulsion output liquid metal solar thermal engine + output increasing sphere (2E) is accelerated downward by gravity acceleration turbine drive + Various aircrafts are driven by a combined engine injection part (78S) injection driving force + A warming-increasing sphere raising device (2F) is installed at the corner of the outer corner of the square turbine, and the liquid metal is raised and used for storage + Intake air path length lens and the sun Various energy storage cycle coalescence engine which uses turbines and blades of turbines with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 24 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase ball (2E) to accelerate turbine drive downward by gravitational acceleration + Various aircrafts are driven by a combined engine injection part (78S) injection driving force + A warming-increasing sphere raising device (2F) is installed at the corner of the outer corner of the square turbine, and the liquid metal is raised and used for storage + Intake air path length lens and the sun Various energy storage cycle coalescence engine which uses turbines and blades of turbines with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 25 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate turbine drive downward by gravitational acceleration + Various aircrafts are driven by a combined engine injection part (78S) injection driving force + A warming-increasing sphere raising device (2F) is installed at the corner of the outer corner of the square turbine, and the liquid metal is raised and used for storage + Intake air path length lens and the sun Various energy storage cycle coalescence engine which uses turbines and blades of turbines with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) double turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine that makes large injection propulsion output + power increase sphere (2E) is accelerated downward by gravity acceleration to drive turbine + Various aircrafts are driven by a combined engine injection part (78S) injection driving force + A warming-increasing sphere raising device (2F) is installed at the corner of the outer corner of the square turbine, and the liquid metal is raised and used for storage + Intake air path length lens and the sun Various energy storage cycle coalescence engines that use turbines and blades with the same diameter and the same shape for each stage to make fully automatic processing possible.   Turbine blade cross section (4X) 3 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate turbine drive downward by gravitational acceleration + Various aircrafts are driven by a combined engine injection part (78S) injection driving force + A warming-increasing sphere raising device (2F) is installed at the corner of the outer corner of the square turbine, and the liquid metal is raised and used for storage + Intake air path length lens and the sun Various energy storage cycle coalescence engines that use turbines and blades of the same diameter and the same shape for each stage as a group of turbine blades that can be used for light / hot / cool manufacturing and can be fully automated.   Turbine blade cross section (4X) quadruple turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar engine + horizontal axis (1h) with right angle square turbine outer box driven to rotate Inverted turbines + Intake air path length lens and solar heating / cooling manufacturing + Insulating air path length lens with a warming and increasing ball raising device (2F) installed at the corner of the square turbine outer box Combined with various energy storage cycle engines, the turbine blades of the turbine are used with the same diameter and the same shape for each paragraph, and the fitting bolt assembly turbine is used.   Turbine blade cross section (4X) 5 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) with right angle square turbine outer box driven to rotate Inverted turbines + Intake air path length lens and solar heating / cooling manufacturing + Insulating air path length lens with a warming and increasing ball raising device (2F) installed at the corner of the square turbine outer box Combined with various energy storage cycle engines, the turbine blades of the turbine are used with the same diameter and the same shape for each paragraph, and the fitting bolt assembly turbine is used.   Turbine blade cross section (4X) 6 times turbine multiple drive short time coalescence engine injection part (78S) high injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) is driven with right angled square turbine outer box and rotated Inverted turbines + Intake air path length lens and solar heating / cooling manufacturing + Insulating air path length lens with a warming and increasing ball raising device (2F) installed at the corner of the square turbine outer box Combined with various energy storage cycle engines, the turbine blades of the turbine are used with the same diameter and the same shape for each paragraph, and the fitting bolt assembly turbine is used.   Turbine blade cross section (4X) 7 times turbine multiple drive short-time coalescence engine injection part (78S) high injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) with right angle square turbine casing right angle driven to rotate Inverted turbines + Intake air path length lens and solar heating / cooling manufacturing + Insulating air path length lens with a warming and increasing ball raising device (2F) installed at the corner of the square turbine outer box Combined with various energy storage cycle engines, the turbine blades are of the same diameter and the same shape for each stage and are fitted with a bolt assembly turbine.   Turbine blade cross section (4X) 8 times turbine multiple drive short-time coalescence engine injection part (78S) high injection propulsion output liquid metal solar engine + horizontal axis (1h) equipped with right angled square turbine outer box and driven to rotate Inverted turbines + Intake air path length lens and solar heating / cooling manufacturing + Insulating air path length lens with a warming and increasing ball raising device (2F) installed at the corner of the square turbine outer box Combined with various energy conservation cycle engines, the turbine blades of the turbine that can be used for heating and cooling with sunlight and full-automatic machining can be made into a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine blade cross section (4X) 9 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle Alternate heat insulation turbine + Insulation increase ball riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Intake air path length lens and sunlight to produce hot and cold heat + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Turbine blade cross-section (4X) 10 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Alternate heat insulation turbine + Insulation increase ball riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Intake air path length lens and sunlight to produce hot and cold heat + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Turbine blade cross section (4X) 11 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) with a square turbine outer box at right angles Alternate heat insulation turbine + Insulation increase ball riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Intake air path length lens and sunlight to produce hot and cold heat + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Turbine blade cross section (4X) 12 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Alternate heat insulation turbine + Insulation sphere riser (2F) is installed at the corner of the square turbine outer box, and liquid metal is raised and used for storage + Inlet air path length lens and solar heating / cooling production + Fully automatic processing Various energy storage cycle coalescing engines in which the turbine blade group is made into a fitting bolt assembly turbine with the same diameter and shape of each turbine as possible.   Turbine blade cross section (4X) 13 times turbine multiple drive short time combined engine injection part (78S) large injection propulsion output liquid metal solar heat engine + horizontal axis (1h) with right angled square turbine outer box at right angle Alternate heat insulation turbine + Insulation sphere riser (2F) is installed at the corner of the square turbine outer box, and liquid metal is raised and used for storage + Inlet air path length lens and solar heating / cooling production + Fully automatic processing Various energy storage cycle coalescing engines, with the blades of the turbine capable of being used as a fitting bolt assembly turbine with the same diameter and shape of each paragraph.   Turbine blade cross-section (4X) 14 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Intake air path length lens and use of solar energy for heating and cooling + Various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 15 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Intake air path length lens and use of solar energy for heating and cooling + Various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross-section (4X) 16 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) with a square turbine outer box at right angles Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Intake air path length lens and use of solar energy for heating and cooling + Various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 17 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Intake air path length lens and solar heating / cooling production + Fully automatic machining possible Turbine blade group with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 18 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Intake air path length lens and use of sunlight for heating and cooling production + Various energy conservation cycle coalescing engine with fully automatic machining turbine blade group with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 19 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Environmental energy storage cycle coalescence engine that uses turbines with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 20 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Environmental energy storage cycle coalescence engine that uses turbines with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 21 times the turbine multiple drive short-time coalescence engine injection section (78S) large injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) equipped with a rectangular turbine outer box at right angles and rotating direction The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Environmental energy storage cycle coalescence engine that uses turbines with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 22 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) with square turbine outer box at right angles The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Use of intake air path length lens and solar heating / cooling manufacturing + Fully automatic processing of turbine blades with the same diameter and shape of each stage as a fitting bolt assembly turbine for various energy storage cycles Combined organization.   Turbine blade cross section (4X) 23 times turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) with square turbine outer box at right angle and rotating direction The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Use of intake air path length lens and solar heating / cooling manufacturing + Fully automatic machining of turbine blades with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine Cycle coalescence engine.   Turbine blade cross section (4X) 24 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase ball (2E) to accelerate turbine drive downward by gravitational acceleration + Various aircrafts are driven by a combined engine injection part (78S) injection driving force + A warming-increasing sphere raising device (2F) is installed at the corner of the outer corner of the square turbine, and the liquid metal is raised and used for storage + Intake air path length lens and the sun Various energy storage cycle coalescence engine which uses turbines and blades of turbines with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 25 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate turbine drive downward by gravitational acceleration + Various aircrafts are driven by a combined engine injection part (78S) injection driving force + A warming-increasing sphere raising device (2F) is installed at the corner of the outer corner of the square turbine, and the liquid metal is raised and used for storage + Intake air path length lens and the sun Various energy storage cycle coalescence engine which uses turbines and blades of turbines with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) double turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine that makes large injection propulsion output + power increase sphere (2E) is accelerated downward by gravity acceleration to drive turbine + Various aircrafts are driven by a combined engine injection part (78S) injection driving force + A warming-increasing sphere raising device (2F) is installed at the corner of the outer corner of the square turbine, and the liquid metal is raised and used for storage + Intake air path length lens and the sun Various energy storage cycle coalescence engine which uses turbines and blades of turbines with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 3 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate turbine drive downward by gravitational acceleration + Various aircrafts are driven by a combined engine injection part (78S) injection driving force + A warming-increasing sphere raising device (2F) is installed at the corner of the outer corner of the square turbine, and the liquid metal is raised and used for storage + Intake air path length lens and the sun Various energy storage cycle coalescence engines that use turbines and blades with the same diameter and the same shape for each stage to make fully automatic processing possible.   Turbine blade cross section (4X) quadruple turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increasing sphere (2E) to accelerate turbine drive downward with gravitational acceleration + Various aircrafts are driven by a combined engine injection part (78S) injection driving force + A warming-increasing sphere raising device (2F) is installed at the corner of the outer corner of the square turbine, and the liquid metal is raised and used for storage + Intake air path length lens and the sun Various energy storage cycle coalescence engines that use turbines and blades of the same diameter and the same shape for each stage as a group of turbine blades that can be used for light / hot / cool manufacturing and can be fully automated.   Turbine blade cross section (4X) 5 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) with right angle square turbine outer box driven to rotate Inverted turbines + Intake air path length lens and solar heating / cooling manufacturing + Insulating air path length lens with a warming and increasing ball raising device (2F) installed at the corner of the square turbine outer box Combined with various energy storage cycle engines, the turbine blades of the turbine are used with the same diameter and the same shape for each paragraph, and the fitting bolt assembly turbine is used.   Turbine blade cross section (4X) 6 times turbine multiple drive short time coalescence engine injection part (78S) high injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) is driven with right angled square turbine outer box and rotated Inverted turbines + Intake air path length lens and solar heating / cooling manufacturing + Insulating air path length lens with a warming and increasing ball raising device (2F) installed at the corner of the square turbine outer box Combined with various energy storage cycle engines, the turbine blades of the turbine are used with the same diameter and the same shape for each paragraph, and the fitting bolt assembly turbine is used.   Turbine blade cross section (4X) 7 times turbine multiple drive short-time coalescence engine injection part (78S) high injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) with right angle square turbine casing right angle driven to rotate Inverted turbines + Intake air path length lens and solar heating / cooling manufacturing + Insulating air path length lens with a warming and increasing ball raising device (2F) installed at the corner of the square turbine outer box Combined with various energy storage cycle engines, the turbine blades of the turbine are used with the same diameter and the same shape for each paragraph, and the fitting bolt assembly turbine is used.   Turbine blade cross section (4X) 8 times turbine multiple drive short-time coalescence engine injection part (78S) high injection propulsion output liquid metal solar engine + horizontal axis (1h) equipped with right angled square turbine outer box and driven to rotate Inverted turbines + Intake air path length lens and solar heating / cooling manufacturing + Insulating air path length lens with a warming and increasing ball raising device (2F) installed at the corner of the square turbine outer box Combined with various energy storage cycle engines, the turbine blades are of the same diameter and the same shape for each stage and are fitted with a bolt assembly turbine.   Turbine blade cross section (4X) 9 times turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) is driven with right angled square outer casing drive and rotate Inverted turbines + Intake air path length lens and solar heating / cooling manufacturing + Insulating air path length lens with a warming and increasing ball raising device (2F) installed at the corner of the square turbine outer box Combined with various energy conservation cycle engines, the turbine blades of the turbine that can be used for heating and cooling with sunlight and full-automatic machining can be made into a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine blade cross-section (4X) 10 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Alternate heat insulation turbine + Insulation increase ball riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Intake air path length lens and sunlight to produce hot and cold heat + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Turbine blade cross section (4X) 11 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) with a square turbine outer box at right angles Alternate heat insulation turbine + Insulation increase ball riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Intake air path length lens and sunlight to produce hot and cold heat + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Turbine blade cross section (4X) 12 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Alternate heat insulation turbine + Insulation increase ball riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Intake air path length lens and sunlight to produce hot and cold heat + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Turbine blade cross section (4X) 13 times turbine multiple drive short time combined engine injection part (78S) large injection propulsion output liquid metal solar heat engine + horizontal axis (1h) with right angled square turbine outer box at right angle Alternate heat insulation turbine + Insulation sphere riser (2F) is installed at the corner of the square turbine outer box, and liquid metal is raised and used for storage + Inlet air path length lens and solar heating / cooling production + Fully automatic processing Various energy storage cycle coalescing engines in which the turbine blade group is made into a fitting bolt assembly turbine with the same diameter and shape of each turbine as possible.   Turbine blade cross-section (4X) 14 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle Alternate heat insulation turbine + Insulation sphere riser (2F) is installed at the corner of the square turbine outer box, and liquid metal is raised and used for storage + Inlet air path length lens and solar heating / cooling production + Fully automatic processing Various energy storage cycle coalescing engines, with the blades of the turbine capable of being used as a fitting bolt assembly turbine with the same diameter and shape of each paragraph.   Turbine blade cross section (4X) 15 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Intake air path length lens and use of solar energy for heating and cooling + Various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross-section (4X) 16 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) with a square turbine outer box at right angles Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Intake air path length lens and use of solar energy for heating and cooling + Various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 17 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Intake air path length lens and use of solar energy for heating and cooling + Various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 18 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Intake air path length lens and solar heating / cooling production + Fully automatic machining possible Turbine blade group with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 19 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Intake air path length lens and use of sunlight for heating and cooling production + Various energy conservation cycle coalescing engine with fully automatic machining turbine blade group with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 20 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Environmental energy storage cycle coalescence engine that uses turbines with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 21 times the turbine multiple drive short-time coalescence engine injection section (78S) large injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) equipped with a rectangular turbine outer box at right angles and rotating direction The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Environmental energy storage cycle coalescence engine that uses turbines with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 22 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) with square turbine outer box at right angles The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Environmental energy storage cycle coalescence engine that uses turbines with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 23 times turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) with square turbine outer box at right angle and rotating direction The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Use of intake air path length lens and solar heating / cooling manufacturing + Fully automatic processing of turbine blades with the same diameter and shape of each stage as a fitting bolt assembly turbine for various energy storage cycles Combined organization.   Turbine blade cross-section (4X) 24 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Use of intake air path length lens and solar heating / cooling manufacturing + Fully automatic machining of turbine blades with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine Cycle coalescence engine.   Turbine blade cross section (4X) 25 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate turbine drive downward by gravitational acceleration + Various aircrafts are driven by a combined engine injection part (78S) injection driving force + A warming-increasing sphere raising device (2F) is installed at the corner of the outer corner of the square turbine, and the liquid metal is raised and used for storage + Intake air path length lens and the sun Various energy storage cycle coalescence engine which uses turbines and blades of turbines with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) double turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine that makes large injection propulsion output + power increase sphere (2E) is accelerated downward by gravity acceleration to drive turbine + Various aircrafts are driven by a combined engine injection part (78S) injection driving force + A warming-increasing sphere raising device (2F) is installed at the corner of the outer corner of the square turbine, and the liquid metal is raised and used for storage + Intake air path length lens and the sun Various energy storage cycle coalescence engine which uses turbines and blades of turbines with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 3 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate turbine drive downward by gravitational acceleration + Various aircrafts are driven by a combined engine injection part (78S) injection driving force + A warming-increasing sphere raising device (2F) is installed at the corner of the outer corner of the square turbine, and the liquid metal is raised and used for storage + Intake air path length lens and the sun Various energy storage cycle coalescence engine which uses turbines and blades of turbines with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) quadruple turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increasing sphere (2E) to accelerate turbine drive downward with gravitational acceleration + Various aircrafts are driven by a combined engine injection part (78S) injection driving force + A warming-increasing sphere raising device (2F) is installed at the corner of the outer corner of the square turbine, and the liquid metal is raised and used for storage + Intake air path length lens and the sun Various energy storage cycle coalescence engines that use turbines and blades with the same diameter and the same shape for each stage to make fully automatic processing possible.   Turbine blade cross section (4X) 5 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate turbine drive downward by gravitational acceleration + Various aircrafts are driven by a combined engine injection part (78S) injection driving force + A warming-increasing sphere raising device (2F) is installed at the corner of the outer corner of the square turbine, and the liquid metal is raised and used for storage + Intake air path length lens and the sun Various energy storage cycle coalescence engines that use turbines and blades of the same diameter and the same shape for each stage as a group of turbine blades that can be used for light / hot / cool manufacturing and can be fully automated.   Turbine blade cross section (4X) 6 times turbine multiple drive short time coalescence engine injection part (78S) high injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) is driven with right angled square turbine outer box and rotated Inverted turbines + Intake air path length lens and solar heating / cooling manufacturing + Insulating air path length lens with a warming and increasing ball raising device (2F) installed at the corner of the square turbine outer box Combined with various energy storage cycle engines, the turbine blades of the turbine are used with the same diameter and the same shape for each paragraph, and the fitting bolt assembly turbine is used.   Turbine blade cross section (4X) 7 times turbine multiple drive short-time coalescence engine injection part (78S) high injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) with right angle square turbine casing right angle driven to rotate Inverted turbines + Intake air path length lens and solar heating / cooling manufacturing + Insulating air path length lens with a warming and increasing ball raising device (2F) installed at the corner of the square turbine outer box Combined with various energy storage cycle engines, the turbine blades of the turbine are used with the same diameter and the same shape for each paragraph, and the fitting bolt assembly turbine is used.   Turbine blade cross section (4X) 8 times turbine multiple drive short-time coalescence engine injection part (78S) high injection propulsion output liquid metal solar engine + horizontal axis (1h) equipped with right angled square turbine outer box drive and rotate Inverted turbines + Intake air path length lens and solar heating / cooling manufacturing + Insulating air path length lens with a warming and increasing ball raising device (2F) installed at the corner of the square turbine outer box Combined with various energy storage cycle engines, the turbine blades of the turbine are used with the same diameter and the same shape for each paragraph, and the fitting bolt assembly turbine is used.   Turbine blade cross section (4X) 9 times turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) is driven with right angled square outer casing drive and rotate Inverted turbines + Intake air path length lens and solar heating / cooling manufacturing + Insulating air path length lens with a warming and increasing ball raising device (2F) installed at the corner of the square turbine outer box Combined with various energy storage cycle engines, the turbine blades are of the same diameter and the same shape for each stage and are fitted with a bolt assembly turbine.   Turbine blade cross section (4X) 10 times turbine multiple drive short-time coalescence engine injection part (78S) high injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) is driven with right angled square turbine outer box at right angle Inverted turbines + Intake air path length lens and solar heating / cooling manufacturing + Insulating air path length lens with a warming and increasing ball raising device (2F) installed at the corner of the square turbine outer box Combined with various energy conservation cycle engines, the turbine blades of the turbine that can be used for heating and cooling with sunlight and full-automatic machining can be made into a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine blade cross section (4X) 11 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) with a square turbine outer box at right angles Alternate heat insulation turbine + Insulation increase ball riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Intake air path length lens and sunlight to produce hot and cold heat + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Turbine blade cross section (4X) 12 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Alternate heat insulation turbine + Insulation increase ball riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Intake air path length lens and sunlight to produce hot and cold heat + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Turbine blade cross section (4X) 13 times turbine multiple drive short time combined engine injection part (78S) large injection propulsion output liquid metal solar heat engine + horizontal axis (1h) with right angled square turbine outer box at right angle Alternate heat insulation turbine + Insulation increase ball riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Intake air path length lens and sunlight to produce hot and cold heat + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Turbine blade cross-section (4X) 14 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle Alternate heat insulation turbine + Insulation sphere riser (2F) is installed at the corner of the square turbine outer box, and liquid metal is raised and used for storage + Inlet air path length lens and solar heating / cooling production + Fully automatic processing Various energy storage cycle coalescing engines in which the turbine blade group is made into a fitting bolt assembly turbine with the same diameter and shape of each turbine as possible.   Turbine blade cross section (4X) 15 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle Alternate heat insulation turbine + Insulation sphere riser (2F) is installed at the corner of the square turbine outer box, and liquid metal is raised and used for storage + Inlet air path length lens and solar heating / cooling production + Fully automatic processing Various energy storage cycle coalescing engines, with the blades of the turbine capable of being used as a fitting bolt assembly turbine with the same diameter and shape of each paragraph.   Turbine blade cross-section (4X) 16 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) with a square turbine outer box at right angles Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Intake air path length lens and use of solar energy for heating and cooling + Various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 17 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Intake air path length lens and use of solar energy for heating and cooling + Various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 18 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Intake air path length lens and use of solar energy for heating and cooling + Various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 19 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Intake air path length lens and solar heating / cooling production + Fully automatic machining possible Turbine blade group with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 20 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Intake air path length lens and use of sunlight for heating and cooling production + Various energy conservation cycle coalescing engine with fully automatic machining turbine blade group with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 21 times the turbine multiple drive short-time coalescence engine injection section (78S) large injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) equipped with a rectangular turbine outer box at right angles and rotating direction The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Environmental energy storage cycle coalescence engine that uses turbines with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 22 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) with square turbine outer box at right angles The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Environmental energy storage cycle coalescence engine that uses turbines with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 23 times turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) with square turbine outer box at right angle and rotating direction The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Environmental energy storage cycle coalescence engine that uses turbines with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross-section (4X) 24 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Use of intake air path length lens and solar heating / cooling manufacturing + Fully automatic processing of turbine blades with the same diameter and shape of each stage as a fitting bolt assembly turbine for various energy storage cycles Combined organization.   Turbine blade cross section (4X) 25 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Use of intake air path length lens and solar heating / cooling manufacturing + Fully automatic machining of turbine blades with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine Cycle coalescence engine.   Turbine blade cross section (4X) double turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine that makes large injection propulsion output + power increase sphere (2E) is accelerated downward by gravity acceleration to drive turbine + Various aircrafts are driven by a combined engine injection part (78S) injection driving force + A warming-increasing sphere raising device (2F) is installed at the corner of the outer corner of the square turbine, and the liquid metal is raised and used for storage + Intake air path length lens and the sun Various energy storage cycle coalescence engine which uses turbines and blades of turbines with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 3 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate turbine drive downward by gravitational acceleration + Various aircrafts are driven by a combined engine injection part (78S) injection driving force + A warming-increasing sphere raising device (2F) is installed at the corner of the outer corner of the square turbine, and the liquid metal is raised and used for storage + Intake air path length lens and the sun Various energy storage cycle coalescence engine which uses turbines and blades of turbines with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) quadruple turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increasing sphere (2E) to accelerate turbine drive downward with gravitational acceleration + Various aircrafts are driven by a combined engine injection part (78S) injection driving force + A warming-increasing sphere raising device (2F) is installed at the corner of the outer corner of the square turbine, and the liquid metal is raised and used for storage + Intake air path length lens and the sun Various energy storage cycle coalescence engine which uses turbines and blades of turbines with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 5 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate turbine drive downward by gravitational acceleration + Various aircrafts are driven by a combined engine injection part (78S) injection driving force + A warming-increasing sphere raising device (2F) is installed at the corner of the outer corner of the square turbine, and the liquid metal is raised and used for storage + Intake air path length lens and the sun Various energy storage cycle coalescence engines that use turbines and blades with the same diameter and the same shape for each stage to make fully automatic processing possible.   Turbine blade cross section (4X) 6 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate turbine drive downward by gravitational acceleration + Various aircrafts are driven by a combined engine injection part (78S) injection driving force + A warming-increasing sphere raising device (2F) is installed at the corner of the outer corner of the square turbine, and the liquid metal is raised and used for storage + Intake air path length lens and the sun Various energy storage cycle coalescence engines that use turbines and blades of the same diameter and the same shape for each stage as a group of turbine blades that can be used for light / hot / cool manufacturing and can be fully automated.   Turbine blade cross section (4X) 7 times turbine multiple drive short-time coalescence engine injection part (78S) high injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) with right angle square turbine casing right angle driven to rotate Inverted turbines + Intake air path length lens and solar heating / cooling manufacturing + Insulating air path length lens with a warming and increasing ball raising device (2F) installed at the corner of the square turbine outer box Combined with various energy storage cycle engines, the turbine blades of the turbine are used with the same diameter and the same shape for each paragraph, and the fitting bolt assembly turbine is used.   Turbine blade cross section (4X) 8 times turbine multiple drive short-time coalescence engine injection part (78S) high injection propulsion output liquid metal solar engine + horizontal axis (1h) equipped with right angled square turbine outer box and driven to rotate Inverted turbines + Intake air path length lens and solar heating / cooling manufacturing + Insulating air path length lens with a warming and increasing ball raising device (2F) installed at the corner of the square turbine outer box Combined with various energy storage cycle engines, the turbine blades of the turbine are used with the same diameter and the same shape for each paragraph, and the fitting bolt assembly turbine is used.   Turbine blade cross section (4X) 9 times turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) is driven with right angled square outer casing drive and rotate Inverted turbines + Intake air path length lens and solar heating / cooling manufacturing + Insulating air path length lens with a warming and increasing ball raising device (2F) installed at the corner of the square turbine outer box Combined with various energy storage cycle engines, the turbine blades of the turbine are used with the same diameter and the same shape for each paragraph, and the fitting bolt assembly turbine is used.   Turbine blade cross section (4X) 10 times turbine multiple drive short-time coalescence engine injection part (78S) high injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) is driven with right angled square turbine outer box at right angle Inverted turbines + Intake air path length lens and solar heating / cooling manufacturing + Insulating air path length lens with a warming and increasing ball raising device (2F) installed at the corner of the square turbine outer box Combined with various energy storage cycle engines, the turbine blades are of the same diameter and the same shape for each stage and are fitted with a bolt assembly turbine.   Turbine blade cross section (4X) 11 times turbine multiple drive short time coalescence engine injection part (78S) large injection propulsion output liquid metal solar engine + horizontal axis (1h) equipped with right angled square turbine outer box driven and rotated Inverted turbines + Intake air path length lens and solar heating / cooling manufacturing + Insulating air path length lens with a warming and increasing ball raising device (2F) installed at the corner of the square turbine outer box Combined with various energy conservation cycle engines, the turbine blades of the turbine that can be used for heating and cooling with sunlight and full-automatic machining can be made into a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine blade cross section (4X) 12 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Alternate heat insulation turbine + Insulation increase ball riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Intake air path length lens and sunlight to produce hot and cold heat + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Turbine blade cross section (4X) 13 times turbine multiple drive short time combined engine injection part (78S) large injection propulsion output liquid metal solar heat engine + horizontal axis (1h) with right angled square turbine outer box at right angle Alternate heat insulation turbine + Insulation increase ball riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Intake air path length lens and sunlight to produce hot and cold heat + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Turbine blade cross-section (4X) 14 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle Alternate heat insulation turbine + Insulation increase ball riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Intake air path length lens and sunlight to produce hot and cold heat + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Turbine blade cross section (4X) 15 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle Alternate heat insulation turbine + Insulation sphere riser (2F) is installed at the corner of the square turbine outer box, and liquid metal is raised and used for storage + Inlet air path length lens and solar heating / cooling production + Fully automatic processing Various energy storage cycle coalescing engines in which the turbine blade group is made into a fitting bolt assembly turbine with the same diameter and shape of each turbine as possible.   Turbine blade cross-section (4X) 16 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) with a square turbine outer box at right angles Alternate heat insulation turbine + Insulation sphere riser (2F) is installed at the corner of the square turbine outer box, and liquid metal is raised and used for storage + Inlet air path length lens and solar heating / cooling production + Fully automatic processing Various energy storage cycle coalescing engines, with the blades of the turbine capable of being used as a fitting bolt assembly turbine with the same diameter and shape of each paragraph.   Turbine blade cross section (4X) 17 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Intake air path length lens and use of solar energy for heating and cooling + Various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 18 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Intake air path length lens and use of solar energy for heating and cooling + Various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 19 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Intake air path length lens and use of solar energy for heating and cooling + Various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 20 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Intake air path length lens and solar heating / cooling production + Fully automatic machining possible Turbine blade group with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 21 times the turbine multiple drive short-time coalescence engine injection section (78S) large injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) equipped with a rectangular turbine outer box at right angles and rotating direction Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Intake air path length lens and use of sunlight for heating and cooling production + Various energy conservation cycle coalescing engine with fully automatic machining turbine blade group with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 22 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) with square turbine outer box at right angles The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Environmental energy storage cycle coalescence engine that uses turbines with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 23 times turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) with square turbine outer box at right angle and rotating direction The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Environmental energy storage cycle coalescence engine that uses turbines with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross-section (4X) 24 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Environmental energy storage cycle coalescence engine that uses turbines with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 25 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Use of intake air path length lens and solar heating / cooling manufacturing + Fully automatic processing of turbine blades with the same diameter and shape of each stage as a fitting bolt assembly turbine for various energy storage cycles Combined organization.   Turbine blade cross section (4X) double turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) with square turbine outer box at right angle to rotate in the direction of rotation The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Use of intake air path length lens and solar heating / cooling manufacturing + Fully automatic machining of turbine blades with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine Cycle coalescence engine.   Turbine blade cross section (4X) 3 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate turbine drive downward by gravitational acceleration + Various aircrafts are driven by a combined engine injection part (78S) injection driving force + A warming-increasing sphere raising device (2F) is installed at the corner of the outer corner of the square turbine, and the liquid metal is raised and used for storage + Intake air path length lens and the sun Various energy storage cycle coalescence engine which uses turbines and blades of turbines with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) quadruple turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increasing sphere (2E) to accelerate turbine drive downward with gravitational acceleration + Various aircrafts are driven by a combined engine injection part (78S) injection driving force + A warming-increasing sphere raising device (2F) is installed at the corner of the outer corner of the square turbine, and the liquid metal is raised and used for storage + Intake air path length lens and the sun Various energy storage cycle coalescence engine which uses turbines and blades of turbines with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 5 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate turbine drive downward by gravitational acceleration + Various aircrafts are driven by a combined engine injection part (78S) injection driving force + A warming-increasing sphere raising device (2F) is installed at the corner of the outer corner of the square turbine, and the liquid metal is raised and used for storage + Intake air path length lens and the sun Various energy storage cycle coalescence engine which uses turbines and blades of turbines with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 6 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate turbine drive downward by gravitational acceleration + Various aircrafts are driven by a combined engine injection part (78S) injection driving force + A warming-increasing sphere raising device (2F) is installed at the corner of the outer corner of the square turbine, and the liquid metal is raised and used for storage + Intake air path length lens and the sun Various energy storage cycle coalescence engines that use turbines and blades with the same diameter and the same shape for each stage to make fully automatic processing possible.   Turbine blade cross section (4X) 7 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate turbine drive downward by gravitational acceleration + Various aircrafts are driven by a combined engine injection part (78S) injection driving force + A warming-increasing sphere raising device (2F) is installed at the corner of the outer corner of the square turbine, and the liquid metal is raised and used for storage + Intake air path length lens and the sun Various energy storage cycle coalescence engines that use turbines and blades of the same diameter and the same shape for each stage as a group of turbine blades that can be used for light / hot / cool manufacturing and can be fully automated.   Turbine blade cross section (4X) 8 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) acceleration configuration and method + intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of square turbine outer box and liquid metal is raised and used for storage + Heating and cooling production with intake air path length lens and sunlight + Various energy storage cycle coalescence engines with turbine blades set to the same diameter and shape of each stage and fitted bolt assembly turbine.   Turbine blade cross-section (4X) 9 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) acceleration and configuration + method of intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of square turbine outer box and liquid metal is raised and used for storage + Heating and cooling production with intake air path length lens and sunlight + Various energy storage cycle coalescence engines with turbine blades set to the same diameter and shape of each stage and fitted bolt assembly turbine.   Turbine blade cross section (4X) 10 times turbine multiple drive short-time coalescence engine injection part (78S) Large metal propulsion output + liquid metal solar engine + output increase sphere (2E) configuration and method + intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of square turbine outer box and liquid metal is raised and used for storage + Heating and cooling production with intake air path length lens and sunlight + Various energy storage cycle coalescence engines with turbine blades set to the same diameter and shape of each stage and fitted bolt assembly turbine.   Turbine blade cross section (4X) 11 times turbine multiple drive short-time coalescence engine injection part (78S) Large metal propulsion output + liquid metal solar engine + output increase sphere (2E) configuration and method + intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of square turbine outer box and liquid metal is raised and used for storage + Heating and cooling production with intake air path length lens and sunlight + Various energy storage cycle coalescing engines with fully-automatically machined turbine blades, with the same diameter and shape of each paragraph, and a fitting bolt assembly turbine.   Turbine blade cross section (4X) 12 times turbine multiple drive short time combined engine injection part (78S) liquid metal solar engine + power increase sphere (2E) configuration and method to accelerate + injection air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of square turbine outer box and liquid metal is raised and used for storage + Heating and cooling production with intake air path length lens and sunlight + Various energy storage cycle coalescing engines with fully-automatically machined turbine blades and fitting bolt assembly turbines with the same diameter and shape of each paragraph.   Turbine blade cross section (4X) 13 times turbine multiple drive short time combined engine injection part (78S) liquid metal solar engine + power increase sphere (2E) acceleration configuration and method + intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of square turbine outer box and liquid metal is raised and used for storage + Heating and cooling production with intake air path length lens and sunlight + Various energy storage cycle coalescence engines with turbine blades set to the same diameter and shape of each stage and fitted bolt assembly turbine.   Turbine blade cross section (4X) 14 times turbine multiple drive short-time coalescence engine injection section (78S) liquid metal solar engine + power increase ball (2E) acceleration configuration and method + intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of square turbine outer box and liquid metal is raised and used for storage + Heating and cooling production with intake air path length lens and sunlight + Various energy storage cycle coalescence engines with turbine blades set to the same diameter and shape of each stage and fitted bolt assembly turbine.   Turbine blade cross section (4X) 15 times turbine multiple drive short-time coalescence engine injection section (78S) liquid metal solar engine + power increase sphere (2E) acceleration configuration and method + intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of square turbine outer box and liquid metal is raised and used for storage + Heating and cooling production with intake air path length lens and sunlight + Various energy storage cycle coalescence engines with turbine blades set to the same diameter and shape of each stage and fitted bolt assembly turbine.   Turbine blade cross section (4X) 16 times turbine multiple drive short-time coalescence engine injection section (78S) Liquid metal solar engine + power increase sphere (2E) acceleration configuration and method + intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of square turbine outer box and liquid metal is raised and used for storage + Heating and cooling production with intake air path length lens and sunlight + Various energy storage cycle coalescing engines with fully-automatically machined turbine blades, with the same diameter and shape of each paragraph, and a fitting bolt assembly turbine.   Turbine blade cross section (4X) 17 times turbine multiple drive short-time coalescence engine injection section (78S) liquid metal solar engine + power increase sphere (2E) acceleration configuration and method + intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of square turbine outer box and liquid metal is raised and used for storage + Heating and cooling production with intake air path length lens and sunlight + Various energy storage cycle coalescing engines with fully-automatically machined turbine blades and fitting bolt assembly turbines with the same diameter and shape of each paragraph.   Turbine blade cross section (4X) 18 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Uses ascending and preserving metal + Intake air path length lens and solar heating and cooling production + Combined engine of various energy storage cycles with turbine rotor blades of the same diameter and same shape for each paragraph and fitting bolt assembly turbine.   Turbine blade cross section (4X) 19 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Uses ascending and preserving metal + Intake air path length lens and solar heating and cooling production + Combined engine of various energy storage cycles with turbine rotor blades of the same diameter and same shape for each paragraph and fitting bolt assembly turbine.   Turbine blade cross section (4X) 20 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Uses ascending and preserving metal + Intake air path length lens and solar heating and cooling production + Combined engine of various energy storage cycles with turbine rotor blades of the same diameter and same shape for each paragraph and fitting bolt assembly turbine.   Turbine blade cross section (4X) 21 times the turbine multiple drive short-time coalescence engine injection section (78S) large injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) equipped with a rectangular turbine outer box at right angles and rotating direction An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Uses ascending and storing metal + Uses intake air path length lens and sunlight for heating and cooling production + Saves various types of energy by using a turbine assembly with the same diameter and shape of each turbine as a fitting bolt assembly turbine for fully automatic processing Cycle coalescence engine.   Turbine blade cross section (4X) 22 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) with square turbine outer box at right angles An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Uses ascending and preserving metal + Intake air path length lens and solar heating / cooling manufacturing + Fully automatic machining turbine blade group with same diameter and same shape for each stage Conservation cycle coalescence organization.   Turbine blade cross section (4X) 23 times turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) with square turbine outer box at right angle and rotating direction An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Uses ascending and preserving metal + Intake air path length lens and solar heating and cooling production + Combined engine of various energy storage cycles with turbine rotor blades of the same diameter and same shape for each paragraph and fitting bolt assembly turbine.   Turbine blade cross-section (4X) 24 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Uses ascending and preserving metal + Intake air path length lens and solar heating and cooling production + Combined engine of various energy storage cycles with turbine rotor blades of the same diameter and same shape for each paragraph and fitting bolt assembly turbine.   Turbine blade cross section (4X) 25 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Uses ascending and preserving metal + Intake air path length lens and solar heating and cooling production + Combined engine of various energy storage cycles with turbine rotor blades of the same diameter and same shape for each paragraph and fitting bolt assembly turbine.   Turbine blade cross section (4X) double turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) with square turbine outer box at right angle to rotate in the direction of rotation An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Uses ascending and preserving metal + Intake air path length lens and solar heating and cooling production + Combined engine of various energy storage cycles with turbine rotor blades of the same diameter and same shape for each paragraph and fitting bolt assembly turbine.   Turbine blade cross section (4X) 3 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Uses ascending and preserving metal + Intake air path length lens and solar heating and cooling production + Combined engine of various energy storage cycles with turbine rotor blades of the same diameter and same shape for each paragraph and fitting bolt assembly turbine.   Turbine blade cross section (4X) 4 times turbine multiple drive short time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S) injection driving force. + A heat-retaining and increasing ball lifting device (2F) is provided at the corner of the square turbine outer box. Uses ascending and preserving metal + Intake air path length lens and solar heating and cooling production + Combined engine of various energy storage cycles with turbine rotor blades of the same diameter and same shape for each paragraph and fitting bolt assembly turbine.   Turbine blade cross section (4X) 5 times turbine multiple drive short time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Uses ascending and preserving metal + Intake air path length lens and solar heating and cooling production + Combined engine of various energy storage cycles with turbine rotor blades of the same diameter and same shape for each paragraph and fitting bolt assembly turbine.   Turbine blade cross section (4X) 6 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Uses ascending and preserving metal + Intake air path length lens and solar heating and cooling production + Combined engine of various energy storage cycles with turbine rotor blades of the same diameter and same shape for each paragraph and fitting bolt assembly turbine.   Turbine blade cross section (4X) 7 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) to make large injection propulsion output right angle square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Uses ascending and preserving metal + Intake air path length lens and solar heating and cooling production + Combined engine of various energy storage cycles with turbine rotor blades of the same diameter and same shape for each paragraph and fitting bolt assembly turbine.   Turbine blade cross section (4X) 8 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Uses ascending and preserving metal + Intake air path length lens and solar heating and cooling production + Combined engine of various energy storage cycles with turbine rotor blades of the same diameter and same shape for each paragraph and fitting bolt assembly turbine.   Turbine blade cross section (4X) 9 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Uses ascending and preserving metal + Intake air path length lens and solar heating and cooling production + Combined engine of various energy storage cycles with turbine rotor blades of the same diameter and same shape for each paragraph and fitting bolt assembly turbine.   Turbine blade cross-section (4X) 10 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Uses ascending and preserving metal + Intake air path length lens and solar heating and cooling production + Combined engine of various energy storage cycles with turbine rotor blades of the same diameter and same shape for each paragraph and fitting bolt assembly turbine.   Turbine blade cross section (4X) 11 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) with a square turbine outer box at right angles An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Uses ascending and preserving metal + Intake air path length lens and solar heating and cooling production + Combined engine of various energy storage cycles with turbine rotor blades of the same diameter and same shape for each paragraph and fitting bolt assembly turbine.   Turbine blade cross section (4X) 12 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Uses ascending and preserving metal + Intake air path length lens and solar heating and cooling production + Combined engine of various energy storage cycles with turbine rotor blades of the same diameter and same shape for each paragraph and fitting bolt assembly turbine.   Turbine blade cross section (4X) 13 times turbine multiple drive short time combined engine injection part (78S) large injection propulsion output liquid metal solar heat engine + horizontal axis (1h) with right angled square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Uses ascending and preserving metal + Intake air path length lens and solar heating and cooling production + Combined engine of various energy storage cycles with turbine rotor blades of the same diameter and same shape for each paragraph and fitting bolt assembly turbine.   Turbine blade cross-section (4X) 14 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Uses ascending and storing metal + Uses intake air path length lens and sunlight for heating and cooling production + Saves various types of energy by using a turbine assembly with the same diameter and shape of each turbine as a fitting bolt assembly turbine for fully automatic processing Cycle coalescence engine.   Turbine blade cross section (4X) 15 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Uses ascending and storing metal + Uses intake air path length lens and sunlight for heating and cooling production + Saves various types of energy by using a turbine assembly with the same diameter and shape of each turbine as a fitting bolt assembly turbine for fully automatic processing Cycle coalescence engine.   Turbine blade cross-section (4X) 16 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) with a square turbine outer box at right angles An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Uses ascending and storing metal + Uses intake air path length lens and sunlight for heating and cooling production + Saves various types of energy by using a turbine assembly with the same diameter and shape of each turbine as a fitting bolt assembly turbine for fully automatic processing Cycle coalescence engine.   Turbine blade cross section (4X) 17 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Uses ascending and storing metal + Uses intake air path length lens and sunlight for heating and cooling production + Saves various types of energy by using a turbine assembly with the same diameter and shape of each turbine as a fitting bolt assembly turbine for fully automatic processing Cycle coalescence engine.   Turbine blade cross section (4X) 18 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Uses ascending and storing metal + Uses intake air path length lens and sunlight for heating and cooling production + Saves various types of energy by using a turbine assembly with the same diameter and shape of each turbine as a fitting bolt assembly turbine for fully automatic processing Cycle coalescence engine.   Turbine blade cross section (4X) 19 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Uses ascending and preserving metal + Intake air path length lens and solar heating / cooling manufacturing + Fully automatic machining turbine blade group with same diameter and same shape for each stage Conservation cycle coalescence organization.   Turbine blade cross section (4X) 20 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Uses ascending and preserving metal + Intake air path length lens and solar heating / cooling manufacturing + Fully automatic machining turbine blade group with same diameter and same shape for each stage Conservation cycle coalescence organization.   Turbine blade cross section (4X) 21 times the turbine multiple drive short-time coalescence engine injection section (78S) large injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) equipped with a rectangular turbine outer box at right angles and rotating direction An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Uses ascending and preserving metal + Intake air path length lens and solar heating / cooling manufacturing + Fully automatic machining turbine blade group with same diameter and same shape for each stage Conservation cycle coalescence organization.   Turbine blade cross section (4X) 22 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) with square turbine outer box at right angles An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Uses ascending and preserving metal + Intake air path length lens and solar heating / cooling manufacturing + Fully automatic machining turbine blade group with same diameter and same shape for each stage Conservation cycle coalescence organization.   Turbine blade cross section (4X) 23 times turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) with square turbine outer box at right angle and rotating direction An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Uses ascending and preserving metal + Intake air path length lens and solar heating / cooling manufacturing + Fully automatic machining turbine blade group with same diameter and same shape for each stage Conservation cycle coalescence organization.   Turbine blade cross-section (4X) 24 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Uses ascending and preserving metal + Intake air path length lens and solar heating and cooling production + Combined engine of various energy storage cycles with turbine rotor blades of the same diameter and same shape for each paragraph and fitting bolt assembly turbine.   Turbine blade cross section (4X) 25 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Uses ascending and preserving metal + Intake air path length lens and solar heating and cooling production + Combined engine of various energy storage cycles with turbine rotor blades of the same diameter and same shape for each paragraph and fitting bolt assembly turbine.   Turbine blade cross section (4X) double turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) with square turbine outer box at right angle to rotate in the direction of rotation An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Uses ascending and preserving metal + Intake air path length lens and solar heating and cooling production + Combined engine of various energy storage cycles with turbine rotor blades of the same diameter and same shape for each paragraph and fitting bolt assembly turbine.   Turbine blade cross section (4X) 3 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Uses ascending and preserving metal + Intake air path length lens and solar heating and cooling production + Combined engine of various energy storage cycles with turbine rotor blades of the same diameter and same shape for each paragraph and fitting bolt assembly turbine.   Turbine blade cross section (4X) 4 times turbine multiple drive short time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle An alternate heat-retaining turbine is used to accelerate the liquid metal downward. + A variety of flying ships are driven by the combined engine injection unit (78S). Uses ascending and preserving metal + Intake air path length lens and solar heating and cooling production + Combined engine of various energy storage cycles with turbine rotor blades of the same diameter and same shape for each paragraph and fitting bolt assembly turbine.   Turbine blade cross section (4X) 5 times turbine multiple drive short time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle Alternate heat insulation turbine is used to accelerate and drive the liquid metal downward + Heat and cold production with intake air path length lens and sunlight + Increase head drop with heat increase ball lift device (2F) + Square heat turbine increase device (2F) with square heat turbine Installed at the corner of the outer box to use the liquid metal ascending and stored + Intake air path length lens and solar heating and cooling production + Various types of turbine blades with the same diameter and shape of each stage as a fitting bolt assembly turbine Energy conservation cycle coalescence engine.   Turbine blade cross section (4X) 6 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle Alternate heat insulation turbine is used to accelerate and drive the liquid metal downward + Heat and cold production with intake air path length lens and sunlight + Increase head drop with heat increase ball lift device (2F) + Square heat turbine increase device (2F) with square heat turbine Installed at the corner of the outer box to use the liquid metal ascending and stored + Intake air path length lens and solar heating and cooling production + Various types of turbine blades with the same diameter and shape of each stage as a fitting bolt assembly turbine Energy conservation cycle coalescence engine.   Turbine blade cross section (4X) 7 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) to make large injection propulsion output right angle square turbine outer box at right angle Alternate heat insulation turbine is used to accelerate and drive the liquid metal downward + Heat and cold production with intake air path length lens and sunlight + Increase head drop with heat increase ball lift device (2F) + Square heat turbine increase device (2F) with square heat turbine Installed at the corner of the outer box to use the liquid metal ascending and stored + Intake air path length lens and solar heating and cooling production + Various types of turbine blades with the same diameter and shape of each stage as a fitting bolt assembly turbine Energy conservation cycle coalescence engine.   Turbine blade cross section (4X) 8 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Alternate heat insulation turbine is used to accelerate and drive the liquid metal downward + Heat and cold production with intake air path length lens and sunlight + Increase head drop with heat increase ball lift device (2F) + Square heat turbine increase device (2F) with square heat turbine Installed at the corner of the outer box to save and use the liquid metal + Use the intake air path length lens and solar heat for heating and cooling production + Fit the bolts of the turbine blade group with the same diameter and the same shape for each paragraph for fully automatic processing Various energy storage cycle coalescing engine as an assembly turbine.   Turbine blade cross section (4X) 9 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle Alternate heat insulation turbine is used to accelerate and drive the liquid metal downward + Heat and cold production with intake air path length lens and sunlight + Increase head drop with heat increase ball lift device (2F) + Square heat turbine increase device (2F) with square heat turbine Installed at the corner of the outer box and used to store the liquid metal ascending + Combined with the intake air path length lens and solar heating / cooling manufacturing + Fully automatic machining turbine blade group with the same diameter and shape of each paragraph Various energy storage cycle coalescing engine with bolt assembly turbine.   Turbine blade cross section (4X) 10 times turbine multiple drive short-time coalescence engine injection part (78S) high injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) is driven with right angled square turbine outer box at right angle Inverted turbines + Intake air path length lens and solar heating / cooling manufacturing + Insulating air path length lens with a warming and increasing ball raising device (2F) installed at the corner of the square turbine outer box Combined with various energy storage cycle engines, the turbine blades of the turbine are used with the same diameter and the same shape for each paragraph, and the fitting bolt assembly turbine is used.   Turbine blade cross section (4X) 11 times turbine multiple drive short time coalescence engine injection part (78S) large injection propulsion output liquid metal solar engine + horizontal axis (1h) equipped with right angled square turbine outer box driven and rotated Inverted turbines + Intake air path length lens and solar heating / cooling manufacturing + Insulating air path length lens with a warming and increasing ball raising device (2F) installed at the corner of the square turbine outer box Combined with various energy storage cycle engines, the turbine blades of the turbine are used with the same diameter and the same shape for each paragraph, and the fitting bolt assembly turbine is used.   Turbine blade cross section (4X) 12 times turbine multiple drive short-time coalescence engine injection part (78S) high injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) with right angle square turbine outer box drive and rotate Inverted turbines + Intake air path length lens and solar heating / cooling manufacturing + Insulating air path length lens with a warming and increasing ball raising device (2F) installed at the corner of the square turbine outer box Combined with various energy storage cycle engines, the turbine blades of the turbine are used with the same diameter and the same shape for each paragraph, and the fitting bolt assembly turbine is used.   Turbine blade cross section (4X) 13 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar heat engine to make large injection propulsion output + horizontal axis (1h) drive with right angled square turbine outer box drive and rotate Inverted turbines + Intake air path length lens and solar heating / cooling manufacturing + Insulating air path length lens with a warming and increasing ball raising device (2F) installed at the corner of the square turbine outer box Combined with various energy storage cycle engines, the turbine blades are of the same diameter and the same shape for each stage and are fitted with a bolt assembly turbine.   Turbine blade cross section (4X) 14 times turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar heat engine + horizontal axis (1h) is driven with right angled square turbine outer box and rotated Inverted turbines + Intake air path length lens and solar heating / cooling manufacturing + Insulating air path length lens with a warming and increasing ball raising device (2F) installed at the corner of the square turbine outer box Combined with various energy conservation cycle engines, the turbine blades of the turbine that can be used for heating and cooling with sunlight and full-automatic machining can be made into a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine blade cross section (4X) 15 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle Alternate heat insulation turbine + Insulation increase ball riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Intake air path length lens and sunlight to produce hot and cold heat + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Turbine blade cross-section (4X) 16 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) with a square turbine outer box at right angles Alternate heat insulation turbine + Insulation increase ball riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Intake air path length lens and sunlight to produce hot and cold heat + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Turbine blade cross section (4X) 17 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Alternate heat insulation turbine + Insulation increase ball riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Intake air path length lens and sunlight to produce hot and cold heat + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Turbine blade cross section (4X) 18 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle Alternate heat insulation turbine + Insulation sphere riser (2F) is installed at the corner of the square turbine outer box, and liquid metal is raised and used for storage + Inlet air path length lens and solar heating / cooling production + Fully automatic processing Various energy storage cycle coalescing engines in which the turbine blade group is made into a fitting bolt assembly turbine with the same diameter and shape of each turbine as possible.   Turbine blade cross section (4X) 19 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle Alternate heat insulation turbine + Insulation sphere riser (2F) is installed at the corner of the square turbine outer box, and liquid metal is raised and used for storage + Inlet air path length lens and solar heating / cooling production + Fully automatic processing Various energy storage cycle coalescing engines, with the blades of the turbine capable of being used as a fitting bolt assembly turbine with the same diameter and shape of each paragraph.   Turbine blade cross section (4X) 20 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Intake air path length lens and use of solar energy for heating and cooling + Various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 21 times the turbine multiple drive short-time coalescence engine injection section (78S) large injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) equipped with a rectangular turbine outer box at right angles and rotating direction Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Intake air path length lens and use of solar energy for heating and cooling + Various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 22 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) with square turbine outer box at right angles Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Intake air path length lens and use of solar energy for heating and cooling + Various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 23 times turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) with square turbine outer box at right angle and rotating direction Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Intake air path length lens and solar heating / cooling production + Fully automatic machining possible Turbine blade group with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross-section (4X) 24 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Intake air path length lens and use of sunlight for heating and cooling production + Various energy conservation cycle coalescing engine with fully automatic machining turbine blade group with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 25 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Environmental energy storage cycle coalescence engine that uses turbines with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) double turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) with square turbine outer box at right angle to rotate in the direction of rotation The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Environmental energy storage cycle coalescence engine that uses turbines with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 3 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Environmental energy storage cycle coalescence engine that uses turbines with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 4 times turbine multiple drive short time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Use of intake air path length lens and solar heating / cooling manufacturing + Fully automatic processing of turbine blades with the same diameter and shape of each stage as a fitting bolt assembly turbine for various energy storage cycles Combined organization.   Turbine blade cross section (4X) 5 times turbine multiple drive short time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Use of intake air path length lens and solar heating / cooling manufacturing + Fully automatic machining of turbine blades with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine Cycle coalescence engine.   Turbine blade cross section (4X) 6 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate turbine drive downward by gravitational acceleration + Various aircrafts are driven by a combined engine injection part (78S) injection driving force + A warming-increasing sphere raising device (2F) is installed at the corner of the outer corner of the square turbine, and the liquid metal is raised and used for storage + Intake air path length lens and the sun Various energy storage cycle coalescence engine which uses turbines and blades of turbines with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 7 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate turbine drive downward by gravitational acceleration + Various aircrafts are driven by a combined engine injection part (78S) injection driving force + A warming-increasing sphere raising device (2F) is installed at the corner of the outer corner of the square turbine, and the liquid metal is raised and used for storage + Intake air path length lens and the sun Various energy storage cycle coalescence engine which uses turbines and blades of turbines with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross-section (4X) 8 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate turbine drive downward with gravitational acceleration + Various aircrafts are driven by a combined engine injection part (78S) injection driving force + A warming-increasing sphere raising device (2F) is installed at the corner of the outer corner of the square turbine, and the liquid metal is raised and used for storage + Intake air path length lens and the sun Various energy storage cycle coalescence engine which uses turbines and blades of turbines with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 9 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate turbine drive downward by gravitational acceleration + Various aircrafts are driven by a combined engine injection part (78S) injection driving force + A warming-increasing sphere raising device (2F) is installed at the corner of the outer corner of the square turbine, and the liquid metal is raised and used for storage + Intake air path length lens and the sun Various energy storage cycle coalescence engines that use turbines and blades with the same diameter and the same shape for each stage to make fully automatic processing possible.   Turbine blade cross-section (4X) 10 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate turbine drive downward with gravitational acceleration + Various aircrafts are driven by a combined engine injection part (78S) injection driving force + A warming-increasing sphere raising device (2F) is installed at the corner of the outer corner of the square turbine, and the liquid metal is raised and used for storage + Intake air path length lens and the sun Various energy storage cycle coalescence engines that use turbines and blades of the same diameter and the same shape for each stage as a group of turbine blades that can be used for light / hot / cool manufacturing and can be fully automated.   Turbine blade cross section (4X) 11 times turbine multiple drive short time coalescence engine injection part (78S) large injection propulsion output liquid metal solar engine + horizontal axis (1h) equipped with right angled square turbine outer box driven and rotated Inverted turbines + Intake air path length lens and solar heating / cooling manufacturing + Insulating air path length lens with a warming and increasing ball raising device (2F) installed at the corner of the square turbine outer box Combined with various energy storage cycle engines, the turbine blades of the turbine are used with the same diameter and the same shape for each paragraph, and the fitting bolt assembly turbine is used.   Turbine blade cross section (4X) 12 times turbine multiple drive short-time coalescence engine injection part (78S) high injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) with right angle square turbine outer box drive and rotate Inverted turbines + Intake air path length lens and solar heating / cooling manufacturing + Insulating air path length lens with a warming and increasing ball raising device (2F) installed at the corner of the square turbine outer box Combined with various energy storage cycle engines, the turbine blades of the turbine are used with the same diameter and the same shape for each paragraph, and the fitting bolt assembly turbine is used.   Turbine blade cross section (4X) 13 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar heat engine to make large injection propulsion output + horizontal axis (1h) drive with right angled square turbine outer box drive and rotate Inverted turbines + Intake air path length lens and solar heating / cooling manufacturing + Insulating air path length lens with a warming and increasing ball raising device (2F) installed at the corner of the square turbine outer box Combined with various energy storage cycle engines, the turbine blades of the turbine are used with the same diameter and the same shape for each paragraph, and the fitting bolt assembly turbine is used.   Turbine blade cross section (4X) 14 times turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar heat engine + horizontal axis (1h) is driven with right angled square turbine outer box and rotated Inverted turbines + Intake air path length lens and solar heating / cooling manufacturing + Insulating air path length lens with a warming and increasing ball raising device (2F) installed at the corner of the square turbine outer box Combined with various energy storage cycle engines, the turbine blades are of the same diameter and the same shape for each stage and are fitted with a bolt assembly turbine.   Turbine blade cross section (4X) 15 times turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar engine + horizontal axis (1h) equipped with right angled square turbine outer box driven and rotated Inverted turbines + Intake air path length lens and solar heating / cooling manufacturing + Insulating air path length lens with a warming and increasing ball raising device (2F) installed at the corner of the square turbine outer box Combined with various energy conservation cycle engines, the turbine blades of the turbine that can be used for heating and cooling with sunlight and full-automatic machining can be made into a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine blade cross-section (4X) 16 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) with a square turbine outer box at right angles Alternate heat insulation turbine + Insulation increase ball riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Intake air path length lens and sunlight to produce hot and cold heat + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Turbine blade cross section (4X) 17 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Alternate heat insulation turbine + Insulation increase ball riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Intake air path length lens and sunlight to produce hot and cold heat + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Turbine blade cross section (4X) 18 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle Alternate heat insulation turbine + Insulation increase ball riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Intake air path length lens and sunlight to produce hot and cold heat + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Turbine blade cross section (4X) 19 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle Alternate heat insulation turbine + Insulation sphere riser (2F) is installed at the corner of the square turbine outer box, and liquid metal is raised and used for storage + Inlet air path length lens and solar heating / cooling production + Fully automatic processing Various energy storage cycle coalescing engines in which the turbine blade group is made into a fitting bolt assembly turbine with the same diameter and shape of each turbine as possible.   Turbine blade cross section (4X) 20 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Alternate heat insulation turbine + Insulation sphere riser (2F) is installed at the corner of the square turbine outer box, and liquid metal is raised and used for storage + Inlet air path length lens and solar heating / cooling production + Fully automatic processing Various energy storage cycle coalescing engines, with the blades of the turbine capable of being used as a fitting bolt assembly turbine with the same diameter and shape of each paragraph.   Turbine blade cross section (4X) 21 times the turbine multiple drive short-time coalescence engine injection section (78S) large injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) equipped with a rectangular turbine outer box at right angles and rotating direction Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Intake air path length lens and use of solar energy for heating and cooling + Various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 22 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) with square turbine outer box at right angles Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Intake air path length lens and use of solar energy for heating and cooling + Various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 23 times turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) with square turbine outer box at right angle and rotating direction Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Intake air path length lens and use of solar energy for heating and cooling + Various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross-section (4X) 24 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Intake air path length lens and solar heating / cooling production + Fully automatic machining possible Turbine blade group with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 25 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Intake air path length lens and use of sunlight for heating and cooling production + Various energy conservation cycle coalescing engine with fully automatic machining turbine blade group with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) double turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) with square turbine outer box at right angle to rotate in the direction of rotation The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Environmental energy storage cycle coalescence engine that uses turbines with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 3 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Environmental energy storage cycle coalescence engine that uses turbines with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 4 times turbine multiple drive short time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Environmental energy storage cycle coalescence engine that uses turbines with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 5 times turbine multiple drive short time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Use of intake air path length lens and solar heating / cooling manufacturing + Fully automatic processing of turbine blades with the same diameter and shape of each stage as a fitting bolt assembly turbine for various energy storage cycles Combined organization.   Turbine blade cross section (4X) 6 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Use of intake air path length lens and solar heating / cooling manufacturing + Fully automatic machining of turbine blades with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine Cycle coalescence engine.   Turbine blade cross section (4X) 7 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate turbine drive downward by gravitational acceleration + Various aircrafts are driven by a combined engine injection part (78S) injection driving force + A warming-increasing sphere raising device (2F) is installed at the corner of the outer corner of the square turbine, and the liquid metal is raised and used for storage + Intake air path length lens and the sun Various energy storage cycle coalescence engine which uses turbines and blades of turbines with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross-section (4X) 8 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate turbine drive downward with gravitational acceleration + Various aircrafts are driven by a combined engine injection part (78S) injection driving force + A warming-increasing sphere raising device (2F) is installed at the corner of the outer corner of the square turbine, and the liquid metal is raised and used for storage + Intake air path length lens and the sun Various energy storage cycle coalescence engine which uses turbines and blades of turbines with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 9 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate turbine drive downward by gravitational acceleration + Various aircrafts are driven by a combined engine injection part (78S) injection driving force + A warming-increasing sphere raising device (2F) is installed at the corner of the outer corner of the square turbine, and the liquid metal is raised and used for storage + Intake air path length lens and the sun Various energy storage cycle coalescence engine which uses turbines and blades of turbines with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross-section (4X) 10 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate turbine drive downward with gravitational acceleration + Various aircrafts are driven by a combined engine injection part (78S) injection driving force + A warming-increasing sphere raising device (2F) is installed at the corner of the outer corner of the square turbine, and the liquid metal is raised and used for storage + Intake air path length lens and the sun Various energy storage cycle coalescence engines that use turbines and blades with the same diameter and the same shape for each stage to make fully automatic processing possible.   Turbine blade cross section (4X) 11 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate turbine drive downward by gravitational acceleration + Various aircrafts are driven by a combined engine injection part (78S) injection driving force + A warming-increasing sphere raising device (2F) is installed at the corner of the outer corner of the square turbine, and the liquid metal is raised and used for storage + Intake air path length lens and the sun Various energy storage cycle coalescence engines that use turbines and blades of the same diameter and the same shape for each stage as a group of turbine blades that can be used for light / hot / cool manufacturing and can be fully automated.   Turbine blade cross section (4X) 12 times turbine multiple drive short-time coalescence engine injection part (78S) high injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) with right angle square turbine outer box drive and rotate Inverted turbines + Intake air path length lens and solar heating / cooling manufacturing + Insulating air path length lens with a warming and increasing ball raising device (2F) installed at the corner of the square turbine outer box Combined with various energy storage cycle engines, the turbine blades of the turbine are used with the same diameter and the same shape for each paragraph, and the fitting bolt assembly turbine is used.   Turbine blade cross section (4X) 13 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar heat engine to make large injection propulsion output + horizontal axis (1h) drive with right angled square turbine outer box drive and rotate Inverted turbines + Intake air path length lens and solar heating / cooling manufacturing + Insulating air path length lens with a warming and increasing ball raising device (2F) installed at the corner of the square turbine outer box Combined with various energy storage cycle engines, the turbine blades of the turbine are used with the same diameter and the same shape for each paragraph, and the fitting bolt assembly turbine is used.   Turbine blade cross section (4X) 14 times turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar heat engine + horizontal axis (1h) is driven with right angled square turbine outer box and rotated Inverted turbines + Intake air path length lens and solar heating / cooling manufacturing + Insulating air path length lens with a warming and increasing ball raising device (2F) installed at the corner of the square turbine outer box Combined with various energy storage cycle engines, the turbine blades of the turbine are used with the same diameter and the same shape for each paragraph, and the fitting bolt assembly turbine is used.   Turbine blade cross section (4X) 15 times turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar engine + horizontal axis (1h) equipped with right angled square turbine outer box driven and rotated Inverted turbines + Intake air path length lens and solar heating / cooling manufacturing + Insulating air path length lens with a warming and increasing ball raising device (2F) installed at the corner of the square turbine outer box Combined with various energy storage cycle engines, the turbine blades are of the same diameter and the same shape for each stage and are fitted with a bolt assembly turbine.   Turbine blade cross section (4X) 16 times turbine multiple drive short-time coalescence engine injection part (78S) high injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) with right angle square turbine casing right angle driven to rotate Inverted turbines + Intake air path length lens and solar heating / cooling manufacturing + Insulating air path length lens with a warming and increasing ball raising device (2F) installed at the corner of the square turbine outer box Combined with various energy conservation cycle engines, the turbine blades of the turbine that can be used for heating and cooling with sunlight and full-automatic machining can be made into a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine blade cross section (4X) 17 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Alternate heat insulation turbine + Insulation increase ball riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Intake air path length lens and sunlight to produce hot and cold heat + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Turbine blade cross section (4X) 18 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle Alternate heat insulation turbine + Insulation increase ball riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Intake air path length lens and sunlight to produce hot and cold heat + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Turbine blade cross section (4X) 19 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle Alternate heat insulation turbine + Insulation increase ball riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Intake air path length lens and sunlight to produce hot and cold heat + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Turbine blade cross section (4X) 20 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Alternate heat insulation turbine + Insulation sphere riser (2F) is installed at the corner of the square turbine outer box, and liquid metal is raised and used for storage + Inlet air path length lens and solar heating / cooling production + Fully automatic processing Various energy storage cycle coalescing engines in which the turbine blade group is made into a fitting bolt assembly turbine with the same diameter and shape of each turbine as possible.   Turbine blade cross section (4X) 21 times the turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to the square turbine outer box Alternate heat insulation turbine + Insulation sphere riser (2F) is installed at the corner of the square turbine outer box, and liquid metal is raised and used for storage + Inlet air path length lens and solar heating / cooling production + Fully automatic processing Various energy storage cycle coalescing engines, with the blades of the turbine capable of being used as a fitting bolt assembly turbine with the same diameter and shape of each paragraph.   Turbine blade cross section (4X) 22 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) with square turbine outer box at right angles Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Intake air path length lens and use of solar energy for heating and cooling + Various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 23 times turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) with square turbine outer box at right angle and rotating direction Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Intake air path length lens and use of solar energy for heating and cooling + Various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 24 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Intake air path length lens and use of solar energy for heating and cooling + Various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 25 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Intake air path length lens and solar heating / cooling production + Fully automatic machining possible Turbine blade group with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) double turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) with square turbine outer box at right angle to rotate in the direction of rotation Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Intake air path length lens and use of sunlight for heating and cooling production + Various energy conservation cycle coalescing engine with fully automatic machining turbine blade group with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 3 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Environmental energy storage cycle coalescence engine that uses turbines with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 4 times turbine multiple drive short time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Environmental energy storage cycle coalescence engine that uses turbines with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 5 times turbine multiple drive short time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Environmental energy storage cycle coalescence engine that uses turbines with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 6 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Use of intake air path length lens and solar heating / cooling manufacturing + Fully automatic processing of turbine blades with the same diameter and shape of each stage as a fitting bolt assembly turbine for various energy storage cycles Combined organization.   Turbine blade cross section (4X) 7 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) to make large injection propulsion output right angle square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Use of intake air path length lens and solar heating / cooling manufacturing + Fully automatic machining of turbine blades with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine Cycle coalescence engine.   Turbine blade cross-section (4X) 8 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate turbine drive downward with gravitational acceleration + Various aircrafts are driven by a combined engine injection part (78S) injection driving force + A warming-increasing sphere raising device (2F) is installed at the corner of the outer corner of the square turbine, and the liquid metal is raised and used for storage + Intake air path length lens and the sun Various energy storage cycle coalescence engine which uses turbines and blades of turbines with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 9 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate turbine drive downward by gravitational acceleration + Various aircrafts are driven by a combined engine injection part (78S) injection driving force + A warming-increasing sphere raising device (2F) is installed at the corner of the outer corner of the square turbine, and the liquid metal is raised and used for storage + Intake air path length lens and the sun Various energy storage cycle coalescence engine which uses turbines and blades of turbines with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross-section (4X) 10 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate turbine drive downward with gravitational acceleration + Various aircrafts are driven by a combined engine injection part (78S) injection driving force + A warming-increasing sphere raising device (2F) is installed at the corner of the outer corner of the square turbine, and the liquid metal is raised and used for storage + Intake air path length lens and the sun Various energy storage cycle coalescence engine which uses turbines and blades of turbines with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 11 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate turbine drive downward by gravitational acceleration + Various aircrafts are driven by a combined engine injection part (78S) injection driving force + A warming-increasing sphere raising device (2F) is installed at the corner of the outer corner of the square turbine, and the liquid metal is raised and used for storage + Intake air path length lens and the sun Various energy storage cycle coalescence engines that use turbines and blades with the same diameter and the same shape for each stage to make fully automatic processing possible.   Turbine blade cross section (4X) 12 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate turbine drive downward by gravitational acceleration + Various aircrafts are driven by a combined engine injection part (78S) injection driving force + A warming-increasing sphere raising device (2F) is installed at the corner of the outer corner of the square turbine, and the liquid metal is raised and used for storage + Intake air path length lens and the sun Various energy storage cycle coalescence engines that use turbines and blades of the same diameter and the same shape for each stage as a group of turbine blades that can be used for light / hot / cool manufacturing and can be fully automated.   Turbine blade cross section (4X) 13 times turbine multiple drive short time coalescence engine injection part (78S) large injection propulsion output liquid metal solar engine + horizontal axis (1h) equipped with right angled square turbine outer box driven and rotated Inverted turbines + Intake air path length lens and solar heating / cooling manufacturing + Insulating air path length lens with a warming and increasing ball raising device (2F) installed at the corner of the square turbine outer box Combined with various energy storage cycle engines, the turbine blades of the turbine are used with the same diameter and the same shape for each paragraph, and the fitting bolt assembly turbine is used.   Turbine blade cross section (4X) 14 times turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar heat engine + horizontal axis (1h) is driven with right angled square turbine outer box and rotated Inverted turbines + Intake air path length lens and solar heating / cooling manufacturing + Insulating air path length lens with a warming and increasing ball raising device (2F) installed at the corner of the square turbine outer box Combined with various energy storage cycle engines, the turbine blades of the turbine are used with the same diameter and the same shape for each paragraph, and the fitting bolt assembly turbine is used.   Turbine blade cross section (4X) 15 times turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar engine + horizontal axis (1h) equipped with right angled square turbine outer box driven and rotated Inverted turbines + Intake air path length lens and solar heating / cooling manufacturing + Insulating air path length lens with a warming and increasing ball raising device (2F) installed at the corner of the square turbine outer box Combined with various energy storage cycle engines, the turbine blades of the turbine are used with the same diameter and the same shape for each paragraph, and the fitting bolt assembly turbine is used.   Turbine blade cross section (4X) 16 times turbine multiple drive short-time coalescence engine injection part (78S) high injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) with right angle square turbine casing right angle driven to rotate Inverted turbines + Intake air path length lens and solar heating / cooling manufacturing + Insulating air path length lens with a warming and increasing ball raising device (2F) installed at the corner of the square turbine outer box Combined with various energy storage cycle engines, the turbine blades are of the same diameter and the same shape for each stage and are fitted with a bolt assembly turbine.   Turbine blade cross section (4X) 17 times turbine multiple drive short-time coalescence engine injection part (78S) Large injection propulsion output Liquid metal solar engine + horizontal axis (1h) is driven with right angled square turbine outer box at right angle Inverted turbines + Intake air path length lens and solar heating / cooling manufacturing + Insulating air path length lens with a warming and increasing ball raising device (2F) installed at the corner of the square turbine outer box Combined with various energy conservation cycle engines, the turbine blades of the turbine that can be used for heating and cooling with sunlight and full-automatic machining can be made into a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine blade cross section (4X) 18 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle Alternate heat insulation turbine + Insulation increase ball riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Intake air path length lens and sunlight to produce hot and cold heat + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Turbine blade cross section (4X) 19 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle Alternate heat insulation turbine + Insulation increase ball riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Intake air path length lens and sunlight to produce hot and cold heat + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Turbine blade cross section (4X) 20 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Alternate heat insulation turbine + Insulation increase ball riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Intake air path length lens and sunlight to produce hot and cold heat + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Turbine blade cross section (4X) 21 times the turbine multiple drive short-time coalescence engine injection section (78S) large injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) equipped with a rectangular turbine outer box at right angles and rotating direction Alternate heat insulation turbine + Insulation sphere riser (2F) is installed at the corner of the square turbine outer box, and liquid metal is raised and used for storage + Inlet air path length lens and solar heating / cooling production + Fully automatic processing Various energy storage cycle coalescing engines in which the turbine blade group is made into a fitting bolt assembly turbine with the same diameter and shape of each turbine as possible.   Turbine blade cross section (4X) 22 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) with square turbine outer box at right angles Alternate heat insulation turbine + Insulation sphere riser (2F) is installed at the corner of the square turbine outer box, and liquid metal is raised and used for storage + Inlet air path length lens and solar heating / cooling production + Fully automatic processing Various energy storage cycle coalescing engines, with the blades of the turbine capable of being used as a fitting bolt assembly turbine with the same diameter and shape of each paragraph.   Turbine blade cross section (4X) 23 times turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) with square turbine outer box at right angle and rotating direction Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Intake air path length lens and use of solar energy for heating and cooling + Various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 24 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Intake air path length lens and use of solar energy for heating and cooling + Various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 25 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Intake air path length lens and use of solar energy for heating and cooling + Various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4X) double turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) with square turbine outer box at right angle to rotate in the direction of rotation Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Intake air path length lens and solar heating / cooling production + Fully automatic machining possible Turbine blade group with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 3 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Intake air path length lens and use of sunlight for heating and cooling production + Various energy conservation cycle coalescing engine with fully automatic machining turbine blade group with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 4 times turbine multiple drive short time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Environmental energy storage cycle coalescence engine that uses turbines with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 5 times turbine multiple drive short time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Environmental energy storage cycle coalescence engine that uses turbines with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 6 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Environmental energy storage cycle coalescence engine that uses turbines with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 7 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) to make large injection propulsion output right angle square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Use of intake air path length lens and solar heating / cooling manufacturing + Fully automatic processing of turbine blades with the same diameter and shape of each stage as a fitting bolt assembly turbine for various energy storage cycles Combined organization.   Turbine blade cross section (4X) 8 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Use of intake air path length lens and solar heating / cooling manufacturing + Fully automatic machining of turbine blades with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine Cycle coalescence engine.   Turbine blade cross section (4X) 9 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate turbine drive downward by gravitational acceleration + Various aircrafts are driven by a combined engine injection part (78S) injection driving force + A warming-increasing sphere raising device (2F) is installed at the corner of the outer corner of the square turbine, and the liquid metal is raised and used for storage + Intake air path length lens and the sun Various energy storage cycle coalescence engine which uses turbines and blades of turbines with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross-section (4X) 10 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate turbine drive downward with gravitational acceleration + Various aircrafts are driven by a combined engine injection part (78S) injection driving force + A warming-increasing sphere raising device (2F) is installed at the corner of the outer corner of the square turbine, and the liquid metal is raised and used for storage + Intake air path length lens and the sun Various energy storage cycle coalescence engine which uses turbines and blades of turbines with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 11 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate turbine drive downward by gravitational acceleration + Various aircrafts are driven by a combined engine injection part (78S) injection driving force + A warming-increasing sphere raising device (2F) is installed at the corner of the outer corner of the square turbine, and the liquid metal is raised and used for storage + Intake air path length lens and the sun Various energy storage cycle coalescence engine which uses turbines and blades of turbines with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 12 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate turbine drive downward by gravitational acceleration + Various aircrafts are driven by a combined engine injection part (78S) injection driving force + A warming-increasing sphere raising device (2F) is installed at the corner of the outer corner of the square turbine, and the liquid metal is raised and used for storage + Intake air path length lens and the sun Various energy storage cycle coalescence engines that use turbines and blades with the same diameter and the same shape for each stage to make fully automatic processing possible.   Turbine blade cross section (4X) 13 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate turbine drive downward by gravitational acceleration + Various aircrafts are driven by a combined engine injection part (78S) injection driving force + A warming-increasing sphere raising device (2F) is installed at the corner of the outer corner of the square turbine, and the liquid metal is raised and used for storage + Intake air path length lens and the sun Various energy storage cycle coalescence engines that use turbines and blades of the same diameter and the same shape for each stage as a group of turbine blades that can be used for light / hot / cool manufacturing and can be fully automated.   Turbine blade cross section (4X) 14 times turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar heat engine + horizontal axis (1h) is driven with right angled square turbine outer box and rotated Inverted turbines + Intake air path length lens and solar heating / cooling manufacturing + Insulating air path length lens with a warming and increasing ball raising device (2F) installed at the corner of the square turbine outer box Combined with various energy storage cycle engines, the turbine blades of the turbine are used with the same diameter and the same shape for each paragraph, and the fitting bolt assembly turbine is used.   Turbine blade cross section (4X) 15 times turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar engine + horizontal axis (1h) equipped with right angled square turbine outer box driven and rotated Inverted turbines + Intake air path length lens and solar heating / cooling manufacturing + Insulating air path length lens with a warming and increasing ball raising device (2F) installed at the corner of the square turbine outer box Combined with various energy storage cycle engines, the turbine blades of the turbine are used with the same diameter and the same shape for each paragraph, and the fitting bolt assembly turbine is used.   Turbine blade cross section (4X) 16 times turbine multiple drive short-time coalescence engine injection part (78S) high injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) with right angle square turbine casing right angle driven to rotate Inverted turbines + Intake air path length lens and solar heating / cooling manufacturing + Insulating air path length lens with a warming and increasing ball raising device (2F) installed at the corner of the square turbine outer box Combined with various energy storage cycle engines, the turbine blades of the turbine are used with the same diameter and the same shape for each paragraph, and the fitting bolt assembly turbine is used.   Turbine blade cross section (4X) 17 times turbine multiple drive short-time coalescence engine injection part (78S) Large injection propulsion output Liquid metal solar engine + horizontal axis (1h) is driven with right angled square turbine outer box at right angle Inverted turbines + Intake air path length lens and solar heating / cooling manufacturing + Insulating air path length lens with a warming and increasing ball raising device (2F) installed at the corner of the square turbine outer box Combined with various energy storage cycle engines, the turbine blades are of the same diameter and the same shape for each stage and are fitted with a bolt assembly turbine.   Turbine blade cross section (4X) 18 times turbine multiple drive short time coalescence engine injection part (78S) large injection propulsion output liquid metal solar engine + horizontal axis (1h) equipped with right angled square turbine outer box driven and rotated Inverted turbines + Intake air path length lens and solar heating / cooling manufacturing + Insulating air path length lens with a warming and increasing ball raising device (2F) installed at the corner of the square turbine outer box Combined with various energy conservation cycle engines, the turbine blades of the turbine that can be used for heating and cooling with sunlight and full-automatic machining can be made into a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine blade cross section (4X) 19 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle Alternate heat insulation turbine + Insulation increase ball riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Intake air path length lens and sunlight to produce hot and cold heat + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Turbine blade cross section (4X) 20 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Alternate heat insulation turbine + Insulation increase ball riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Intake air path length lens and sunlight to produce hot and cold heat + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Turbine blade cross section (4X) 21 times the turbine multiple drive short-time coalescence engine injection section (78S) large injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) equipped with a rectangular turbine outer box at right angles and rotating direction Alternate heat insulation turbine + Insulation increase ball riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Intake air path length lens and sunlight to produce hot and cold heat + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Turbine blade cross section (4X) 22 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) with square turbine outer box at right angles Alternate heat insulation turbine + Insulation sphere riser (2F) is installed at the corner of the square turbine outer box, and liquid metal is raised and used for storage + Inlet air path length lens and solar heating / cooling production + Fully automatic processing Various energy storage cycle coalescing engines in which the turbine blade group is made into a fitting bolt assembly turbine with the same diameter and shape of each turbine as possible.   Turbine blade cross section (4X) 23 times turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) with square turbine outer box at right angle and rotating direction Alternate heat insulation turbine + Insulation sphere riser (2F) is installed at the corner of the square turbine outer box, and liquid metal is raised and used for storage + Inlet air path length lens and solar heating / cooling production + Fully automatic processing Various energy storage cycle coalescing engines, with the blades of the turbine capable of being used as a fitting bolt assembly turbine with the same diameter and shape of each paragraph.   Turbine blade cross section (4X) 24 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Intake air path length lens and use of solar energy for heating and cooling + Various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 25 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Intake air path length lens and use of solar energy for heating and cooling + Various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4X) double turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) with square turbine outer box at right angle to rotate in the direction of rotation Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Intake air path length lens and use of solar energy for heating and cooling + Various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 3 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Intake air path length lens and solar heating / cooling production + Fully automatic machining possible Turbine blade group with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 4 times turbine multiple drive short time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Intake air path length lens and use of sunlight for heating and cooling production + Various energy conservation cycle coalescing engine with fully automatic machining turbine blade group with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 5 times turbine multiple drive short time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Environmental energy storage cycle coalescence engine that uses turbines with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 6 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Environmental energy storage cycle coalescence engine that uses turbines with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 7 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) to make large injection propulsion output right angle square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Environmental energy storage cycle coalescence engine that uses turbines with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 8 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Use of intake air path length lens and solar heating / cooling manufacturing + Fully automatic processing of turbine blades with the same diameter and shape of each stage as a fitting bolt assembly turbine for various energy storage cycles Combined organization.   Turbine blade cross section (4X) 9 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Use of intake air path length lens and solar heating / cooling manufacturing + Fully automatic machining of turbine blades with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine Cycle coalescence engine.   Turbine blade cross-section (4X) 10 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate turbine drive downward with gravitational acceleration + Various aircrafts are driven by a combined engine injection part (78S) injection driving force + A warming-increasing sphere raising device (2F) is installed at the corner of the outer corner of the square turbine, and the liquid metal is raised and used for storage + Intake air path length lens and the sun Various energy storage cycle coalescence engine which uses turbines and blades of turbines with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 11 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate turbine drive downward by gravitational acceleration + Various aircrafts are driven by a combined engine injection part (78S) injection driving force + A warming-increasing sphere raising device (2F) is installed at the corner of the outer corner of the square turbine, and the liquid metal is raised and stored for use. Various energy storage cycle coalescence engine which uses turbines and blades of turbines with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 12 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate turbine drive downward by gravitational acceleration + Various aircrafts are driven by a combined engine injection part (78S) injection driving force + A warming-increasing sphere raising device (2F) is installed at the corner of the outer corner of the square turbine, and the liquid metal is raised and used for storage + Intake air path length lens and the sun Various energy storage cycle coalescence engine which uses turbines and blades of turbines with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 13 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate turbine drive downward by gravitational acceleration + Various aircrafts are driven by a combined engine injection part (78S) injection driving force + A warming-increasing sphere raising device (2F) is installed at the corner of the outer corner of the square turbine, and the liquid metal is raised and used for storage + Intake air path length lens and the sun Various energy storage cycle coalescence engines that use turbines and blades with the same diameter and the same shape for each stage to make fully automatic processing possible.   Turbine blade cross section (4X) 14 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate turbine drive downward by gravitational acceleration + Various aircrafts are driven by a combined engine injection part (78S) injection driving force + A warming-increasing sphere raising device (2F) is installed at the corner of the outer corner of the square turbine, and the liquid metal is raised and used for storage + Intake air path length lens and the sun Various energy storage cycle coalescence engines that use turbines and blades of the same diameter and the same shape for each stage as a group of turbine blades that can be used for light / hot / cool manufacturing and can be fully automated.   Turbine blade cross section (4X) 15 times turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar engine + horizontal axis (1h) equipped with right angled square turbine outer box driven and rotated Inverted turbines + Intake air path length lens and solar heating / cooling manufacturing + Insulating air path length lens with a warming and increasing ball raising device (2F) installed at the corner of the square turbine outer box Combined with various energy storage cycle engines, the turbine blades of the turbine are used with the same diameter and the same shape for each paragraph, and the fitting bolt assembly turbine is used.   Turbine blade cross section (4X) 16 times turbine multiple drive short-time coalescence engine injection part (78S) high injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) with right angle square turbine casing right angle driven to rotate Inverted turbines + Intake air path length lens and solar heating / cooling manufacturing + Insulating air path length lens with a warming and increasing ball raising device (2F) installed at the corner of the square turbine outer box Combined with various energy storage cycle engines, the turbine blades of the turbine are used with the same diameter and the same shape for each paragraph, and the fitting bolt assembly turbine is used.   Turbine blade cross section (4X) 17 times turbine multiple drive short-time coalescence engine injection part (78S) Large injection propulsion output Liquid metal solar engine + horizontal axis (1h) is driven with right angled square turbine outer box at right angle Inverted turbines + Intake air path length lens and solar heating / cooling manufacturing + Insulating air path length lens with a warming and increasing ball raising device (2F) installed at the corner of the square turbine outer box Combined with various energy storage cycle engines, the turbine blades of the turbine are used with the same diameter and the same shape for each paragraph, and the fitting bolt assembly turbine is used.   Turbine blade cross section (4X) 18 times turbine multiple drive short time coalescence engine injection part (78S) large injection propulsion output liquid metal solar engine + horizontal axis (1h) equipped with right angled square turbine outer box driven and rotated Inverted turbines + Intake air path length lens and solar heating / cooling manufacturing + Insulating air path length lens with a warming and increasing ball raising device (2F) installed at the corner of the square turbine outer box Combined with various energy storage cycle engines, the turbine blades are of the same diameter and the same shape for each stage and are fitted with a bolt assembly turbine.   Turbine blade cross section (4X) 19 times turbine multiple drive short-time coalescence engine injection part (78S) Large injection propulsion output Liquid metal solar engine + Horizontal axis (1h) is driven with right angled square turbine outer box and rotated Inverted turbines + Intake air path length lens and solar heating / cooling manufacturing + Insulating air path length lens with a warming and increasing ball raising device (2F) installed at the corner of the square turbine outer box Combined with various energy conservation cycle engines, the turbine blades of the turbine that can be used for heating and cooling with sunlight and full-automatic machining can be made into a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine blade cross section (4X) 20 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Alternate heat insulation turbine + Insulation increase ball riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Intake air path length lens and sunlight to produce hot and cold heat + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Turbine blade cross section (4X) 21 times the turbine multiple drive short-time coalescence engine injection section (78S) large injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) equipped with a rectangular turbine outer box at right angles and rotating direction Alternate heat insulation turbine + Insulation increase ball riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Intake air path length lens and sunlight to produce hot and cold heat + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Turbine blade cross section (4X) 22 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) with square turbine outer box at right angles Alternate heat insulation turbine + Insulation increase ball riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Intake air path length lens and sunlight to produce hot and cold heat + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Turbine blade cross section (4X) 23 times turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) with square turbine outer box at right angle and rotating direction Alternate heat insulation turbine + Insulation sphere riser (2F) is installed at the corner of the square turbine outer box, and liquid metal is raised and used for storage + Inlet air path length lens and solar heating / cooling production + Fully automatic processing Various energy storage cycle coalescing engines in which the turbine blade group is made into a fitting bolt assembly turbine with the same diameter and shape of each turbine as possible.   Turbine blade cross-section (4X) 24 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle Alternate heat insulation turbine + Insulation sphere riser (2F) is installed at the corner of the square turbine outer box, and liquid metal is raised and used for storage + Inlet air path length lens and solar heating / cooling production + Fully automatic processing Various energy storage cycle coalescing engines, with the blades of the turbine capable of being used as a fitting bolt assembly turbine with the same diameter and shape of each paragraph.   Turbine blade cross section (4X) 25 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Intake air path length lens and use of solar energy for heating and cooling + Various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4X) double turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) with square turbine outer box at right angle to rotate in the direction of rotation Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Intake air path length lens and use of solar energy for heating and cooling + Various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 3 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Intake air path length lens and use of solar energy for heating and cooling + Various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 4 times turbine multiple drive short time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Intake air path length lens and solar heating / cooling production + Fully automatic machining possible Turbine blade group with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 5 times turbine multiple drive short time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Intake air path length lens and use of sunlight for heating and cooling production + Various energy conservation cycle coalescing engine with fully automatic machining turbine blade group with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 6 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Environmental energy storage cycle coalescence engine that uses turbines with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 7 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) to make large injection propulsion output right angle square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Environmental energy storage cycle coalescence engine that uses turbines with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 8 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Environmental energy storage cycle coalescence engine that uses turbines with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 9 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Use of intake air path length lens and solar heating / cooling manufacturing + Fully automatic processing of turbine blades with the same diameter and shape of each stage as a fitting bolt assembly turbine for various energy storage cycles Combined organization.   Turbine blade cross-section (4X) 10 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Use of intake air path length lens and solar heating / cooling manufacturing + Fully automatic machining of turbine blades with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine Cycle coalescence engine.   Turbine blade cross section (4X) 11 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate turbine drive downward by gravitational acceleration + Various aircrafts are driven by a combined engine injection part (78S) injection driving force + A warming-increasing sphere raising device (2F) is installed at the corner of the outer corner of the square turbine, and the liquid metal is raised and used for storage + Intake air path length lens and the sun Various energy storage cycle coalescence engine which uses turbines and blades of turbines with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 12 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate turbine drive downward by gravitational acceleration + Various aircrafts are driven by a combined engine injection part (78S) injection driving force + A warming-increasing sphere raising device (2F) is installed at the corner of the outer corner of the square turbine, and the liquid metal is raised and stored for use. Various energy storage cycle coalescence engine which uses turbines and blades of turbines with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 13 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate turbine drive downward by gravitational acceleration + Various aircrafts are driven by a combined engine injection part (78S) injection driving force + A warming-increasing sphere raising device (2F) is installed at the corner of the outer corner of the square turbine, and the liquid metal is raised and used for storage + Intake air path length lens and the sun Various energy storage cycle coalescence engine which uses turbines and blades of turbines with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 14 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate turbine drive downward by gravitational acceleration + Various aircrafts are driven by a combined engine injection part (78S) injection driving force + A warming-increasing sphere raising device (2F) is installed at the corner of the outer corner of the square turbine, and the liquid metal is raised and used for storage + Intake air path length lens and the sun Various energy storage cycle coalescence engines that use turbines and blades with the same diameter and the same shape for each stage to make fully automatic processing possible.   Turbine blade cross section (4X) 15 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate turbine drive downward by gravitational acceleration + Various aircrafts are driven by a combined engine injection part (78S) injection driving force + A warming-increasing sphere raising device (2F) is installed at the corner of the outer corner of the square turbine, and the liquid metal is raised and used for storage + Intake air path length lens and the sun Various energy storage cycle coalescence engines that use turbines and blades of the same diameter and the same shape for each stage as a group of turbine blades that can be used for light / hot / cool manufacturing and can be fully automated.   Turbine blade cross section (4X) 16 times turbine multiple drive short-time coalescence engine injection part (78S) high injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) with right angle square turbine casing right angle driven to rotate Inverted turbines + Intake air path length lens and solar heating / cooling manufacturing + Insulating air path length lens with a warming and increasing ball raising device (2F) installed at the corner of the square turbine outer box Combined with various energy storage cycle engines, the turbine blades of the turbine are used with the same diameter and the same shape for each paragraph, and the fitting bolt assembly turbine is used.   Turbine blade cross section (4X) 17 times turbine multiple drive short-time coalescence engine injection part (78S) Large injection propulsion output Liquid metal solar engine + horizontal axis (1h) is driven with right angled square turbine outer box at right angle Inverted turbines + Intake air path length lens and solar heating / cooling manufacturing + Insulating air path length lens with a warming and increasing ball raising device (2F) installed at the corner of the square turbine outer box Combined with various energy storage cycle engines, the turbine blades of the turbine are used with the same diameter and the same shape for each paragraph, and the fitting bolt assembly turbine is used.   Turbine blade cross section (4X) 18 times turbine multiple drive short time coalescence engine injection part (78S) large injection propulsion output liquid metal solar engine + horizontal axis (1h) equipped with right angled square turbine outer box driven and rotated Inverted turbines + Intake air path length lens and solar heating / cooling manufacturing + Insulating air path length lens with a warming and increasing ball raising device (2F) installed at the corner of the square turbine outer box Combined with various energy storage cycle engines, the turbine blades of the turbine are used with the same diameter and the same shape for each paragraph, and the fitting bolt assembly turbine is used.   Turbine blade cross section (4X) 19 times turbine multiple drive short-time coalescence engine injection part (78S) Large injection propulsion output Liquid metal solar engine + Horizontal axis (1h) is driven with right angled square turbine outer box and rotated Inverted turbines + Intake air path length lens and solar heating / cooling manufacturing + Insulating air path length lens with a warming and increasing ball raising device (2F) installed at the corner of the square turbine outer box Combined with various energy storage cycle engines, the turbine blades are of the same diameter and the same shape for each stage and are fitted with a bolt assembly turbine.   Turbine blade cross section (4X) 20 times the turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar engine + horizontal axis (1h) equipped with right angle square outer box drive and rotate Inverted turbines + Intake air path length lens and solar heating / cooling manufacturing + Insulating air path length lens with a warming and increasing ball raising device (2F) installed at the corner of the square turbine outer box Combined with various energy conservation cycle engines, the turbine blades of the turbine that can be used for heating and cooling with sunlight and full-automatic machining can be made into a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine blade cross section (4X) 21 times the turbine multiple drive short-time coalescence engine injection section (78S) large injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) equipped with a rectangular turbine outer box at right angles and rotating direction Alternate heat insulation turbine + Insulation increase ball riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Intake air path length lens and sunlight to produce hot and cold heat + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Turbine blade cross section (4X) 22 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) with square turbine outer box at right angles Alternate heat insulation turbine + Insulation increase ball riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Intake air path length lens and sunlight to produce hot and cold heat + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Turbine blade cross section (4X) 23 times turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) with square turbine outer box at right angle and rotating direction Alternate heat insulation turbine + Insulation increase ball riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Intake air path length lens and sunlight to produce hot and cold heat + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Turbine blade cross-section (4X) 24 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle Alternate heat insulation turbine + Insulation sphere riser (2F) is installed at the corner of the square turbine outer box, and liquid metal is raised and used for storage + Inlet air path length lens and solar heating / cooling production + Fully automatic processing Various energy storage cycle coalescing engines in which the turbine blade group is made into a fitting bolt assembly turbine with the same diameter and shape of each turbine as possible.   Turbine blade cross section (4X) 25 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Alternate heat insulation turbine + Insulation sphere riser (2F) is installed at the corner of the square turbine outer box, and liquid metal is raised and used for storage + Inlet air path length lens and solar heating / cooling production + Fully automatic processing Various energy storage cycle coalescing engines, with the blades of the turbine capable of being used as a fitting bolt assembly turbine with the same diameter and shape of each paragraph.   Turbine blade cross section (4X) double turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) with square turbine outer box at right angle to rotate in the direction of rotation Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Intake air path length lens and use of solar energy for heating and cooling + Various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 3 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Intake air path length lens and use of solar energy for heating and cooling + Various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 4 times turbine multiple drive short time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Intake air path length lens and use of solar energy for heating and cooling + Various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 5 times turbine multiple drive short time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Intake air path length lens and solar heating / cooling production + Fully automatic machining possible Turbine blade group with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 6 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Intake air path length lens and use of sunlight for heating and cooling production + Various energy conservation cycle coalescing engine with fully automatic machining turbine blade group with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 7 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) to make large injection propulsion output right angle square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Environmental energy storage cycle coalescence engine that uses turbines with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 8 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Environmental energy storage cycle coalescence engine that uses turbines with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 9 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Environmental energy storage cycle coalescence engine that uses turbines with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross-section (4X) 10 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Use of intake air path length lens and solar heating / cooling manufacturing + Fully automatic processing of turbine blades with the same diameter and shape of each stage as a fitting bolt assembly turbine for various energy storage cycles Combined organization.   Turbine blade cross section (4X) 11 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) with a square turbine outer box at right angles The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Use of intake air path length lens and solar heating / cooling manufacturing + Fully automatic machining of turbine blades with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine Cycle coalescence engine.   Turbine blade cross section (4X) 12 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate turbine drive downward by gravitational acceleration + Various aircrafts are driven by a combined engine injection part (78S) injection driving force + A warming-increasing sphere raising device (2F) is installed at the corner of the outer corner of the square turbine, and the liquid metal is raised and used for storage + Intake air path length lens and the sun Various energy storage cycle coalescence engine which uses turbines and blades of turbines with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 13 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate turbine drive downward by gravitational acceleration + Various aircrafts are driven by a combined engine injection part (78S) injection driving force + A warming-increasing sphere raising device (2F) is installed at the corner of the outer corner of the square turbine, and the liquid metal is raised and used for storage + Intake air path length lens and the sun Various energy storage cycle coalescence engine which uses turbines and blades of turbines with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 14 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate turbine drive downward by gravitational acceleration + Various aircrafts are driven by a combined engine injection part (78S) injection driving force + A warming-increasing sphere raising device (2F) is installed at the corner of the outer corner of the square turbine, and the liquid metal is raised and used for storage + Intake air path length lens and the sun Various energy storage cycle coalescence engine which uses turbines and blades of turbines with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 15 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate turbine drive downward by gravitational acceleration + Various aircrafts are driven by a combined engine injection part (78S) injection driving force + A warming-increasing sphere raising device (2F) is installed at the corner of the outer corner of the square turbine, and the liquid metal is raised and used for storage + Intake air path length lens and the sun Various energy storage cycle coalescence engines that use turbines and blades with the same diameter and the same shape for each stage to make fully automatic processing possible.   Turbine blade cross-section (4X) 16 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine that makes large injection propulsion output + power increase sphere (2E) is accelerated turbine driven downward by gravitational acceleration + Various aircrafts are driven by a combined engine injection part (78S) injection driving force + A warming-increasing sphere raising device (2F) is installed at the corner of the outer corner of the square turbine, and the liquid metal is raised and used for storage + Intake air path length lens and the sun Various energy storage cycle coalescence engines that use turbines and blades of the same diameter and the same shape for each stage as a group of turbine blades that can be used for light / hot / cool manufacturing and can be fully automated.   Turbine blade cross section (4X) 17 times turbine multiple drive short-time coalescence engine injection part (78S) Large injection propulsion output Liquid metal solar engine + horizontal axis (1h) is driven with right angled square turbine outer box at right angle Inverted turbines + Intake air path length lens and solar heating / cooling manufacturing + Insulating air path length lens with a warming and increasing ball raising device (2F) installed at the corner of the square turbine outer box Combined with various energy storage cycle engines, the turbine blades of the turbine are used with the same diameter and the same shape for each paragraph, and the fitting bolt assembly turbine is used.   Turbine blade cross section (4X) 18 times turbine multiple drive short time coalescence engine injection part (78S) large injection propulsion output liquid metal solar engine + horizontal axis (1h) equipped with right angled square turbine outer box driven and rotated Inverted turbines + Intake air path length lens and solar heating / cooling manufacturing + Insulating air path length lens with a warming and increasing ball raising device (2F) installed at the corner of the square turbine outer box Combined with various energy storage cycle engines, the turbine blades of the turbine are used with the same diameter and the same shape for each paragraph, and the fitting bolt assembly turbine is used.   Turbine blade cross section (4X) 19 times turbine multiple drive short-time coalescence engine injection part (78S) Large injection propulsion output Liquid metal solar engine + Horizontal axis (1h) is driven with right angled square turbine outer box and rotated Inverted turbines + Intake air path length lens and solar heating / cooling manufacturing + Insulating air path length lens with a warming and increasing ball raising device (2F) installed at the corner of the square turbine outer box Combined with various energy storage cycle engines, the turbine blades of the turbine are used with the same diameter and the same shape for each paragraph, and the fitting bolt assembly turbine is used.   Turbine blade cross section (4X) 20 times the turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar engine + horizontal axis (1h) equipped with right angle square outer box drive and rotate Inverted turbines + Intake air path length lens and solar heating / cooling manufacturing + Insulating air path length lens with a warming and increasing ball raising device (2F) installed at the corner of the square turbine outer box Combined with various energy storage cycle engines, the turbine blades are of the same diameter and the same shape for each stage and are fitted with a bolt assembly turbine.   Turbine blade cross section (4X) 21 times turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar engine + horizontal axis (1h) equipped with right angled square turbine outer box driven and rotated Inverted turbines + Intake air path length lens and solar heating / cooling manufacturing + Insulating air path length lens with a warming and increasing ball raising device (2F) installed at the corner of the square turbine outer box Combined with various energy conservation cycle engines, the turbine blades of the turbine that can be used for heating and cooling with sunlight and full-automatic machining can be made into a fitting bolt assembly turbine with the same diameter and shape of each stage.   Turbine blade cross section (4X) 22 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Alternate heat insulation turbine + Insulation increase ball riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Intake air path length lens and sunlight to produce hot and cold heat + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Turbine blade cross section (4X) 23 times turbine multiple drive short-time coalescence engine injection part (78S) large injection propulsion output liquid metal solar thermal engine + horizontal axis (1h) with square turbine outer box at right angle and rotating direction Alternate heat insulation turbine + Insulation increase ball riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Intake air path length lens and sunlight to produce hot and cold heat + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Turbine blade cross-section (4X) 24 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle Alternate heat insulation turbine + Insulation increase ball riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Intake air path length lens and sunlight to produce hot and cold heat + Turbine motion Various energy storage cycle coalescing engines with a blade group as a fitting bolt assembly turbine with a blade group of the same diameter and shape.   Turbine blade cross section (4X) 25 times turbine multiple drive short time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Alternate heat insulation turbine + Insulation sphere riser (2F) is installed at the corner of the square turbine outer box, and liquid metal is raised and used for storage + Inlet air path length lens and solar heating / cooling production + Fully automatic processing Various energy storage cycle coalescing engines in which the turbine blade group is made into a fitting bolt assembly turbine with the same diameter and shape of each turbine as possible.   Turbine blade cross section (4X) double turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) with square turbine outer box at right angle to rotate in the direction of rotation Alternate heat insulation turbine + Insulation sphere riser (2F) is installed at the corner of the square turbine outer box, and liquid metal is raised and used for storage + Inlet air path length lens and solar heating / cooling production + Fully automatic processing Various energy storage cycle coalescing engines, with the blades of the turbine capable of being used as a fitting bolt assembly turbine with the same diameter and shape of each paragraph.   Turbine blade cross section (4X) 3 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Intake air path length lens and use of solar energy for heating and cooling + Various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 4 times turbine multiple drive short time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Intake air path length lens and use of solar energy for heating and cooling + Various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 5 times turbine multiple drive short time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Intake air path length lens and use of solar energy for heating and cooling + Various energy conservation cycle coalescing engine with turbine blades of the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 6 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Intake air path length lens and solar heating / cooling production + Fully automatic machining possible Turbine blade group with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 7 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) to make large injection propulsion output right angle square turbine outer box at right angle Use alternating heat insulation turbine to accelerate liquid metal downward + Intake air path length lens and solar heating / cooling production + Insulation heat bulb increase device (2F) is installed at corner corner of square turbine and rises liquid metal + Intake air path length lens and use of sunlight for heating and cooling production + Various energy conservation cycle coalescing engine with fully automatic machining turbine blade group with the same diameter and the same shape for each paragraph as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 8 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Accelerates with combustion gas heat quantity and mass or compressed air calorie quantity and mass + Combines various energy storage cycle with turbine blades of the same diameter and same shape for each stage as a fitting bolt assembly turbine organ.   Turbine blade cross section (4X) 9 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Accelerates with combustion gas heat quantity and mass or compressed air calorie quantity and mass + Combines various energy storage cycle with turbine blades of the same diameter and same shape for each stage as a fitting bolt assembly turbine organ.   Turbine blade cross section (4X) 10 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle with square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by the combined engine injection part (78S). + Accelerates with combustion gas heat quantity and mass or compressed air calorie quantity and mass + Combines various energy storage cycle with turbine blades of the same diameter and same shape for each stage as a fitting bolt assembly turbine organ.   Turbine blade cross section (4X) 11 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) with a square turbine outer box at right angles The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by a combined engine injection unit (78S). + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass. Various energy conservation cycle coalescence engine.   Turbine blade cross section (4X) 12 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + horizontal axis (1h) at right angle to square turbine outer box at right angle The liquid metal is accelerated and driven downward by using alternate heat insulation turbines. + A variety of airplanes are driven by the combined engine injection part (78S). + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Turbine blade group capable of fully automatic machining with the same diameter and shape of each paragraph Various energy conservation cycle coalescence engine.   Turbine blade cross section (4X) 13 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate turbine drive downward by gravitational acceleration + Drive various types of aircraft with united engine injection unit (78S) injection driving force + Insulate and increase ball riser device (2F) at corner of outer corner of square turbine to use and store liquid metal + Combustion gas heat quantity and mass or compression Various energy storage cycle coalescing engines that use a pressure divided and stored in the amount of air heat and mass, and make the turbine blades the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 14 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate turbine drive downward by gravitational acceleration + Drive various types of aircraft with united engine injection unit (78S) injection driving force + Insulate and increase ball riser device (2F) at corner of outer corner of square turbine to use and store liquid metal + Combustion gas heat quantity and mass or compression Various energy storage cycle coalescing engines that use a pressure divided and stored in the amount of air heat and mass, and make the turbine blades the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 15 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate turbine drive downward by gravitational acceleration + Drive various types of aircraft with united engine injection unit (78S) injection driving force + Insulate and increase ball riser device (2F) at corner of outer corner of square turbine to use and store liquid metal + Combustion gas heat quantity and mass or compression Various energy storage cycle coalescing engines that use a pressure divided and stored in the amount of air heat and mass, and make the turbine blades the same diameter and shape of each stage as a fitting bolt assembly turbine.   Turbine blade cross-section (4X) 16 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine that makes large injection propulsion output + power increase sphere (2E) is accelerated turbine driven downward by gravitational acceleration + Drive various types of aircraft with united engine injection unit (78S) injection driving force + Insulate and increase ball riser device (2F) at corner of outer corner of square turbine to use and store liquid metal + Combustion gas heat quantity and mass or compression Various energy storage cycle coalescing engines in which turbine blades have the same diameter and the same shape for each stage and are fitted with bolt assembly turbines that can be accelerated and fully automated with the pressure stored separately in the amount of heat and mass of air.   Turbine blade cross section (4X) 17 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) to accelerate turbine drive downward by gravitational acceleration + Drive various types of aircraft with united engine injection unit (78S) injection driving force + Insulate and increase ball riser device (2F) at corner of outer corner of square turbine to use and store liquid metal + Combustion gas heat quantity and mass or compression Various energy conservation cycle coalescing engines with turbine blades that can be accelerated and fully automatic processed by pressure divided and stored in air calorie and mass, and fitted with a bolt assembly turbine with the same diameter and shape of each stage.   Turbine blade cross section (4X) 18 times turbine multiple drive short-time coalescence engine injection part (78S) Large metal propulsion output + liquid metal solar engine + output increase sphere (2E) configuration and method + intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and liquid metal is raised and used for storage + Divided and stored into combustion gas heat quantity and mass or compressed air heat quantity and mass Various energy conservation cycle coalescing engines with acceleration / acceleration + turbine blades and fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine blade cross section (4X) 19-times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase ball (2E) to accelerate large injection propulsion output + construction and method + intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and liquid metal is raised and used for storage + Divided and stored into combustion gas heat quantity and mass or compressed air heat quantity and mass Various energy conservation cycle coalescing engines with acceleration / acceleration + turbine blades and fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine blade cross section (4X) 20 times turbine multiple drive short-time coalescence engine injection part (78S) Large injection propulsion output Liquid metal solar engine + Configuration and method for accelerating output increase sphere (2E) + intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and liquid metal is raised and used for storage + Divided and stored into combustion gas heat quantity and mass or compressed air heat quantity and mass Various energy conservation cycle coalescing engines with acceleration / acceleration + turbine blades and fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine blade cross section (4X) 21 times the turbine multiple drive short-time coalescence engine injection section (78S) liquid metal solar engine + power increase sphere (2E) acceleration configuration and method + intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and liquid metal is raised and used for storage + Divided and stored into combustion gas heat quantity and mass or compressed air heat quantity and mass Various energy storage cycle coalescing engines with turbine rotor blades that have the same diameter and the same shape for each stage and are fitted with a bolt assembly turbine that can be accelerated and fully automatically machined at the same pressure.   Turbine blade cross section (4X) 22 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) acceleration configuration and method + intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and liquid metal is raised and used for storage + Divided and stored into combustion gas heat quantity and mass or compressed air heat quantity and mass Various energy conservation cycle coalescing engines with turbine rotor blades that can be accelerated and fully machined at the same pressure, with the same diameter and diameter of each stage as a fitting bolt assembly turbine.   Turbine blade cross section (4X) 23 times turbine multiple drive short-time coalescence engine injection part (78S) Large injection propulsion output Liquid metal solar engine + Configuration and method for accelerating output increase sphere (2E) + intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and liquid metal is raised and used for storage + Divided and stored into combustion gas heat quantity and mass or compressed air heat quantity and mass Various energy conservation cycle coalescing engines with acceleration / acceleration + turbine blades and fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine blade cross section (4X) 24 times turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar engine + power increase sphere (2E) configuration and method to accelerate + injection air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and liquid metal is raised and used for storage + Divided and stored into combustion gas heat quantity and mass or compressed air heat quantity and mass Various energy conservation cycle coalescing engines with acceleration / acceleration + turbine blades and fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine blade cross section (4X) 25 times turbine multiple drive short-time coalescence engine injection section (78S) liquid metal solar engine + power increase sphere (2E) acceleration configuration and method + intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and liquid metal is raised and used for storage + Divided and stored into combustion gas heat quantity and mass or compressed air heat quantity and mass Various energy conservation cycle coalescing engines with acceleration / acceleration + turbine blades and fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine for large injection propulsion output + Configuration and method for accelerating output increase sphere (2E) + Intake air path length lens and solar heating / cooling manufacture with sunlight + Insulating and increasing ball riser (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and used for storage + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + turbine blades Various energy storage cycle coalescing engines in which the fitting bolt assembly turbine is provided in one stage with the same diameter and the same shape for each paragraph.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine for large injection propulsion output + Configuration and method for accelerating output increase sphere (2E) + Intake air path length lens and solar heating / cooling manufacture with sunlight + Insulating and increasing ball riser (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and used for storage + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + turbine blades Various energy storage cycle coalescing engines in which the fitting bolt assembly turbines are provided in two stages with the same diameter and the same shape for each paragraph.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal by installing a heat retention increasing ball rising device (2F) at the corner of the square turbine outer casing + Combustion gas calorific value Accelerating with pressure that is divided and stored into mass or compressed air calorie and mass + Fully automatic processing possible Turbine blade group of each stage with the same diameter and shape, and various energy storage cycle coalescing engines with three stages of fitting bolt assembly turbines .   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal by installing a heat retention increasing ball rising device (2F) at the corner of the square turbine outer casing + Combustion gas calorific value Combined with various energy storage cycles, the turbine blades of the turbine that can be accelerated and fully automatic processed with the pressure divided and stored in mass or compressed air calorie and mass, with the same diameter and the same shape for each stage, and the fitting bolt assembly turbines are provided in four stages organ.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal by installing a heat retention increasing ball rising device (2F) at the corner of the square turbine outer casing + Combustion gas calorific value Various energy storage cycles with a turbine rotor blade group that can be accelerated and fully automated with the pressure divided and stored in mass or compressed air calorie and mass, with the same diameter and the same shape for each paragraph, and with 5 stages of fitting bolt assembly turbines Combined organization.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal by installing a heat retention increasing ball rising device (2F) at the corner of the square turbine outer casing + Combustion gas calorific value Accelerating with pressure divided and stored into mass or compressed air calorie and mass + various energy storage cycle coalescing engines with turbine rotor blade groups of the same diameter and shape of each stage, and provided with six bolted assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal by installing a heat retention increasing ball rising device (2F) at the corner of the square turbine outer casing + Combustion gas calorific value Accelerating with pressure divided and stored into mass or compressed air calorie and mass + various energy storage cycle coalescing engines with turbine rotor blades having the same diameter and shape of each stage and fitted with a bolt assembly turbine in seven stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal by installing a heat retention increasing ball rising device (2F) at the corner of the square turbine outer casing + Combustion gas calorific value Accelerating with pressure that is divided and stored in mass or compressed air calorie and mass + Fully automatic processing possible Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine is provided in 8 stages, various energy storage cycle coalescence engine .   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal by installing a heat retention increasing ball rising device (2F) at the corner of the square turbine outer casing + Combustion gas calorific value Accelerating with pressure that is divided and stored in mass or compressed air calorie and mass + Fully automatic processing possible Turbine blade group of each stage with the same diameter and shape of each stage, and various energy storage cycle coalescing engines with 9 stages of fitting bolt assembly turbines .   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal by installing a heat retention increasing ball rising device (2F) at the corner of the square turbine outer casing + Combustion gas calorific value Accelerating with pressure that is divided and stored into mass or compressed air calorie and mass + Fully automatic processing possible Turbine blade group with the same diameter and approximately the same shape for each stage and fitting bolt assembly turbines provided in 10 stages, various energy storage cycle coalescence engine .   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal by installing a heat retention increasing ball rising device (2F) at the corner of the square turbine outer casing + Combustion gas calorific value Acceleration with pressure that is divided and stored into mass or compressed air calorie and mass + Fully automatic machining possible Turbine blade group with the same diameter and shape of each stage, and a combination bolt assembly turbine in one stage .   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal by installing a heat retention increasing ball rising device (2F) at the corner of the square turbine outer casing + Combustion gas calorific value Accelerating with pressure that is divided and stored in mass or compressed air calorie and mass + Fully automatic processing possible Turbine blade group with the same diameter and the same shape for each stage, and a combination bolt assembly turbine in two stages .   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal by installing a heat retention increasing ball rising device (2F) at the corner of the square turbine outer casing + Combustion gas calorific value Combined with various energy storage cycles, the turbine blade group of turbines that can be accelerated and fully automated with the pressure divided and stored in mass or compressed air calorie and mass, and with the same diameter and the same shape for each stage, are provided with three stages of fitting bolt assembly turbines organ.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal by installing a heat retention increasing ball rising device (2F) at the corner of the square turbine outer casing + Combustion gas calorific value Combined with various energy storage cycles, the turbine blades of the turbine that can be accelerated and fully automatic processed with the pressure divided and stored in mass or compressed air calorie and mass, with the same diameter and the same shape for each stage, and the fitting bolt assembly turbines are provided in four stages organ.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal by installing a heat retention increasing ball rising device (2F) at the corner of the square turbine outer casing + Combustion gas calorific value Combined with various energy storage cycles, the turbine blades of the turbine that can be accelerated and fully automated with the pressure divided and stored in mass or compressed air calorie and mass, and with the same diameter and shape of each stage are provided in five stages. organ.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal by installing a heat retention increasing ball rising device (2F) at the corner of the square turbine outer casing + Combustion gas calorific value Combined with various energy storage cycles, the turbine blades of the turbine that can be accelerated and fully automated with the pressure divided and stored in mass or compressed air calorie and mass are of the same diameter and shape of each stage, and are provided with 6 stages of fitting bolt assembly turbines organ.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal by installing a heat retention increasing ball rising device (2F) at the corner of the square turbine outer casing + Combustion gas calorific value Combined with various energy storage cycles, with the turbine blade group of turbines capable of acceleration + fully automatic processing, with the same diameter and the same shape for each stage, provided with 7 bolts of mating bolt assembly turbines. organ.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal by installing a heat retention increasing ball rising device (2F) at the corner of the square turbine outer casing + Combustion gas calorific value Various energy storage cycles with 8 stages of bolt assembly turbines, with turbine blades that can be accelerated and fully automatic processed by pressure divided and stored in mass or compressed air calorie and mass, with the same diameter and shape of each stage. Combined organization.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal by installing a heat retention increasing ball rising device (2F) at the corner of the square turbine outer casing + Combustion gas calorific value Various energy storage cycles with a turbine blade group that can be accelerated and fully-automatically processed with pressure divided and stored in mass or compressed air calorie and mass, with the same diameter and the same shape for each stage, and with 9 bolted bolt assembly turbines Combined organization.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal by installing a heat retention increasing ball rising device (2F) at the corner of the square turbine outer casing + Combustion gas calorific value Various energy conservation cycles with 10 stages of mating bolt assembly turbines, with turbine blades that can be accelerated and fully automatic processed with pressure divided and stored in mass or compressed air calorie and mass, with the same diameter and shape of each paragraph Combined organization.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal by installing a heat retention increasing ball rising device (2F) at the corner of the square turbine outer casing + Combustion gas calorific value Various energy storage cycles with a turbine rotor blade group that can be accelerated and fully automated with the pressure divided and stored in mass or compressed air calorie and mass, with the same diameter and shape of each stage, and a single bolted turbine assembly Combined organization.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal by installing a heat retention increasing ball rising device (2F) at the corner of the square turbine outer casing + Combustion gas calorific value Various energy storage cycles in which the turbine blades that can be accelerated and fully automated by the pressure divided and stored in mass or compressed air calorie and mass are roughly the same shape for each stage, and the fitting bolt assembly turbine is provided in two stages. Combined organization.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal by installing a heat retention increasing ball rising device (2F) at the corner of the square turbine outer casing + Combustion gas calorific value Accelerating with pressure that is divided and stored into mass or compressed air calorie and mass + various energy storage cycle coalescing engines with turbine rotor blade groups having the same diameter and shape of each stage and fitting bolt assembly turbines in three stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal by installing a heat retention increasing ball rising device (2F) at the corner of the square turbine outer casing + Combustion gas calorific value Accelerating with pressure divided and stored in mass or compressed air calorie and mass + various energy storage cycle coalescing engines with turbine rotor blades having the same diameter and shape of each stage, and four fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal by installing a heat retention increasing ball rising device (2F) at the corner of the square turbine outer casing + Combustion gas calorific value Acceleration with pressure divided and stored in mass or compressed air calorie and mass + various energy storage cycle coalescing engines with turbine rotor blade groups having the same diameter and shape of each stage and fitted with five bolted turbine assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal by installing a heat retention increasing ball rising device (2F) at the corner of the square turbine outer casing + Combustion gas calorific value Accelerating with pressure divided and stored into mass or compressed air calorie and mass + various energy storage cycle coalescing engines with turbine rotor blade groups of the same diameter and shape of each stage, and provided with six bolted assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal by installing a heat retention increasing ball rising device (2F) at the corner of the square turbine outer casing + Combustion gas calorific value Accelerating with pressure divided and stored into mass or compressed air calorie and mass + various energy storage cycle coalescing engines with turbine rotor blades having the same diameter and shape of each stage and fitted with a bolt assembly turbine in seven stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal by installing a heat retention increasing ball rising device (2F) at the corner of the square turbine outer casing + Combustion gas calorific value Accelerating with pressure divided and stored in mass or compressed air calorie and mass + various energy storage cycle coalescing engines with turbine rotor blade groups having the same diameter and shape of each stage, and 8 fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal by installing a heat retention increasing ball rising device (2F) at the corner of the square turbine outer casing + Combustion gas calorific value Accelerating with pressure divided and stored in mass or compressed air heat quantity and mass + various energy storage cycle coalescing engines with turbine rotor blade groups having the same diameter and shape of each stage and fitted with bolted turbine assembly in 9 stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal by installing a heat retention increasing ball rising device (2F) at the corner of the square turbine outer casing + Combustion gas calorific value Accelerating with pressure divided and stored in mass or compressed air calorie and mass + various energy storage cycle coalescing engines in which turbine blade groups are of the same shape for each stage and fitted with 10 bolts.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal by installing a heat retention increasing ball rising device (2F) at the corner of the square turbine outer casing + Combustion gas calorific value Accelerating with pressure divided and stored in mass or compressed air calorie and mass + various energy storage cycle coalescing engines with turbine rotor blade groups having the same diameter and shape of each stage and fitted with a bolt assembly turbine in one stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal by installing a heat retention increasing ball rising device (2F) at the corner of the square turbine outer casing + Combustion gas calorific value Acceleration with pressure divided and stored in mass or compressed air heat quantity and mass + various energy storage cycle coalescing engines with turbine rotor blade groups having the same diameter and shape of each stage and two fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal by installing a heat retention increasing ball rising device (2F) at the corner of the square turbine outer casing + Combustion gas calorific value Accelerating with pressure that is divided and stored into mass or compressed air calorie and mass + various energy storage cycle coalescing engines with turbine rotor blade groups having the same diameter and shape of each stage and fitting bolt assembly turbines in three stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal by installing a heat retention increasing ball rising device (2F) at the corner of the square turbine outer casing + Combustion gas calorific value Accelerating with pressure divided and stored in mass or compressed air calorie and mass + various energy storage cycle coalescing engines with turbine rotor blades having the same diameter and shape of each stage, and four fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal by installing a heat retention increasing ball rising device (2F) at the corner of the square turbine outer casing + Combustion gas calorific value Acceleration with pressure divided and stored in mass or compressed air calorie and mass + various energy storage cycle coalescing engines with turbine rotor blade groups having the same diameter and shape of each stage and fitted with five bolted turbine assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal by installing a heat retention increasing ball rising device (2F) at the corner of the square turbine outer casing + Combustion gas calorific value Accelerating with pressure divided and stored into mass or compressed air calorie and mass + various energy storage cycle coalescing engines with turbine rotor blade groups of the same diameter and shape of each stage, and provided with six bolted assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal by installing a heat retention increasing ball rising device (2F) at the corner of the square turbine outer casing + Combustion gas calorific value Accelerating with pressure divided and stored into mass or compressed air calorie and mass + various energy storage cycle coalescing engines with turbine rotor blades having the same diameter and shape of each stage and fitted with a bolt assembly turbine in seven stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Heat retention increase ball lift device (2F) Increase head drop + Heat retention increase ball lift device (2F) is installed at the corner of the square turbine outer box to raise the liquid metal Preservation use + Acceleration with pressure divided into combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining possible Turbine blade group with the same diameter and the same shape for each stage, 8 fitting bolt assembly turbines are provided Various energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Heat retention increase ball lift device (2F) Increase head drop + Heat retention increase ball lift device (2F) is installed at the corner of the square turbine outer box to raise the liquid metal Preservation + Acceleration with pressure divided into combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining of turbine blades with the same diameter and shape of each stage in 9 stages of bolt assembly turbine Various energy conservation cycle coalescence engines provided.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Heat retention increase ball lift device (2F) Increase head drop + Heat retention increase ball lift device (2F) is installed at the corner of the square turbine outer box to raise the liquid metal Preservation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Turbine blade group capable of fully automatic machining with 10 stages of mating bolt assembly turbines with the same diameter and shape of each stage Various energy conservation cycle coalescence engine established in.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Heat retention increase ball lift device (2F) Increase head drop + Heat retention increase ball lift device (2F) is installed at the corner of the square turbine outer box to raise the liquid metal Preservation + Acceleration with pressure divided and divided into combustion gas calorie and mass or compressed air calorie and mass + Turbine blades are set to the same diameter and shape of each stage, and a variety of energy conservation is provided with one stage of fitting bolt assembly turbine Cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Heat retention increase ball lift device (2F) Increase head drop + Heat retention increase ball lift device (2F) is installed at the corner of the square turbine outer box to raise the liquid metal Preservation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Turbine blades are of the same shape for each stage and have the same diameter and shape, and two stages of fitting bolt assembly turbines for energy conservation Cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and used. + Divided and stored into combustion gas calorie and mass or compressed air calorie and mass Acceleration by pressure + Fully automatic machining The turbine blades of each turbine are of the same shape and shape with the same diameter for each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and used. + Divided and stored into combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with turbine blades that can be accelerated and fully machined by pressure with the same diameter and the same shape for each stage, and four stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and used. + Divided and stored into combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with turbine rotor blades that can be accelerated and fully machined by pressure, with the same diameter and shape of each stage, and 5 stages of bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and used. + Divided and stored into combustion gas calorie and mass or compressed air calorie and mass Accelerating with pressure + Combined engine with various energy storage cycles, with turbine blades set to approximately the same shape for each stage, with 6 bolts of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and used. + Divided and stored into combustion gas calorie and mass or compressed air calorie and mass Acceleration by pressure + Turbine blade group with the same diameter and the same shape for each paragraph, and various energy conservation cycle coalescing engines with 7 fitting bolt assembly turbines.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the square turbine outer box, and the liquid metal is used for ascending storage + Acceleration with the pressure divided and stored in the combustion gas calorie and mass or compressed air calorie and mass + Fully automatic workable turbine blade group Various energy storage cycle coalescing engines in which the same diameter and diameter of each paragraph are provided and the fitting bolt assembly turbines are provided in eight stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box and the liquid metal is used for ascending storage + Acceleration with the pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Turbine rotor blade capable of fully automatic processing Various energy conservation cycle coalescing engines with groups of approximately the same diameter and the same shape for each paragraph and provided with 9 stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending storage + combustion gas calorie and mass or compressed air calorie and pressure are stored separately and stored in the turbine + fully automatic machining is possible Various energy storage cycle coalescing engines with blade groups of the same diameter and approximately the same shape for each stage, and 10 bolts of fitting bolt assembly turbines.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box, and the liquid metal is used for ascending storage + Acceleration with the pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Turbine blade group in each paragraph Various energy storage cycle coalescing engines with a fitting bolt assembly turbine arranged in one stage and having substantially the same diameter.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box, and the liquid metal is used for ascending storage + Acceleration with the pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Turbine blade group in each paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines arranged in two stages with approximately the same diameter.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Various energy storage cycle coalescing engines in which the turbine blades of the turbine that can be accelerated and fully-automatically processed by the pressure divided and stored in heat quantity and mass are set to the same diameter and shape of each stage, and the fitting bolt assembly turbines are provided in three stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Various energy storage cycle coalescing engines in which the turbine blades that can be accelerated and fully processed automatically by the pressure divided and stored in the amount of heat and mass are roughly the same shape for each stage and have four stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Various energy storage cycle coalescing engines in which turbine blades capable of acceleration + full-automatic machining with pressure divided and stored in heat and mass are made substantially the same shape with the same diameter for each stage and fitted with bolted turbines in five stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Acceleration with pressure divided and stored in calorie and mass + various energy storage cycle coalescing engines with turbine rotor blade groups of the same diameter and shape of each stage and fitting bolt assembly turbines in 6 stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Acceleration with pressure divided and stored in calorie and mass + various energy storage cycle coalescing engines with turbine rotor blades of the same diameter and shape of each stage and fitted with bolted turbine assembly in 7 stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) in the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Combustion gas calorific value and Various energy storage cycle coalescing engines in which the turbine blades of the turbine that can be accelerated and fully-automatically processed by the pressure divided and stored in mass or compressed air calorie and mass are provided in 8 stages with the same diameter and shape of each turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) in the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Combustion gas calorific value and Various energy storage cycle coalescence engines with 9 stages of turbine bolts with the same diameter and the same shape for each stage of the turbine blades that can be accelerated and fully automated by mass or compressed air heat and mass. .   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) in the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Combustion gas calorific value and Combined with various energy storage cycles, the turbine blades that can be accelerated and fully automated by mass or compressed air calorie and pressure divided into masses have the same diameter and shape of each stage, and are equipped with 10 fitting bolt assembly turbines. organ.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) in the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Combustion gas calorific value and Various energy storage cycle coalescing engines in which the acceleration and turbine blade groups are arranged in the same shape and the same shape for each stage, and the mating bolt assembly turbine is provided in one stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) in the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Combustion gas calorific value and Various energy storage cycle coalescing engines with two stages of mating bolt assembly turbines with acceleration / turbine blades grouped in the same diameter and approximately the same shape with pressure divided and stored in mass or compressed air heat quantity and mass.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used. + The pressure divided and stored in the combustion gas heat quantity and mass or compressed air heat quantity and mass Various energy storage cycle coalescing engines, with the turbine blades of the acceleration + fully automatic processing turbines having the same diameter and the same shape for each stage and the fitting bolt assembly turbines in three stages.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used. + The pressure divided and stored in the combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines in which turbine blades that can be accelerated and fully machined are of the same diameter and the same shape for each stage, and are provided with four stages of fitting bolt assembly turbines.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used. + The pressure divided and stored in the combustion gas calorie and mass or compressed air calorie and mass Various energy conservation cycle coalescing engines with a turbine blade group capable of acceleration + fully automatic machining, with the same diameter and the same shape for each stage, and 5 stages of fitting bolt assembly turbines.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used. + The pressure divided and stored in the combustion gas heat quantity and mass or compressed air heat quantity and mass Various energy storage cycle coalescing engines in which the rotor blade group of the acceleration + turbine has the same diameter and the same shape for each stage and the fitting bolt assembly turbine is provided in six stages.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used. + The pressure divided and stored in the combustion gas heat quantity and mass or compressed air heat quantity and mass Various energy conservation cycle coalescing engines with 7 stages of mating bolt assembly turbines with the acceleration + turbine blade group having the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and used. + Divided and stored into combustion gas calorie and mass or compressed air calorie and mass Acceleration by pressure + Fully automatic processing possible Combined engine with various energy storage cycles, with turbine blades of the same diameter and the same shape for each stage, and 8 bolts of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and used. + Divided and stored into combustion gas calorie and mass or compressed air calorie and mass Various energy conservation cycle coalescing engines with turbine rotor blades that can be accelerated by pressure and fully automatic machined, with the same diameter and the same shape for each stage, and 9 stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and used. + Divided and stored into combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with 10 stages of fitting bolt assembly turbines with turbine blades that can be accelerated and fully machined by pressure, with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and used. + Divided and stored into combustion gas calorie and mass or compressed air calorie and mass Acceleration by pressure + Turbine blade group of each turbine with the same diameter and the same shape for each stage, and a combined bolt assembly turbine in one stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and used. + Divided and stored into combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with acceleration and pressure + turbine blades grouped in the same diameter and shape of each stage and fitted bolt assembly turbines in two stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the square turbine outer box, and the liquid metal is used for ascending storage + Acceleration with the pressure divided and stored in the combustion gas calorie and mass or compressed air calorie and mass + Fully automatic workable turbine blade group Various energy storage cycle coalescing engines with the same diameter and the same shape for each paragraph, and three stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box and the liquid metal is used for ascending storage + Acceleration with the pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Turbine rotor blade capable of fully automatic processing Various energy storage cycle coalescing engines with groups of approximately the same diameter and the same shape for each paragraph and four stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending storage + combustion gas calorie and mass or compressed air calorie and pressure are stored separately and stored in the turbine + fully automatic machining is possible Various energy conservation cycle coalescing engines with blade groups of the same diameter and approximately the same shape for each paragraph, and five stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box, and the liquid metal is used for ascending storage + Acceleration with the pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Turbine blade group in each paragraph Various energy storage cycle coalescing engines with 6-stage fitting bolt assembly turbines with approximately the same diameter.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box, and the liquid metal is used for ascending storage + Acceleration with the pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Turbine blade group in each paragraph Various energy storage cycle coalescing engines with 7-stage fitting bolt assembly turbines with approximately the same diameter.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Various energy conservation cycle coalescence engines with 8 stages of fitting bolt assembly turbines, with turbine blades that are accelerated and fully automatic machined by pressure divided and stored in heat and mass and have the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Various energy storage cycle coalescing engines with a turbine blade group that can be accelerated and fully automatically machined by pressure divided and stored in heat quantity and mass, with the same diameter and the same shape for each stage, and with 9 stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Various energy storage cycle coalescing engines in which turbine blades capable of acceleration and full-automatic machining with pressure divided and stored in calorie and mass are made to have the same diameter and the same shape for each stage and the fitting bolt assembly turbines are provided in 10 stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Various energy storage cycle coalescence engines with acceleration and turbine blade groups of the same diameter and the same shape for each paragraph and with a fitting bolt assembly turbine in one stage with pressure divided and stored in heat and mass.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Various energy storage cycle coalescing engines with acceleration and turbine blade groups of the same diameter and the same shape for each paragraph, and two stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) in the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Combustion gas calorific value and Various energy storage cycle coalescing engines in which the turbine blades of the turbine that can be accelerated and fully automatic machined by the pressure divided and stored in mass or compressed air calorie and mass are provided with three stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) in the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Combustion gas calorific value and Various energy storage cycle coalescing engines in which turbine blades that can be accelerated and fully automated by mass or compressed air heat quantity and mass are stored in four stages with the same diameter and the same shape for each stage. .   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) in the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Combustion gas calorific value and Combined with various energy storage cycles in which turbine blades that can be accelerated and fully automated by mass or compressed air calorie and pressure are stored in the same diameter and shape of each stage and fitted with a bolt assembly turbine in five stages organ.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) in the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Combustion gas calorific value and Various energy storage cycle coalescing engines with acceleration / turbine blades grouped in mass or compressed air calorie and mass and stored in six stages with the same diameter and shape of each turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) in the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Combustion gas calorific value and Various energy storage cycle coalescence engines with acceleration / turbine moving blades grouped into mass or compressed air calorie and mass and having the same diameter and shape of each turbine, and with 7 stages of fitting bolt assembly turbines.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used. + The pressure divided and stored in the combustion gas heat quantity and mass or compressed air heat quantity and mass Various energy storage cycle coalescing engines with 8 stages of mating bolt assembly turbines, with the rotor blade groups of the turbine capable of acceleration + fully-automatic machining having the same diameter and shape of each paragraph.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used. + The pressure divided and stored in the combustion gas heat quantity and mass or compressed air heat quantity and mass Various energy storage cycle coalescing engines in which the turbine blade groups that can be accelerated and fully machined are of the same diameter and the same shape for each stage, and are provided with 9 stages of bolt assembly turbines.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used. + The pressure divided and stored in the combustion gas heat quantity and mass or compressed air heat quantity and mass Various energy storage cycle coalescing engines with 10 stages of mating bolt assembly turbines with turbine blades capable of accelerating + fully automatic machining and having the same diameter and shape of each stage.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used. + The pressure divided and stored in the combustion gas calorie and mass or compressed air calorie and mass Various energy conservation cycle coalescing engines in which the rotor blade group of the acceleration + turbine is substantially the same shape for each paragraph and the fitting bolt assembly turbine is provided in one stage.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used. + The pressure divided and stored in the combustion gas heat quantity and mass or compressed air heat quantity and mass Various energy storage cycle coalescing engines with the acceleration + turbine rotor blade group having the same diameter and the same shape for each paragraph, and two stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and used. + Divided and stored into combustion gas calorie and mass or compressed air calorie and mass Acceleration by pressure + Fully automatic machining The turbine blades of each turbine are of the same shape and shape with the same diameter for each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and used. + Divided and stored into combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with turbine blades that can be accelerated and fully machined by pressure with the same diameter and the same shape for each stage, and four stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and used. + Divided and stored into combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with turbine rotor blades that can be accelerated and fully machined by pressure, with the same diameter and shape of each stage, and 5 stages of bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and used. + Divided and stored into combustion gas calorie and mass or compressed air calorie and mass Accelerating with pressure + Combined engine with various energy storage cycles, with turbine blades set to approximately the same shape for each stage, with 6 bolts of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and used. + Divided and stored into combustion gas calorie and mass or compressed air calorie and mass Acceleration by pressure + Turbine blade group with the same diameter and the same shape for each paragraph, and various energy conservation cycle coalescing engines with 7 fitting bolt assembly turbines.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the square turbine outer box, and the liquid metal is used for ascending storage + Acceleration with the pressure divided and stored in the combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining turbine blade group Various energy storage cycle coalescing engines in which the same diameter and diameter of each paragraph are provided and the fitting bolt assembly turbines are provided in eight stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box and the liquid metal is used for ascending storage + Acceleration with the pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Turbine rotor blade capable of fully automatic processing Various energy conservation cycle coalescing engines with groups of approximately the same diameter and the same shape for each paragraph and provided with 9 stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending storage + combustion gas calorie and mass or compressed air calorie and pressure are stored separately and stored in the turbine + fully automatic machining is possible Various energy storage cycle coalescing engines with blade groups of the same diameter and approximately the same shape for each stage, and 10 bolts of fitting bolt assembly turbines.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box, and the liquid metal is used for ascending storage + Acceleration with the pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Turbine blade group in each paragraph Various energy storage cycle coalescing engines with a fitting bolt assembly turbine arranged in one stage and having substantially the same diameter.   Turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar thermal engine with large injection propulsion output + horizontal axis (1h) with square turbine outer box at right angle to make rotating direction alternate heat insulation turbine + heat retention increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box, and the liquid metal is used for ascending storage + Acceleration with the pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Turbine blade group in each paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines arranged in two stages with approximately the same diameter.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Various energy storage cycle coalescing engines in which the turbine blades of the turbine that can be accelerated and fully-automatically processed by the pressure divided and stored in heat quantity and mass are set to the same diameter and shape of each stage, and the fitting bolt assembly turbines are provided in three stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Various energy storage cycle coalescing engines in which the turbine blades that can be accelerated and fully processed automatically by the pressure divided and stored in the amount of heat and mass are roughly the same shape for each stage and have four stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Various energy storage cycle coalescing engines in which turbine blades capable of acceleration + full-automatic machining with pressure divided and stored in heat and mass are made substantially the same shape with the same diameter for each stage and fitted with bolted turbines in five stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Acceleration with pressure divided and stored in calorie and mass + various energy storage cycle coalescing engines with turbine rotor blade groups of the same diameter and shape of each stage and fitting bolt assembly turbines in 6 stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Acceleration with pressure divided and stored in calorie and mass + various energy storage cycle coalescing engines with turbine rotor blades of the same diameter and shape of each stage and fitted with bolted turbine assembly in 7 stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) in the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Combustion gas calorific value and Various energy storage cycle coalescing engines in which the turbine blades of the turbine that can be accelerated and fully-automatically processed by the pressure divided and stored in mass or compressed air calorie and mass are provided in 8 stages with the same diameter and shape of each turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) in the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Combustion gas calorific value and Various energy storage cycle coalescence engines with 9 stages of turbine bolts with the same diameter and the same shape for each stage of the turbine blades that can be accelerated and fully automated by mass or compressed air heat and mass. .   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) in the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Combustion gas calorific value and Combined with various energy storage cycles, the turbine blades that can be accelerated and fully automated by mass or compressed air calorie and pressure divided into masses have the same diameter and shape of each stage, and are equipped with 10 fitting bolt assembly turbines. organ.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) in the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Combustion gas calorific value and Various energy storage cycle coalescing engines in which the acceleration and turbine blade groups are arranged in the same shape and the same shape for each stage, and the mating bolt assembly turbine is provided in one stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) in the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Combustion gas calorific value and Various energy storage cycle coalescing engines with two stages of mating bolt assembly turbines with acceleration / turbine blades grouped in the same diameter and approximately the same shape with pressure divided and stored in mass or compressed air heat quantity and mass.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used. + The pressure divided and stored in the combustion gas heat quantity and mass or compressed air heat quantity and mass Various energy storage cycle coalescing engines, with the turbine blades of the acceleration + fully automatic processing turbines having the same diameter and the same shape for each stage and the fitting bolt assembly turbines in three stages.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used. + The pressure divided and stored in the combustion gas heat quantity and mass or compressed air heat quantity and mass Various energy storage cycle coalescing engines in which turbine blades that can be accelerated and fully machined are of the same diameter and the same shape for each stage, and are provided with four stages of fitting bolt assembly turbines.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used. + The pressure divided and stored in the combustion gas heat quantity and mass or compressed air heat quantity and mass Various energy conservation cycle coalescing engines with a turbine blade group capable of acceleration + fully automatic machining, with the same diameter and the same shape for each stage, and 5 stages of fitting bolt assembly turbines.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used. + The pressure divided and stored in the combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines in which the rotor blade group of the acceleration + turbine has the same diameter and the same shape for each stage and the fitting bolt assembly turbine is provided in six stages.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used. + The pressure divided and stored in the combustion gas calorie and mass or compressed air calorie and mass Various energy conservation cycle coalescing engines with 7 stages of mating bolt assembly turbines with the acceleration + turbine blade group having the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and used. + Divided and stored into combustion gas calorie and mass or compressed air calorie and mass Acceleration by pressure + Fully automatic processing possible Combined engine with various energy storage cycles, with turbine blades of the same diameter and the same shape for each stage, and 8 bolts of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and used. + Divided and stored into combustion gas calorie and mass or compressed air calorie and mass Various energy conservation cycle coalescing engines with turbine rotor blades that can be accelerated by pressure and fully automatic machined, with the same diameter and the same shape for each stage, and 9 stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and used. + Divided and stored into combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with 10 stages of fitting bolt assembly turbines with turbine blades that can be accelerated and fully machined by pressure, with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and used. + Divided and stored into combustion gas calorie and mass or compressed air calorie and mass Acceleration by pressure + Turbine blade group of each turbine with the same diameter and the same shape for each stage, and a combined bolt assembly turbine in one stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and used. + Divided and stored into combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with acceleration and pressure + turbine blades grouped in the same diameter and shape of each stage and fitted bolt assembly turbines in two stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the square turbine outer box, and the liquid metal is used for ascending storage + Acceleration with the pressure divided and stored in the combustion gas calorie and mass or compressed air calorie and mass + Fully automatic workable turbine blade group Various energy storage cycle coalescing engines with the same diameter and the same shape for each paragraph, and three stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box and the liquid metal is used for ascending storage + Acceleration with the pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Turbine rotor blade capable of fully automatic processing Various energy storage cycle coalescing engines with groups of approximately the same diameter and the same shape for each paragraph and four stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending storage + combustion gas calorie and mass or compressed air calorie and pressure are stored separately and stored in the turbine + fully automatic machining is possible Various energy conservation cycle coalescing engines with blade groups of the same diameter and approximately the same shape for each paragraph, and five stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box, and the liquid metal is used for ascending storage + Acceleration with the pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Turbine blade group in each paragraph Various energy storage cycle coalescing engines with 6-stage fitting bolt assembly turbines with approximately the same diameter.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box, and the liquid metal is used for ascending storage + Acceleration with the pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Turbine blade group in each paragraph Various energy storage cycle coalescing engines with 7-stage fitting bolt assembly turbines with approximately the same diameter.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Various energy conservation cycle coalescence engines with 8 stages of fitting bolt assembly turbines, with turbine blades that are accelerated and fully automatic machined by pressure divided and stored in heat and mass and have the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Various energy storage cycle coalescing engines with a turbine blade group that can be accelerated and fully automatically machined by pressure divided and stored in heat quantity and mass, with the same diameter and the same shape for each stage, and with 9 stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Various energy storage cycle coalescing engines in which turbine blades capable of acceleration and full-automatic machining with pressure divided and stored in calorie and mass are made to have the same diameter and the same shape for each stage and the fitting bolt assembly turbines are provided in 10 stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Various energy storage cycle coalescence engines with acceleration and turbine blade groups of the same diameter and the same shape for each paragraph and with a fitting bolt assembly turbine in one stage with pressure divided and stored in heat and mass.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Various energy storage cycle coalescing engines with acceleration and turbine blade groups of the same diameter and the same shape for each paragraph, and two stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) in the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Combustion gas calorific value and Various energy storage cycle coalescing engines in which the turbine blades of the turbine that can be accelerated and fully automatic machined by the pressure divided and stored in mass or compressed air calorie and mass are provided with three stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) in the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Combustion gas calorific value and Various energy storage cycle coalescing engines in which turbine blades that can be accelerated and fully automated by mass or compressed air heat quantity and mass are stored in four stages with the same diameter and the same shape for each stage. .   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) in the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Combustion gas calorific value and Combined with various energy storage cycles in which turbine blades that can be accelerated and fully automated by mass or compressed air calorie and pressure are stored in the same diameter and shape of each stage and fitted with a bolt assembly turbine in five stages organ.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) in the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Combustion gas calorific value and Various energy storage cycle coalescing engines with acceleration / turbine blades grouped in mass or compressed air calorie and mass and stored in six stages with the same diameter and shape of each turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) in the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Combustion gas calorific value and Various energy storage cycle coalescence engines with acceleration / turbine moving blades grouped into mass or compressed air calorie and mass and having the same diameter and shape of each turbine, and with 7 stages of fitting bolt assembly turbines.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used. + The pressure divided and stored in the combustion gas heat quantity and mass or compressed air heat quantity and mass Various energy storage cycle coalescing engines with 8 stages of mating bolt assembly turbines, with the rotor blade groups of the turbine capable of acceleration + fully-automatic machining having the same diameter and shape of each paragraph.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used. + The pressure divided and stored in the combustion gas heat quantity and mass or compressed air heat quantity and mass Various energy storage cycle coalescing engines in which the turbine blade groups that can be accelerated and fully machined are of the same diameter and the same shape for each stage, and are provided with 9 stages of bolt assembly turbines.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used. + The pressure divided and stored in the combustion gas heat quantity and mass or compressed air heat quantity and mass Various energy storage cycle coalescing engines with 10 stages of mating bolt assembly turbines with turbine blades capable of accelerating + fully automatic machining and having the same diameter and shape of each stage.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used. + The pressure divided and stored in the combustion gas calorie and mass or compressed air calorie and mass Various energy conservation cycle coalescing engines in which the rotor blade group of the acceleration + turbine is substantially the same shape for each paragraph and the fitting bolt assembly turbine is provided in one stage.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used. + The pressure divided and stored in the combustion gas heat quantity and mass or compressed air heat quantity and mass Various energy storage cycle coalescing engines with the acceleration + turbine rotor blade group having the same diameter and the same shape for each paragraph, and two stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and used. + Divided and stored into combustion gas calorie and mass or compressed air calorie and mass Acceleration by pressure + Fully automatic machining The turbine blades of each turbine are of the same shape and shape with the same diameter for each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and used. + Divided and stored into combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with turbine blades that can be accelerated and fully machined by pressure with the same diameter and the same shape for each stage, and four stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and used. + Divided and stored into combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with turbine rotor blades that can be accelerated and fully machined by pressure, with the same diameter and shape of each stage, and 5 stages of bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and used. + Divided and stored into combustion gas calorie and mass or compressed air calorie and mass Accelerating with pressure + Combined engine with various energy storage cycles, with turbine blades set to approximately the same shape for each stage, with 6 bolts of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and used. + Divided and stored into combustion gas calorie and mass or compressed air calorie and mass Acceleration by pressure + Turbine blade group with the same diameter and the same shape for each paragraph, and various energy conservation cycle coalescing engines with 7 fitting bolt assembly turbines.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the square turbine outer box, and the liquid metal is used for ascending storage + Acceleration with the pressure divided and stored in the combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining turbine blade group Various energy storage cycle coalescing engines in which the same diameter and diameter of each paragraph are provided and the fitting bolt assembly turbines are provided in eight stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box and the liquid metal is used for ascending storage + Acceleration with the pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Turbine rotor blade capable of fully automatic processing Various energy conservation cycle coalescing engines with groups of approximately the same diameter and the same shape for each paragraph and provided with 9 stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending storage + combustion gas calorie and mass or compressed air calorie and pressure are stored separately and stored in the turbine + fully automatic machining is possible Various energy storage cycle coalescing engines with blade groups of the same diameter and approximately the same shape for each stage, and 10 bolts of fitting bolt assembly turbines.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box, and the liquid metal is used for ascending storage + Acceleration with the pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Turbine blade group in each paragraph Various energy storage cycle coalescing engines with a fitting bolt assembly turbine arranged in one stage and having substantially the same diameter.   Turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar thermal engine with large injection propulsion output + horizontal axis (1h) with square turbine outer box at right angle to make rotating direction alternate heat insulation turbine + heat retention increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box, and the liquid metal is used for ascending storage + Acceleration with the pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Turbine blade group in each paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines arranged in two stages with approximately the same diameter.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Various energy storage cycle coalescing engines in which the turbine blades of the turbine that can be accelerated and fully-automatically processed by the pressure divided and stored in heat quantity and mass are set to the same diameter and shape of each stage, and the fitting bolt assembly turbines are provided in three stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Various energy storage cycle coalescing engines in which the turbine blades that can be accelerated and fully processed automatically by the pressure divided and stored in the amount of heat and mass are roughly the same shape for each stage and have four stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Various energy storage cycle coalescing engines in which turbine blades capable of acceleration + full-automatic machining with pressure divided and stored in heat and mass are made substantially the same shape with the same diameter for each stage and fitted with bolted turbines in five stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Acceleration with pressure divided and stored in calorie and mass + various energy storage cycle coalescing engines with turbine rotor blade groups of the same diameter and shape of each stage and fitting bolt assembly turbines in 6 stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Acceleration with pressure divided and stored in calorie and mass + various energy storage cycle coalescing engines with turbine rotor blades of the same diameter and shape of each stage and fitted with bolted turbine assembly in 7 stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) in the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Combustion gas calorific value and Various energy storage cycle coalescing engines in which the turbine blades of the turbine that can be accelerated and fully-automatically processed by the pressure divided and stored in mass or compressed air calorie and mass are provided in 8 stages with the same diameter and shape of each turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) in the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Combustion gas calorific value and Various energy storage cycle coalescence engines with 9 stages of turbine bolts with the same diameter and the same shape for each stage of the turbine blades that can be accelerated and fully automated by mass or compressed air heat and mass. .   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) in the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Combustion gas calorific value and Combined with various energy storage cycles, the turbine blades that can be accelerated and fully automated by mass or compressed air calorie and pressure divided into masses have the same diameter and shape of each stage, and are equipped with 10 fitting bolt assembly turbines. organ.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) in the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Combustion gas calorific value and Various energy storage cycle coalescing engines in which the acceleration and turbine blade groups are arranged in the same shape and the same shape for each stage, and the mating bolt assembly turbine is provided in one stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) in the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Combustion gas calorific value and Various energy storage cycle coalescing engines with two stages of mating bolt assembly turbines with acceleration / turbine blades grouped in the same diameter and approximately the same shape with pressure divided and stored in mass or compressed air heat quantity and mass.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used. + The pressure divided and stored in the combustion gas heat quantity and mass or compressed air heat quantity and mass Various energy storage cycle coalescing engines, with the turbine blades of the acceleration + fully automatic processing turbines having the same diameter and the same shape for each stage and the fitting bolt assembly turbines in three stages.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used. + The pressure divided and stored in the combustion gas heat quantity and mass or compressed air heat quantity and mass Various energy storage cycle coalescing engines in which turbine blades that can be accelerated and fully machined are of the same diameter and the same shape for each stage, and are provided with four stages of fitting bolt assembly turbines.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used. + The pressure divided and stored in the combustion gas heat quantity and mass or compressed air heat quantity and mass Various energy conservation cycle coalescing engines with a turbine blade group capable of acceleration + fully automatic machining, with the same diameter and the same shape for each stage, and 5 stages of fitting bolt assembly turbines.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used. + The pressure divided and stored in the combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines in which the rotor blade group of the acceleration + turbine has the same diameter and the same shape for each stage and the fitting bolt assembly turbine is provided in six stages.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used. + The pressure divided and stored in the combustion gas calorie and mass or compressed air calorie and mass Various energy conservation cycle coalescing engines with 7 stages of mating bolt assembly turbines with the acceleration + turbine blade group having the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and used. + Divided and stored into combustion gas calorie and mass or compressed air calorie and mass Acceleration by pressure + Fully automatic processing possible Combined engine with various energy storage cycles, with turbine blades of the same diameter and the same shape for each stage, and 8 bolts of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and used. + Divided and stored into combustion gas calorie and mass or compressed air calorie and mass Various energy conservation cycle coalescing engines with turbine rotor blades that can be accelerated by pressure and fully automatic machined, with the same diameter and the same shape for each stage, and 9 stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and used. + Divided and stored into combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with 10 stages of fitting bolt assembly turbines with turbine blades that can be accelerated and fully machined by pressure, with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and used. + Divided and stored into combustion gas calorie and mass or compressed air calorie and mass Acceleration by pressure + Turbine blade group of each turbine with the same diameter and the same shape for each stage, and a combined bolt assembly turbine in one stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and used. + Divided and stored into combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with acceleration and pressure + turbine blades grouped in the same diameter and shape of each stage and fitted bolt assembly turbines in two stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the square turbine outer box, and the liquid metal is used for ascending storage + Acceleration with the pressure divided and stored in the combustion gas calorie and mass or compressed air calorie and mass + Fully automatic workable turbine blade group Various energy storage cycle coalescing engines with the same diameter and the same shape for each paragraph, and three stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box and the liquid metal is used for ascending storage + Acceleration with the pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Turbine rotor blade capable of fully automatic processing Various energy storage cycle coalescing engines with groups of approximately the same diameter and the same shape for each paragraph and four stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending storage + combustion gas calorie and mass or compressed air calorie and pressure are stored separately and stored in the turbine + fully automatic machining is possible Various energy conservation cycle coalescing engines with blade groups of the same diameter and approximately the same shape for each paragraph, and five stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box, and the liquid metal is used for ascending storage + Acceleration with the pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Turbine blade group in each paragraph Various energy storage cycle coalescing engines with 6-stage fitting bolt assembly turbines with approximately the same diameter.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box, and the liquid metal is used for ascending storage + Acceleration with the pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Turbine blade group in each paragraph Various energy storage cycle coalescing engines with 7-stage fitting bolt assembly turbines with approximately the same diameter.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Various energy conservation cycle coalescence engines with 8 stages of fitting bolt assembly turbines, with turbine blades that are accelerated and fully automatic machined by pressure divided and stored in heat and mass and have the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Various energy storage cycle coalescing engines with a turbine blade group that can be accelerated and fully automatically machined by pressure divided and stored in heat quantity and mass, with the same diameter and the same shape for each stage, and with 9 stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Various energy storage cycle coalescing engines in which turbine blades capable of acceleration and full-automatic machining with pressure divided and stored in calorie and mass are made to have the same diameter and the same shape for each stage and the fitting bolt assembly turbines are provided in 10 stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Various energy storage cycle coalescence engines with acceleration and turbine blade groups of the same diameter and the same shape for each paragraph and with a fitting bolt assembly turbine in one stage with pressure divided and stored in heat and mass.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Various energy storage cycle coalescing engines with acceleration and turbine blade groups of the same diameter and the same shape for each paragraph, and two stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) in the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Combustion gas calorific value and Various energy storage cycle coalescing engines in which the turbine blades of the turbine that can be accelerated and fully automatic machined by the pressure divided and stored in mass or compressed air calorie and mass are provided with three stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) in the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Combustion gas calorific value and Various energy storage cycle coalescing engines in which turbine blades that can be accelerated and fully automated by mass or compressed air heat quantity and mass are stored in four stages with the same diameter and the same shape for each stage. .   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) in the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Combustion gas calorific value and Combined with various energy storage cycles in which turbine blades that can be accelerated and fully automated by mass or compressed air calorie and pressure are stored in the same diameter and shape of each stage and fitted with a bolt assembly turbine in five stages organ.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) in the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Combustion gas calorific value and Various energy storage cycle coalescing engines with acceleration / turbine blades grouped in mass or compressed air calorie and mass and stored in six stages with the same diameter and shape of each turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) in the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Combustion gas calorific value and Various energy storage cycle coalescence engines with acceleration / turbine moving blades grouped into mass or compressed air calorie and mass and having the same diameter and shape of each turbine, and with 7 stages of fitting bolt assembly turbines.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used. + The pressure divided and stored in the combustion gas heat quantity and mass or compressed air heat quantity and mass Various energy storage cycle coalescing engines with 8 stages of mating bolt assembly turbines, with the rotor blade groups of the turbine capable of acceleration + fully-automatic machining having the same diameter and shape of each paragraph.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used. + The pressure divided and stored in the combustion gas heat quantity and mass or compressed air heat quantity and mass Various energy storage cycle coalescing engines in which the turbine blade groups that can be accelerated and fully machined are of the same diameter and the same shape for each stage, and are provided with 9 stages of bolt assembly turbines.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used. + The pressure divided and stored in the combustion gas heat quantity and mass or compressed air heat quantity and mass Various energy storage cycle coalescing engines with 10 stages of mating bolt assembly turbines with turbine blades capable of accelerating + fully automatic machining and having the same diameter and shape of each stage.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used. + The pressure divided and stored in the combustion gas calorie and mass or compressed air calorie and mass Various energy conservation cycle coalescing engines in which the rotor blade group of the acceleration + turbine is substantially the same shape for each paragraph and the fitting bolt assembly turbine is provided in one stage.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used. + The pressure divided and stored in the combustion gas heat quantity and mass or compressed air heat quantity and mass Various energy storage cycle coalescing engines with the acceleration + turbine rotor blade group having the same diameter and the same shape for each paragraph, and two stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and used. + Divided and stored into combustion gas calorie and mass or compressed air calorie and mass Acceleration by pressure + Fully automatic machining The turbine blades of each turbine are of the same shape and shape with the same diameter for each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and used. + Divided and stored into combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with turbine blades that can be accelerated and fully machined by pressure with the same diameter and the same shape for each stage, and four stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and used. + Divided and stored into combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with turbine rotor blades that can be accelerated and fully machined by pressure, with the same diameter and shape of each stage, and 5 stages of bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and used. + Divided and stored into combustion gas calorie and mass or compressed air calorie and mass Accelerating with pressure + Combined engine with various energy storage cycles, with turbine blades set to approximately the same shape for each stage, with 6 bolts of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and used. + Divided and stored into combustion gas calorie and mass or compressed air calorie and mass Acceleration by pressure + Turbine blade group with the same diameter and the same shape for each paragraph, and various energy conservation cycle coalescing engines with 7 fitting bolt assembly turbines.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the square turbine outer box, and the liquid metal is used for ascending storage + Acceleration with the pressure divided and stored in the combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining turbine blade group Various energy storage cycle coalescing engines in which the same diameter and diameter of each paragraph are provided and the fitting bolt assembly turbines are provided in eight stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box and the liquid metal is used for ascending storage + Acceleration with the pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Turbine rotor blade capable of fully automatic processing Various energy conservation cycle coalescing engines with groups of approximately the same diameter and the same shape for each paragraph and provided with 9 stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending storage + combustion gas calorie and mass or compressed air calorie and pressure are stored separately and stored in the turbine + fully automatic machining is possible Various energy storage cycle coalescing engines with blade groups of the same diameter and approximately the same shape for each stage, and 10 bolts of fitting bolt assembly turbines.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box, and the liquid metal is used for ascending storage + Acceleration with the pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Turbine blade group in each paragraph Various energy storage cycle coalescing engines with a fitting bolt assembly turbine arranged in one stage and having substantially the same diameter.   Turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar thermal engine with large injection propulsion output + horizontal axis (1h) with square turbine outer box at right angle to make rotating direction alternate heat insulation turbine + heat retention increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box, and the liquid metal is used for ascending storage + Acceleration with the pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Turbine blade group in each paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines arranged in two stages with approximately the same diameter.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Various energy storage cycle coalescing engines in which the turbine blades of the turbine that can be accelerated and fully-automatically processed by the pressure divided and stored in heat quantity and mass are set to the same diameter and shape of each stage, and the fitting bolt assembly turbines are provided in three stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Various energy storage cycle coalescing engines in which the turbine blades that can be accelerated and fully processed automatically by the pressure divided and stored in the amount of heat and mass are roughly the same shape for each stage and have four stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Various energy storage cycle coalescing engines in which turbine blades capable of acceleration + full-automatic machining with pressure divided and stored in heat and mass are made substantially the same shape with the same diameter for each stage and fitted with bolted turbines in five stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Acceleration with pressure divided and stored in calorie and mass + various energy storage cycle coalescing engines with turbine rotor blade groups of the same diameter and shape of each stage and fitting bolt assembly turbines in 6 stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Acceleration with pressure divided and stored in calorie and mass + various energy storage cycle coalescing engines with turbine rotor blades of the same diameter and shape of each stage and fitted with bolted turbine assembly in 7 stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) in the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Combustion gas calorific value and Various energy storage cycle coalescing engines in which the turbine blades of the turbine that can be accelerated and fully-automatically processed by the pressure divided and stored in mass or compressed air calorie and mass are provided in 8 stages with the same diameter and shape of each turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) in the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Combustion gas calorific value and Various energy storage cycle coalescence engines with 9 stages of turbine bolts with the same diameter and the same shape for each stage of the turbine blades that can be accelerated and fully automated by mass or compressed air heat and mass. .   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) in the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Combustion gas calorific value and Combined with various energy storage cycles, the turbine blades that can be accelerated and fully automated by mass or compressed air calorie and pressure divided into masses have the same diameter and shape of each stage, and are equipped with 10 fitting bolt assembly turbines. organ.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) in the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Combustion gas calorific value and Various energy storage cycle coalescing engines in which the acceleration and turbine blade groups are arranged in the same shape and the same shape for each stage, and the mating bolt assembly turbine is provided in one stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) in the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Combustion gas calorific value and Various energy storage cycle coalescing engines with two stages of mating bolt assembly turbines with acceleration / turbine blades grouped in the same diameter and approximately the same shape with pressure divided and stored in mass or compressed air heat quantity and mass.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used. + The pressure divided and stored in the combustion gas heat quantity and mass or compressed air heat quantity and mass Various energy storage cycle coalescing engines, with the turbine blades of the acceleration + fully automatic processing turbines having the same diameter and the same shape for each stage and the fitting bolt assembly turbines in three stages.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used. + The pressure divided and stored in the combustion gas heat quantity and mass or compressed air heat quantity and mass Various energy storage cycle coalescing engines in which turbine blades that can be accelerated and fully machined are of the same diameter and the same shape for each stage, and are provided with four stages of fitting bolt assembly turbines.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used. + The pressure divided and stored in the combustion gas heat quantity and mass or compressed air heat quantity and mass Various energy conservation cycle coalescing engines with a turbine blade group capable of acceleration + fully automatic machining, with the same diameter and the same shape for each stage, and 5 stages of fitting bolt assembly turbines.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used. + The pressure divided and stored in the combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines in which the rotor blade group of the acceleration + turbine has the same diameter and the same shape for each stage and the fitting bolt assembly turbine is provided in six stages.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used. + The pressure divided and stored in the combustion gas calorie and mass or compressed air calorie and mass Various energy conservation cycle coalescing engines with 7 stages of mating bolt assembly turbines with the acceleration + turbine blade group having the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and used. + Divided and stored into combustion gas calorie and mass or compressed air calorie and mass Acceleration by pressure + Fully automatic processing possible Combined engine with various energy storage cycles, with turbine blades of the same diameter and the same shape for each stage, and 8 bolts of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and used. + Divided and stored into combustion gas calorie and mass or compressed air calorie and mass Various energy conservation cycle coalescing engines with turbine rotor blades that can be accelerated by pressure and fully automatic machined, with the same diameter and the same shape for each stage, and 9 stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and used. + Divided and stored into combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with 10 stages of fitting bolt assembly turbines with turbine blades that can be accelerated and fully machined by pressure, with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and used. + Divided and stored into combustion gas calorie and mass or compressed air calorie and mass Acceleration by pressure + Turbine blade group of each turbine with the same diameter and the same shape for each stage, and a combined bolt assembly turbine in one stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and used. + Divided and stored into combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with acceleration and pressure + turbine blades grouped in the same diameter and shape of each stage and fitted bolt assembly turbines in two stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the square turbine outer box, and the liquid metal is used for ascending storage + Acceleration with the pressure divided and stored in the combustion gas calorie and mass or compressed air calorie and mass + Fully automatic workable turbine blade group Various energy storage cycle coalescing engines with the same diameter and the same shape for each paragraph, and three stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box and the liquid metal is used for ascending storage + Acceleration with the pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Turbine rotor blade capable of fully automatic processing Various energy storage cycle coalescing engines with groups of approximately the same diameter and the same shape for each paragraph and four stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending storage + combustion gas calorie and mass or compressed air calorie and pressure are stored separately and stored in the turbine + fully automatic machining is possible Various energy conservation cycle coalescing engines with blade groups of the same diameter and approximately the same shape for each paragraph, and five stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box, and the liquid metal is used for ascending storage + Acceleration with the pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Turbine blade group in each paragraph Various energy storage cycle coalescing engines with 6-stage fitting bolt assembly turbines with approximately the same diameter.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box, and the liquid metal is used for ascending storage + Acceleration with the pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Turbine blade group in each paragraph Various energy storage cycle coalescing engines with 7-stage fitting bolt assembly turbines with approximately the same diameter.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Various energy conservation cycle coalescence engines with 8 stages of fitting bolt assembly turbines, with turbine blades that are accelerated and fully automatic machined by pressure divided and stored in heat and mass and have the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Various energy storage cycle coalescing engines with a turbine blade group that can be accelerated and fully automatically machined by pressure divided and stored in heat quantity and mass, with the same diameter and the same shape for each stage, and with 9 stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Various energy storage cycle coalescing engines in which turbine blades capable of acceleration and full-automatic machining with pressure divided and stored in calorie and mass are made to have the same diameter and the same shape for each stage and the fitting bolt assembly turbines are provided in 10 stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Various energy storage cycle coalescence engines with acceleration and turbine blade groups of the same diameter and the same shape for each paragraph and with a fitting bolt assembly turbine in one stage with pressure divided and stored in heat and mass.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Various energy storage cycle coalescing engines with acceleration and turbine blade groups of the same diameter and the same shape for each paragraph, and two stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) in the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Combustion gas calorific value and Various energy storage cycle coalescing engines in which the turbine blades of the turbine that can be accelerated and fully automatic machined by the pressure divided and stored in mass or compressed air calorie and mass are provided with three stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) in the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Combustion gas calorific value and Various energy storage cycle coalescing engines in which turbine blades that can be accelerated and fully automated by mass or compressed air heat quantity and mass are stored in four stages with the same diameter and the same shape for each stage. .   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) in the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Combustion gas calorific value and Combined with various energy storage cycles in which turbine blades that can be accelerated and fully automated by mass or compressed air calorie and pressure are stored in the same diameter and shape of each stage and fitted with a bolt assembly turbine in five stages organ.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) in the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Combustion gas calorific value and Various energy storage cycle coalescing engines with acceleration / turbine blades grouped in mass or compressed air calorie and mass and stored in six stages with the same diameter and shape of each turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) in the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Combustion gas calorific value and Various energy storage cycle coalescence engines with acceleration / turbine moving blades grouped into mass or compressed air calorie and mass and having the same diameter and shape of each turbine, and with 7 stages of fitting bolt assembly turbines.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used. + The pressure divided and stored in the combustion gas heat quantity and mass or compressed air heat quantity and mass Various energy storage cycle coalescing engines with 8 stages of mating bolt assembly turbines, with the rotor blade groups of the turbine capable of acceleration + fully-automatic machining having the same diameter and shape of each paragraph.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used. + The pressure divided and stored in the combustion gas heat quantity and mass or compressed air heat quantity and mass Various energy storage cycle coalescing engines in which the turbine blade groups that can be accelerated and fully machined are of the same diameter and the same shape for each stage, and are provided with 9 stages of bolt assembly turbines.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used. + The pressure divided and stored in the combustion gas heat quantity and mass or compressed air heat quantity and mass Various energy storage cycle coalescing engines with 10 stages of mating bolt assembly turbines with turbine blades capable of accelerating + fully automatic machining and having the same diameter and shape of each stage.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used. + The pressure divided and stored in the combustion gas calorie and mass or compressed air calorie and mass Various energy conservation cycle coalescing engines in which the rotor blade group of the acceleration + turbine is substantially the same shape for each paragraph and the fitting bolt assembly turbine is provided in one stage.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used. + The pressure divided and stored in the combustion gas heat quantity and mass or compressed air heat quantity and mass Various energy storage cycle coalescing engines with the acceleration + turbine rotor blade group having the same diameter and the same shape for each paragraph, and two stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine for large injection propulsion output + Configuration and method for accelerating output augmenting sphere (2E) + Intake air path length lens and solar heating / cooling manufacture with sunlight + A warming and increasing ball raising device (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic processing possible turbine Various energy storage cycle coalescing engines in which the rotor blade group of each stage is substantially the same shape for each paragraph and the fitting bolt assembly turbine is provided in three stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine for large injection propulsion output + Configuration and method for accelerating output increase sphere (2E) + Intake air path length lens and solar heating / cooling manufacture with sunlight + A warming and increasing ball lifting device (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic processing is possible Various energy storage cycle coalescing engines with turbine blade groups of the same diameter and shape of each stage, and four stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine for large injection propulsion output + Configuration and method for accelerating output increase sphere (2E) + Intake air path length lens and solar heating / cooling manufacture with sunlight + A warming and increasing ball lifting device (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Acceleration + Fully automatic processing is possible with the pressure of combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines, in which the rotor blades of a simple turbine have substantially the same shape and the same diameter for each stage, and the fitting bolt assembly turbines are provided in five stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine for large injection propulsion output + Configuration and method for accelerating output increase sphere (2E) + Intake air path length lens and solar heating / cooling manufacture with sunlight + Insulating and increasing ball riser (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and used for storage + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + turbine blades Various energy storage cycle coalescing engines with the same diameter and diameter of each paragraph, and with 6 stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine for large injection propulsion output + Configuration and method for accelerating output increase sphere (2E) + Intake air path length lens and solar heating / cooling manufacture with sunlight + Insulating and increasing ball riser (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and used for storage + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + turbine blades Various energy storage cycle coalescing engines, with the same diameter and diameter of each paragraph, and 7 stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine for large injection propulsion output + Configuration and method for accelerating output increase sphere (2E) + Intake air path length lens and solar heating / cooling manufacture with sunlight + A warming and increasing ball raising device (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic processing possible turbine Various energy storage cycle coalescing engines in which the rotor blade groups of each stage are of the same shape and the same shape for each stage, and the fitting bolt assembly turbines are provided in eight stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine for large injection propulsion output + Configuration and method for accelerating output increase sphere (2E) + Intake air path length lens and solar heating / cooling manufacture with sunlight + A warming and increasing ball lifting device (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic processing is possible Various energy conservation cycle coalescing engines with turbine blade groups of the same diameter and shape of each stage and fitting bolt assembly turbines arranged in 9 stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine for large injection propulsion output + Configuration and method for accelerating output increase sphere (2E) + Intake air path length lens and solar heating / cooling manufacture with sunlight + A warming and increasing ball lifting device (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Acceleration + Fully automatic processing is possible with the pressure of combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines in which the rotor blade group of a simple turbine has the same diameter and the same shape for each paragraph and the fitting bolt assembly turbines are provided in 10 stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine for large injection propulsion output + Configuration and method for accelerating output increase sphere (2E) + Intake air path length lens and solar heating / cooling manufacture with sunlight + Insulating and increasing ball riser (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and used for storage + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + turbine blades Various energy storage cycle coalescing engines in which the fitting bolt assembly turbine is provided in one stage with the same diameter and the same shape for each paragraph.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine for large injection propulsion output + Configuration and method for accelerating output increase sphere (2E) + Intake air path length lens and solar heating / cooling manufacture with sunlight + Insulating and increasing ball riser (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and used for storage + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + turbine blades Various energy storage cycle coalescing engines in which the fitting bolt assembly turbines are provided in two stages with the same diameter and the same shape for each paragraph.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal by installing a heat retention increasing ball rising device (2F) at the corner of the square turbine outer casing + Combustion gas calorific value Accelerating with pressure that is divided and stored into mass or compressed air calorie and mass + Fully automatic processing possible Turbine blade group of each stage with the same diameter and shape, and various energy storage cycle coalescing engines with three stages of fitting bolt assembly turbines .   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal by installing a heat retention increasing ball rising device (2F) at the corner of the square turbine outer casing + Combustion gas calorific value Combined with various energy storage cycles, the turbine blades of the turbine that can be accelerated and fully automatic processed with the pressure divided and stored in mass or compressed air calorie and mass, with the same diameter and the same shape for each stage, and the fitting bolt assembly turbines are provided in four stages organ.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal by installing a heat retention increasing ball rising device (2F) at the corner of the square turbine outer casing + Combustion gas calorific value Various energy storage cycles with a turbine rotor blade group that can be accelerated and fully automated with the pressure divided and stored in mass or compressed air calorie and mass, with the same diameter and the same shape for each paragraph, and with 5 stages of fitting bolt assembly turbines Combined organization.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal by installing a heat retention increasing ball rising device (2F) at the corner of the square turbine outer casing + Combustion gas calorific value Accelerating with pressure divided and stored into mass or compressed air calorie and mass + various energy storage cycle coalescing engines with turbine rotor blade groups of the same diameter and shape of each stage, and provided with six bolted assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal by installing a heat retention increasing ball rising device (2F) at the corner of the square turbine outer casing + Combustion gas calorific value Accelerating with pressure divided and stored into mass or compressed air calorie and mass + various energy storage cycle coalescing engines with turbine rotor blades having the same diameter and shape of each stage and fitted with a bolt assembly turbine in seven stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal by installing a heat retention increasing ball rising device (2F) at the corner of the square turbine outer casing + Combustion gas calorific value Accelerating with pressure that is divided and stored in mass or compressed air calorie and mass + Fully automatic processing possible Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine is provided in 8 stages, various energy storage cycle coalescence engine .   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal by installing a heat retention increasing ball rising device (2F) at the corner of the square turbine outer casing + Combustion gas calorific value Accelerating with pressure that is divided and stored in mass or compressed air calorie and mass + Fully automatic processing possible Turbine blade group of each stage with the same diameter and shape of each stage, and various energy storage cycle coalescing engines with 9 stages of fitting bolt assembly turbines .   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal by installing a heat retention increasing ball rising device (2F) at the corner of the square turbine outer casing + Combustion gas calorific value Accelerating with pressure that is divided and stored into mass or compressed air calorie and mass + Fully automatic processing possible Turbine blade group with the same diameter and approximately the same shape for each stage and fitting bolt assembly turbines provided in 10 stages, various energy storage cycle coalescence engine .   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal by installing a heat retention increasing ball rising device (2F) at the corner of the square turbine outer casing + Combustion gas calorific value Acceleration with pressure that is divided and stored into mass or compressed air calorie and mass + Fully automatic machining possible Turbine blade group with the same diameter and shape of each stage, and a combination bolt assembly turbine in one stage .   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal by installing a heat retention increasing ball rising device (2F) at the corner of the square turbine outer casing + Combustion gas calorific value Accelerating with pressure that is divided and stored in mass or compressed air calorie and mass + Fully automatic processing possible Turbine blade group with the same diameter and the same shape for each stage, and a combination bolt assembly turbine in two stages .   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal by installing a heat retention increasing ball rising device (2F) at the corner of the square turbine outer casing + Combustion gas calorific value Combined with various energy storage cycles, the turbine blade group of turbines that can be accelerated and fully automated with the pressure divided and stored in mass or compressed air calorie and mass, and with the same diameter and the same shape for each stage, are provided with three stages of fitting bolt assembly turbines organ.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal by installing a heat retention increasing ball rising device (2F) at the corner of the square turbine outer casing + Combustion gas calorific value Combined with various energy storage cycles, the turbine blades of the turbine that can be accelerated and fully automatic processed with the pressure divided and stored in mass or compressed air calorie and mass, with the same diameter and the same shape for each stage, and the fitting bolt assembly turbines are provided in four stages organ.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal by installing a heat retention increasing ball rising device (2F) at the corner of the square turbine outer casing + Combustion gas calorific value Combined with various energy storage cycles, the turbine blades of the turbine that can be accelerated and fully automated with the pressure divided and stored in mass or compressed air calorie and mass, and with the same diameter and shape of each stage are provided in five stages. organ.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal by installing a heat retention increasing ball rising device (2F) at the corner of the square turbine outer casing + Combustion gas calorific value Combined with various energy storage cycles, the turbine blades of the turbine that can be accelerated and fully automated with the pressure divided and stored in mass or compressed air calorie and mass are of the same diameter and shape of each stage, and are provided with 6 stages of fitting bolt assembly turbines organ.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal by installing a heat retention increasing ball rising device (2F) at the corner of the square turbine outer casing + Combustion gas calorific value Combined with various energy storage cycles, with the turbine blade group of turbines capable of acceleration + fully automatic processing, with the same diameter and the same shape for each stage, provided with 7 bolts of mating bolt assembly turbines. organ.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal by installing a heat retention increasing ball rising device (2F) at the corner of the square turbine outer casing + Combustion gas calorific value Various energy storage cycles with 8 stages of bolt assembly turbines, with turbine blades that can be accelerated and fully automatic processed by pressure divided and stored in mass or compressed air calorie and mass, with the same diameter and shape of each stage. Combined organization.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal by installing a heat retention increasing ball rising device (2F) at the corner of the square turbine outer casing + Combustion gas calorific value Various energy storage cycles with a turbine blade group that can be accelerated and fully-automatically processed with pressure divided and stored in mass or compressed air calorie and mass, with the same diameter and the same shape for each stage, and with 9 bolted bolt assembly turbines Combined organization.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal by installing a heat retention increasing ball rising device (2F) at the corner of the square turbine outer casing + Combustion gas calorific value Various energy conservation cycles with 10 stages of mating bolt assembly turbines, with turbine blades that can be accelerated and fully automatic processed with pressure divided and stored in mass or compressed air calorie and mass, with the same diameter and shape of each paragraph Combined organization.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal by installing a heat retention increasing ball rising device (2F) at the corner of the square turbine outer casing + Combustion gas calorific value Various energy storage cycles with a turbine rotor blade group that can be accelerated and fully automated with the pressure divided and stored in mass or compressed air calorie and mass, with the same diameter and shape of each stage, and a single bolted turbine assembly Combined organization.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal by installing a heat retention increasing ball rising device (2F) at the corner of the square turbine outer casing + Combustion gas calorific value Various energy storage cycles in which the turbine blades that can be accelerated and fully automated by the pressure divided and stored in mass or compressed air calorie and mass are roughly the same shape for each stage, and the fitting bolt assembly turbine is provided in two stages. Combined organization.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal by installing a heat retention increasing ball rising device (2F) at the corner of the square turbine outer casing + Combustion gas calorific value Accelerating with pressure that is divided and stored into mass or compressed air calorie and mass + various energy storage cycle coalescing engines with turbine rotor blade groups having the same diameter and shape of each stage and fitting bolt assembly turbines in three stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal by installing a heat retention increasing ball rising device (2F) at the corner of the square turbine outer casing + Combustion gas calorific value Accelerating with pressure divided and stored in mass or compressed air calorie and mass + various energy storage cycle coalescing engines with turbine rotor blades having the same diameter and shape of each stage, and four fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal by installing a heat retention increasing ball rising device (2F) at the corner of the square turbine outer casing + Combustion gas calorific value Acceleration with pressure divided and stored in mass or compressed air calorie and mass + various energy storage cycle coalescing engines with turbine rotor blade groups having the same diameter and shape of each stage and fitted with five bolted turbine assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal by installing a heat retention increasing ball rising device (2F) at the corner of the square turbine outer casing + Combustion gas calorific value Accelerating with pressure divided and stored into mass or compressed air calorie and mass + various energy storage cycle coalescing engines with turbine rotor blade groups of the same diameter and shape of each stage, and provided with six bolted assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal by installing a heat retention increasing ball rising device (2F) at the corner of the square turbine outer casing + Combustion gas calorific value Accelerating with pressure divided and stored into mass or compressed air calorie and mass + various energy storage cycle coalescing engines with turbine rotor blades having the same diameter and shape of each stage and fitted with a bolt assembly turbine in seven stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal by installing a heat retention increasing ball rising device (2F) at the corner of the square turbine outer casing + Combustion gas calorific value Accelerating with pressure divided and stored in mass or compressed air calorie and mass + various energy storage cycle coalescing engines with turbine rotor blade groups having the same diameter and shape of each stage, and 8 fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal by installing a heat retention increasing ball rising device (2F) at the corner of the square turbine outer casing + Combustion gas calorific value Accelerating with pressure divided and stored in mass or compressed air heat quantity and mass + various energy storage cycle coalescing engines with turbine rotor blade groups having the same diameter and shape of each stage and fitted with bolted turbine assembly in 9 stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal by installing a heat retention increasing ball rising device (2F) at the corner of the square turbine outer casing + Combustion gas calorific value Accelerating with pressure divided and stored in mass or compressed air calorie and mass + various energy storage cycle coalescing engines in which turbine blade groups are of the same shape for each stage and fitted with 10 bolts.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal by installing a heat retention increasing ball rising device (2F) at the corner of the square turbine outer casing + Combustion gas calorific value Accelerating with pressure divided and stored in mass or compressed air calorie and mass + various energy storage cycle coalescing engines with turbine rotor blade groups having the same diameter and shape of each stage and fitted with a bolt assembly turbine in one stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal by installing a heat retention increasing ball rising device (2F) at the corner of the square turbine outer casing + Combustion gas calorific value Acceleration with pressure divided and stored in mass or compressed air heat quantity and mass + various energy storage cycle coalescing engines with turbine rotor blade groups having the same diameter and shape of each stage and two fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal by installing a heat retention increasing ball rising device (2F) at the corner of the square turbine outer casing + Combustion gas calorific value Accelerating with pressure that is divided and stored into mass or compressed air calorie and mass + various energy storage cycle coalescing engines with turbine rotor blade groups having the same diameter and shape of each stage and fitting bolt assembly turbines in three stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal by installing a heat retention increasing ball rising device (2F) at the corner of the square turbine outer casing + Combustion gas calorific value Accelerating with pressure divided and stored in mass or compressed air calorie and mass + various energy storage cycle coalescing engines with turbine rotor blades having the same diameter and shape of each stage, and four fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal by installing a heat retention increasing ball rising device (2F) at the corner of the square turbine outer casing + Combustion gas calorific value Acceleration with pressure divided and stored in mass or compressed air calorie and mass + various energy storage cycle coalescing engines with turbine rotor blade groups having the same diameter and shape of each stage and fitted with five bolted turbine assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal by installing a heat retention increasing ball rising device (2F) at the corner of the square turbine outer casing + Combustion gas calorific value Accelerating with pressure divided and stored into mass or compressed air calorie and mass + various energy storage cycle coalescing engines with turbine rotor blade groups of the same diameter and shape of each stage, and provided with six bolted assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal by installing a heat retention increasing ball rising device (2F) at the corner of the square turbine outer casing + Combustion gas calorific value Accelerating with pressure divided and stored into mass or compressed air calorie and mass + various energy storage cycle coalescing engines with turbine rotor blades having the same diameter and shape of each stage and fitted with a bolt assembly turbine in seven stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Heat retention increase ball lift device (2F) Increase head drop + Heat retention increase ball lift device (2F) is installed at the corner of the square turbine outer box to raise the liquid metal Preservation use + Acceleration with pressure divided into combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining possible Turbine blade group with the same diameter and the same shape for each stage, 8 fitting bolt assembly turbines are provided Various energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Heat retention increase ball lift device (2F) Increase head drop + Heat retention increase ball lift device (2F) is installed at the corner of the square turbine outer box to raise the liquid metal Preservation + Acceleration with pressure divided into combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining of turbine blades with the same diameter and shape of each stage in 9 stages of bolt assembly turbine Various energy conservation cycle coalescence engines provided.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Heat retention increase ball lift device (2F) Increase head drop + Heat retention increase ball lift device (2F) is installed at the corner of the square turbine outer box to raise the liquid metal Preservation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Turbine blade group capable of fully automatic machining with 10 stages of mating bolt assembly turbines with the same diameter and shape of each stage Various energy conservation cycle coalescence engine established in.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Heat retention increase ball lift device (2F) Increase head drop + Heat retention increase ball lift device (2F) is installed at the corner of the square turbine outer box to raise the liquid metal Preservation + Acceleration with pressure divided and divided into combustion gas calorie and mass or compressed air calorie and mass + Turbine blades are set to the same diameter and shape of each stage, and a variety of energy conservation is provided with one stage of fitting bolt assembly turbine Cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Heat retention increase ball lift device (2F) Increase head drop + Heat retention increase ball lift device (2F) is installed at the corner of the square turbine outer box to raise the liquid metal Preservation + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Turbine blades are of the same shape for each stage and have the same diameter and shape, and two stages of fitting bolt assembly turbines for energy conservation Cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and used. + Divided and stored into combustion gas calorie and mass or compressed air calorie and mass Acceleration by pressure + Fully automatic machining The turbine blades of each turbine are of the same shape and shape with the same diameter for each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and used. + Divided and stored into combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with turbine blades that can be accelerated and fully machined by pressure with the same diameter and the same shape for each stage, and four stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and used. + Divided and stored into combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with turbine rotor blades that can be accelerated and fully machined by pressure, with the same diameter and shape of each stage, and 5 stages of bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and used. + Divided and stored into combustion gas calorie and mass or compressed air calorie and mass Accelerating with pressure + Combined engine with various energy storage cycles, with turbine blades set to approximately the same shape for each stage, with 6 bolts of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and used. + Divided and stored into combustion gas calorie and mass or compressed air calorie and mass Acceleration by pressure + Turbine blade group with the same diameter and the same shape for each paragraph, and various energy conservation cycle coalescing engines with 7 fitting bolt assembly turbines.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the square turbine outer box, and the liquid metal is used for ascending storage + Acceleration with the pressure divided and stored in the combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining turbine blade group Various energy storage cycle coalescing engines in which the same diameter and diameter of each paragraph are provided and the fitting bolt assembly turbines are provided in eight stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box and the liquid metal is used for ascending storage + Acceleration with the pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Turbine rotor blade capable of fully automatic processing Various energy conservation cycle coalescing engines with groups of approximately the same diameter and the same shape for each paragraph and provided with 9 stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending storage + combustion gas calorie and mass or compressed air calorie and pressure are stored separately and stored in the turbine + fully automatic machining is possible Various energy storage cycle coalescing engines with blade groups of the same diameter and approximately the same shape for each stage, and 10 bolts of fitting bolt assembly turbines.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box, and the liquid metal is used for ascending storage + Acceleration with the pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Turbine blade group in each paragraph Various energy storage cycle coalescing engines with a fitting bolt assembly turbine arranged in one stage and having substantially the same diameter.   Turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar thermal engine with large injection propulsion output + horizontal axis (1h) with square turbine outer box at right angle to make rotating direction alternate heat insulation turbine + heat retention increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box, and the liquid metal is used for ascending storage + Acceleration with the pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Turbine blade group in each paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines arranged in two stages with approximately the same diameter.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Various energy storage cycle coalescing engines in which the turbine blades of the turbine that can be accelerated and fully-automatically processed by the pressure divided and stored in heat quantity and mass are set to the same diameter and shape of each stage, and the fitting bolt assembly turbines are provided in three stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Various energy storage cycle coalescing engines in which the turbine blades that can be accelerated and fully processed automatically by the pressure divided and stored in the amount of heat and mass are roughly the same shape for each stage and have four stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Various energy storage cycle coalescing engines in which turbine blades capable of acceleration + full-automatic machining with pressure divided and stored in heat and mass are made substantially the same shape with the same diameter for each stage and fitted with bolted turbines in five stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Acceleration with pressure divided and stored in calorie and mass + various energy storage cycle coalescing engines with turbine rotor blade groups of the same diameter and shape of each stage and fitting bolt assembly turbines in 6 stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Acceleration with pressure divided and stored in calorie and mass + various energy storage cycle coalescing engines with turbine rotor blades of the same diameter and shape of each stage and fitted with bolted turbine assembly in 7 stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) in the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Combustion gas calorific value and Various energy storage cycle coalescing engines in which the turbine blades of the turbine that can be accelerated and fully-automatically processed by the pressure divided and stored in mass or compressed air calorie and mass are provided in 8 stages with the same diameter and shape of each turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) in the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Combustion gas calorific value and Various energy storage cycle coalescence engines with 9 stages of turbine bolts with the same diameter and the same shape for each stage of the turbine blades that can be accelerated and fully automated by mass or compressed air heat and mass. .   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) in the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Combustion gas calorific value and Combined with various energy storage cycles, the turbine blades that can be accelerated and fully automated by mass or compressed air calorie and pressure divided into masses have the same diameter and shape of each stage, and are equipped with 10 fitting bolt assembly turbines. organ.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) in the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Combustion gas calorific value and Various energy storage cycle coalescing engines in which the acceleration and turbine blade groups are arranged in the same shape and the same shape for each stage, and the mating bolt assembly turbine is provided in one stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) in the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Combustion gas calorific value and Various energy storage cycle coalescing engines with two stages of mating bolt assembly turbines with acceleration / turbine blades grouped in the same diameter and approximately the same shape with pressure divided and stored in mass or compressed air heat quantity and mass.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used. + The pressure divided and stored in the combustion gas heat quantity and mass or compressed air heat quantity and mass Various energy storage cycle coalescing engines, with the turbine blades of the acceleration + fully automatic processing turbines having the same diameter and the same shape for each stage and the fitting bolt assembly turbines in three stages.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used. + The pressure divided and stored in the combustion gas heat quantity and mass or compressed air heat quantity and mass Various energy storage cycle coalescing engines in which turbine blades that can be accelerated and fully machined are of the same diameter and the same shape for each stage, and are provided with four stages of fitting bolt assembly turbines.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used. + The pressure divided and stored in the combustion gas heat quantity and mass or compressed air heat quantity and mass Various energy conservation cycle coalescing engines with a turbine blade group capable of acceleration + fully automatic machining, with the same diameter and the same shape for each stage, and 5 stages of fitting bolt assembly turbines.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used. + The pressure divided and stored in the combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines in which the rotor blade group of the acceleration + turbine has the same diameter and the same shape for each stage and the fitting bolt assembly turbine is provided in six stages.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used. + The pressure divided and stored in the combustion gas calorie and mass or compressed air calorie and mass Various energy conservation cycle coalescing engines with 7 stages of mating bolt assembly turbines with the acceleration + turbine blade group having the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and used. + Divided and stored into combustion gas calorie and mass or compressed air calorie and mass Acceleration by pressure + Fully automatic processing possible Combined engine with various energy storage cycles, with turbine blades of the same diameter and the same shape for each stage, and 8 bolts of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and used. + Divided and stored into combustion gas calorie and mass or compressed air calorie and mass Various energy conservation cycle coalescing engines with turbine rotor blades that can be accelerated by pressure and fully automatic machined, with the same diameter and the same shape for each stage, and 9 stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and used. + Divided and stored into combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with 10 stages of fitting bolt assembly turbines with turbine blades that can be accelerated and fully machined by pressure, with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and used. + Divided and stored into combustion gas calorie and mass or compressed air calorie and mass Acceleration by pressure + Turbine blade group of each turbine with the same diameter and the same shape for each stage, and a combined bolt assembly turbine in one stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and used. + Divided and stored into combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with acceleration and pressure + turbine blades grouped in the same diameter and shape of each stage and fitted bolt assembly turbines in two stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the square turbine outer box, and the liquid metal is used for ascending storage + Acceleration with the pressure divided and stored in the combustion gas calorie and mass or compressed air calorie and mass + Fully automatic workable turbine blade group Various energy storage cycle coalescing engines with the same diameter and the same shape for each paragraph, and three stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box and the liquid metal is used for ascending storage + Acceleration with the pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Turbine rotor blade capable of fully automatic processing Various energy storage cycle coalescing engines with groups of approximately the same diameter and the same shape for each paragraph and four stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending storage + combustion gas calorie and mass or compressed air calorie and pressure are stored separately and stored in the turbine + fully automatic machining is possible Various energy conservation cycle coalescing engines with blade groups of the same diameter and approximately the same shape for each paragraph, and five stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box, and the liquid metal is used for ascending storage + Acceleration with the pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Turbine blade group in each paragraph Various energy storage cycle coalescing engines with 6-stage fitting bolt assembly turbines with approximately the same diameter.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box, and the liquid metal is used for ascending storage + Acceleration with the pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Turbine blade group in each paragraph Various energy storage cycle coalescing engines with 7-stage fitting bolt assembly turbines with approximately the same diameter.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Various energy conservation cycle coalescence engines with 8 stages of fitting bolt assembly turbines, with turbine blades that are accelerated and fully automatic machined by pressure divided and stored in heat and mass and have the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Various energy storage cycle coalescing engines with a turbine blade group that can be accelerated and fully automatically machined by pressure divided and stored in heat quantity and mass, with the same diameter and the same shape for each stage, and with 9 stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Various energy storage cycle coalescing engines in which turbine blades capable of acceleration and full-automatic machining with pressure divided and stored in calorie and mass are made to have the same diameter and the same shape for each stage and the fitting bolt assembly turbines are provided in 10 stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Various energy storage cycle coalescence engines with acceleration and turbine blade groups of the same diameter and the same shape for each paragraph and with a fitting bolt assembly turbine in one stage with pressure divided and stored in heat and mass.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Various energy storage cycle coalescing engines with acceleration and turbine blade groups of the same diameter and the same shape for each paragraph, and two stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) in the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Combustion gas calorific value and Various energy storage cycle coalescing engines in which the turbine blades of the turbine that can be accelerated and fully automatic machined by the pressure divided and stored in mass or compressed air calorie and mass are provided with three stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) in the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Combustion gas calorific value and Various energy storage cycle coalescing engines in which turbine blades that can be accelerated and fully automated by mass or compressed air heat quantity and mass are stored in four stages with the same diameter and the same shape for each stage. .   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) in the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Combustion gas calorific value and Combined with various energy storage cycles in which turbine blades that can be accelerated and fully automated by mass or compressed air calorie and pressure are stored in the same diameter and shape of each stage and fitted with a bolt assembly turbine in five stages organ.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) in the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Combustion gas calorific value and Various energy storage cycle coalescing engines with acceleration / turbine blades grouped in mass or compressed air calorie and mass and stored in six stages with the same diameter and shape of each turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) in the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Combustion gas calorific value and Various energy storage cycle coalescence engines with acceleration / turbine moving blades grouped into mass or compressed air calorie and mass and having the same diameter and shape of each turbine, and with 7 stages of fitting bolt assembly turbines.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used. + The pressure divided and stored in the combustion gas heat quantity and mass or compressed air heat quantity and mass Various energy storage cycle coalescing engines with 8 stages of mating bolt assembly turbines, with the rotor blade groups of the turbine capable of acceleration + fully-automatic machining having the same diameter and shape of each paragraph.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used. + The pressure divided and stored in the combustion gas heat quantity and mass or compressed air heat quantity and mass Various energy storage cycle coalescing engines in which the turbine blade groups that can be accelerated and fully machined are of the same diameter and the same shape for each stage, and are provided with 9 stages of bolt assembly turbines.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used. + The pressure divided and stored in the combustion gas heat quantity and mass or compressed air heat quantity and mass Various energy storage cycle coalescing engines with 10 stages of mating bolt assembly turbines with turbine blades capable of accelerating + fully automatic machining and having the same diameter and shape of each stage.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used. + The pressure divided and stored in the combustion gas calorie and mass or compressed air calorie and mass Various energy conservation cycle coalescing engines in which the rotor blade group of the acceleration + turbine is substantially the same shape for each paragraph and the fitting bolt assembly turbine is provided in one stage.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used. + The pressure divided and stored in the combustion gas heat quantity and mass or compressed air heat quantity and mass Various energy storage cycle coalescing engines with the acceleration + turbine rotor blade group having the same diameter and the same shape for each paragraph, and two stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and used. + Divided and stored into combustion gas calorie and mass or compressed air calorie and mass Acceleration by pressure + Fully automatic machining The turbine blades of each turbine are of the same shape and shape with the same diameter for each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and used. + Divided and stored into combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with turbine blades that can be accelerated and fully machined by pressure with the same diameter and the same shape for each stage, and four stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and used. + Divided and stored into combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with turbine rotor blades that can be accelerated and fully machined by pressure, with the same diameter and shape of each stage, and 5 stages of bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and used. + Divided and stored into combustion gas calorie and mass or compressed air calorie and mass Accelerating with pressure + Combined engine with various energy storage cycles, with turbine blades set to approximately the same shape for each stage, with 6 bolts of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and used. + Divided and stored into combustion gas calorie and mass or compressed air calorie and mass Acceleration by pressure + Turbine blade group with the same diameter and the same shape for each paragraph, and various energy conservation cycle coalescing engines with 7 fitting bolt assembly turbines.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the square turbine outer box, and the liquid metal is used for ascending storage + Acceleration with the pressure divided and stored in the combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining turbine blade group Various energy storage cycle coalescing engines in which the same diameter and diameter of each paragraph are provided and the fitting bolt assembly turbines are provided in eight stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box and the liquid metal is used for ascending storage + Acceleration with the pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Turbine rotor blade capable of fully automatic processing Various energy conservation cycle coalescing engines with groups of approximately the same diameter and the same shape for each paragraph and provided with 9 stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending storage + combustion gas calorie and mass or compressed air calorie and pressure are stored separately and stored in the turbine + fully automatic machining is possible Various energy storage cycle coalescing engines with blade groups of the same diameter and approximately the same shape for each stage, and 10 bolts of fitting bolt assembly turbines.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box, and the liquid metal is used for ascending storage + Acceleration with the pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Turbine blade group in each paragraph Various energy storage cycle coalescing engines with a fitting bolt assembly turbine arranged in one stage and having substantially the same diameter.   Turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar thermal engine with large injection propulsion output + horizontal axis (1h) with square turbine outer box at right angle to make rotating direction alternate heat insulation turbine + heat retention increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box, and the liquid metal is used for ascending storage + Acceleration with the pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Turbine blade group in each paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines arranged in two stages with approximately the same diameter.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Various energy storage cycle coalescing engines in which the turbine blades of the turbine that can be accelerated and fully-automatically processed by the pressure divided and stored in heat quantity and mass are set to the same diameter and shape of each stage, and the fitting bolt assembly turbines are provided in three stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Various energy storage cycle coalescing engines in which the turbine blades that can be accelerated and fully processed automatically by the pressure divided and stored in the amount of heat and mass are roughly the same shape for each stage and have four stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Various energy storage cycle coalescing engines in which turbine blades capable of acceleration + full-automatic machining with pressure divided and stored in heat and mass are made substantially the same shape with the same diameter for each stage and fitted with bolted turbines in five stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Acceleration with pressure divided and stored in calorie and mass + various energy storage cycle coalescing engines with turbine rotor blade groups of the same diameter and shape of each stage and fitting bolt assembly turbines in 6 stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Acceleration with pressure divided and stored in calorie and mass + various energy storage cycle coalescing engines with turbine rotor blades of the same diameter and shape of each stage and fitted with bolted turbine assembly in 7 stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) in the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Combustion gas calorific value and Various energy storage cycle coalescing engines in which the turbine blades of the turbine that can be accelerated and fully-automatically processed by the pressure divided and stored in mass or compressed air calorie and mass are provided in 8 stages with the same diameter and shape of each turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) in the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Combustion gas calorific value and Various energy storage cycle coalescence engines with 9 stages of turbine bolts with the same diameter and the same shape for each stage of the turbine blades that can be accelerated and fully automated by mass or compressed air heat and mass. .   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) in the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Combustion gas calorific value and Combined with various energy storage cycles, the turbine blades that can be accelerated and fully automated by mass or compressed air calorie and pressure divided into masses have the same diameter and shape of each stage, and are equipped with 10 fitting bolt assembly turbines. organ.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) in the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Combustion gas calorific value and Various energy storage cycle coalescing engines in which the acceleration and turbine blade groups are arranged in the same shape and the same shape for each stage, and the mating bolt assembly turbine is provided in one stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) in the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Combustion gas calorific value and Various energy storage cycle coalescing engines with two stages of mating bolt assembly turbines with acceleration / turbine blades grouped in the same diameter and approximately the same shape with pressure divided and stored in mass or compressed air heat quantity and mass.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used. + The pressure divided and stored in the combustion gas heat quantity and mass or compressed air heat quantity and mass Various energy storage cycle coalescing engines, with the turbine blades of the acceleration + fully automatic processing turbines having the same diameter and the same shape for each stage and the fitting bolt assembly turbines in three stages.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used. + The pressure divided and stored in the combustion gas heat quantity and mass or compressed air heat quantity and mass Various energy storage cycle coalescing engines in which turbine blades that can be accelerated and fully machined are of the same diameter and the same shape for each stage, and are provided with four stages of fitting bolt assembly turbines.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used. + The pressure divided and stored in the combustion gas heat quantity and mass or compressed air heat quantity and mass Various energy conservation cycle coalescing engines with a turbine blade group capable of acceleration + fully automatic machining, with the same diameter and the same shape for each stage, and 5 stages of fitting bolt assembly turbines.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used. + The pressure divided and stored in the combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines in which the rotor blade group of the acceleration + turbine has the same diameter and the same shape for each stage and the fitting bolt assembly turbine is provided in six stages.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used. + The pressure divided and stored in the combustion gas calorie and mass or compressed air calorie and mass Various energy conservation cycle coalescing engines with 7 stages of mating bolt assembly turbines with the acceleration + turbine blade group having the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and used. + Divided and stored into combustion gas calorie and mass or compressed air calorie and mass Acceleration by pressure + Fully automatic processing possible Combined engine with various energy storage cycles, with turbine blades of the same diameter and the same shape for each stage, and 8 bolts of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and used. + Divided and stored into combustion gas calorie and mass or compressed air calorie and mass Various energy conservation cycle coalescing engines with turbine rotor blades that can be accelerated by pressure and fully automatic machined, with the same diameter and the same shape for each stage, and 9 stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and used. + Divided and stored into combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with 10 stages of fitting bolt assembly turbines with turbine blades that can be accelerated and fully machined by pressure, with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and used. + Divided and stored into combustion gas calorie and mass or compressed air calorie and mass Acceleration by pressure + Turbine blade group of each turbine with the same diameter and the same shape for each stage, and a combined bolt assembly turbine in one stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and used. + Divided and stored into combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with acceleration and pressure + turbine blades grouped in the same diameter and shape of each stage and fitted bolt assembly turbines in two stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the square turbine outer box, and the liquid metal is used for ascending storage + Acceleration with the pressure divided and stored in the combustion gas calorie and mass or compressed air calorie and mass + Fully automatic workable turbine blade group Various energy storage cycle coalescing engines with the same diameter and the same shape for each paragraph, and three stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box and the liquid metal is used for ascending storage + Acceleration with the pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Turbine rotor blade capable of fully automatic processing Various energy storage cycle coalescing engines with groups of approximately the same diameter and the same shape for each paragraph and four stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending storage + combustion gas calorie and mass or compressed air calorie and pressure are stored separately and stored in the turbine + fully automatic machining is possible Various energy conservation cycle coalescing engines with blade groups of the same diameter and approximately the same shape for each paragraph, and five stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box, and the liquid metal is used for ascending storage + Acceleration with the pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Turbine blade group in each paragraph Various energy storage cycle coalescing engines with 6-stage fitting bolt assembly turbines with approximately the same diameter.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box, and the liquid metal is used for ascending storage + Acceleration with the pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Turbine blade group in each paragraph Various energy storage cycle coalescing engines with 7-stage fitting bolt assembly turbines with approximately the same diameter.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Various energy conservation cycle coalescence engines with 8 stages of fitting bolt assembly turbines, with turbine blades that are accelerated and fully automatic machined by pressure divided and stored in heat and mass and have the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Various energy storage cycle coalescing engines with a turbine blade group that can be accelerated and fully automatically machined by pressure divided and stored in heat quantity and mass, with the same diameter and the same shape for each stage, and with 9 stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Various energy storage cycle coalescing engines in which turbine blades capable of acceleration and full-automatic machining with pressure divided and stored in calorie and mass are made to have the same diameter and the same shape for each stage and the fitting bolt assembly turbines are provided in 10 stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Various energy storage cycle coalescence engines with acceleration and turbine blade groups of the same diameter and the same shape for each paragraph and with a fitting bolt assembly turbine in one stage with pressure divided and stored in heat and mass.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Various energy storage cycle coalescing engines with acceleration and turbine blade groups of the same diameter and the same shape for each paragraph, and two stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) in the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Combustion gas calorific value and Various energy storage cycle coalescing engines in which the turbine blades of the turbine that can be accelerated and fully automatic machined by the pressure divided and stored in mass or compressed air calorie and mass are provided with three stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) in the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Combustion gas calorific value and Various energy storage cycle coalescing engines in which turbine blades that can be accelerated and fully automated by mass or compressed air heat quantity and mass are stored in four stages with the same diameter and the same shape for each stage. .   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) in the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Combustion gas calorific value and Combined with various energy storage cycles in which turbine blades that can be accelerated and fully automated by mass or compressed air calorie and pressure are stored in the same diameter and shape of each stage and fitted with a bolt assembly turbine in five stages organ.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) in the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Combustion gas calorific value and Various energy storage cycle coalescing engines with acceleration / turbine blades grouped in mass or compressed air calorie and mass and stored in six stages with the same diameter and shape of each turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) in the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Combustion gas calorific value and Various energy storage cycle coalescence engines with acceleration / turbine moving blades grouped into mass or compressed air calorie and mass and having the same diameter and shape of each turbine, and with 7 stages of fitting bolt assembly turbines.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used. + The pressure divided and stored in the combustion gas heat quantity and mass or compressed air heat quantity and mass Various energy storage cycle coalescing engines with 8 stages of mating bolt assembly turbines, with the rotor blade groups of the turbine capable of acceleration + fully-automatic machining having the same diameter and shape of each paragraph.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used. + The pressure divided and stored in the combustion gas heat quantity and mass or compressed air heat quantity and mass Various energy storage cycle coalescing engines in which the turbine blade groups that can be accelerated and fully machined are of the same diameter and the same shape for each stage, and are provided with 9 stages of bolt assembly turbines.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used. + The pressure divided and stored in the combustion gas heat quantity and mass or compressed air heat quantity and mass Various energy storage cycle coalescing engines with 10 stages of mating bolt assembly turbines with turbine blades capable of accelerating + fully automatic machining and having the same diameter and shape of each stage.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used. + The pressure divided and stored in the combustion gas calorie and mass or compressed air calorie and mass Various energy conservation cycle coalescing engines in which the rotor blade group of the acceleration + turbine is substantially the same shape for each paragraph and the fitting bolt assembly turbine is provided in one stage.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used. + The pressure divided and stored in the combustion gas heat quantity and mass or compressed air heat quantity and mass Various energy storage cycle coalescing engines with the acceleration + turbine rotor blade group having the same diameter and the same shape for each paragraph, and two stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and used. + Divided and stored into combustion gas calorie and mass or compressed air calorie and mass Acceleration by pressure + Fully automatic machining The turbine blades of each turbine are of the same shape and shape with the same diameter for each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and used. + Divided and stored into combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with turbine blades that can be accelerated and fully machined by pressure with the same diameter and the same shape for each stage, and four stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and used. + Divided and stored into combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with turbine rotor blades that can be accelerated and fully machined by pressure, with the same diameter and shape of each stage, and 5 stages of bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and used. + Divided and stored into combustion gas calorie and mass or compressed air calorie and mass Accelerating with pressure + Combined engine with various energy storage cycles, with turbine blades set to approximately the same shape for each stage, with 6 bolts of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and used. + Divided and stored into combustion gas calorie and mass or compressed air calorie and mass Acceleration by pressure + Turbine blade group with the same diameter and the same shape for each paragraph, and various energy conservation cycle coalescing engines with 7 fitting bolt assembly turbines.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the square turbine outer box, and the liquid metal is used for ascending storage + Acceleration with the pressure divided and stored in the combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining turbine blade group Various energy storage cycle coalescing engines in which the same diameter and diameter of each paragraph are provided and the fitting bolt assembly turbines are provided in eight stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box and the liquid metal is used for ascending storage + Acceleration with the pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Turbine rotor blade capable of fully automatic processing Various energy conservation cycle coalescing engines with groups of approximately the same diameter and the same shape for each paragraph and provided with 9 stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending storage + combustion gas calorie and mass or compressed air calorie and pressure are stored separately and stored in the turbine + fully automatic machining is possible Various energy storage cycle coalescing engines with blade groups of the same diameter and approximately the same shape for each stage, and 10 bolts of fitting bolt assembly turbines.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box, and the liquid metal is used for ascending storage + Acceleration with the pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Turbine blade group in each paragraph Various energy storage cycle coalescing engines with a fitting bolt assembly turbine arranged in one stage and having substantially the same diameter.   Turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar thermal engine with large injection propulsion output + horizontal axis (1h) with square turbine outer box at right angle to make rotating direction alternate heat insulation turbine + heat retention increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box, and the liquid metal is used for ascending storage + Acceleration with the pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Turbine blade group in each paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines arranged in two stages with approximately the same diameter.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Various energy storage cycle coalescing engines in which the turbine blades of the turbine that can be accelerated and fully-automatically processed by the pressure divided and stored in heat quantity and mass are set to the same diameter and shape of each stage, and the fitting bolt assembly turbines are provided in three stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Various energy storage cycle coalescing engines in which the turbine blades that can be accelerated and fully processed automatically by the pressure divided and stored in the amount of heat and mass are roughly the same shape for each stage and have four stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Various energy storage cycle coalescing engines in which turbine blades capable of acceleration + full-automatic machining with pressure divided and stored in heat and mass are made substantially the same shape with the same diameter for each stage and fitted with bolted turbines in five stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Acceleration with pressure divided and stored in calorie and mass + various energy storage cycle coalescing engines with turbine rotor blade groups of the same diameter and shape of each stage and fitting bolt assembly turbines in 6 stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Acceleration with pressure divided and stored in calorie and mass + various energy storage cycle coalescing engines with turbine rotor blades of the same diameter and shape of each stage and fitted with bolted turbine assembly in 7 stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) in the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Combustion gas calorific value and Various energy storage cycle coalescing engines in which the turbine blades of the turbine that can be accelerated and fully-automatically processed by the pressure divided and stored in mass or compressed air calorie and mass are provided in 8 stages with the same diameter and shape of each turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) in the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Combustion gas calorific value and Various energy storage cycle coalescence engines with 9 stages of turbine bolts with the same diameter and the same shape for each stage of the turbine blades that can be accelerated and fully automated by mass or compressed air heat and mass. .   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) in the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Combustion gas calorific value and Combined with various energy storage cycles, the turbine blades that can be accelerated and fully automated by mass or compressed air calorie and pressure divided into masses have the same diameter and shape of each stage, and are equipped with 10 fitting bolt assembly turbines. organ.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) in the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Combustion gas calorific value and Various energy storage cycle coalescing engines in which the acceleration and turbine blade groups are arranged in the same shape and the same shape for each stage, and the mating bolt assembly turbine is provided in one stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) in the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Combustion gas calorific value and Various energy storage cycle coalescing engines with two stages of mating bolt assembly turbines with acceleration / turbine blades grouped in the same diameter and approximately the same shape with pressure divided and stored in mass or compressed air heat quantity and mass.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used. + The pressure divided and stored in the combustion gas heat quantity and mass or compressed air heat quantity and mass Various energy storage cycle coalescing engines, with the turbine blades of the acceleration + fully automatic processing turbines having the same diameter and the same shape for each stage and the fitting bolt assembly turbines in three stages.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used. + The pressure divided and stored in the combustion gas heat quantity and mass or compressed air heat quantity and mass Various energy storage cycle coalescing engines in which turbine blades that can be accelerated and fully machined are of the same diameter and the same shape for each stage, and are provided with four stages of fitting bolt assembly turbines.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used. + The pressure divided and stored in the combustion gas heat quantity and mass or compressed air heat quantity and mass Various energy conservation cycle coalescing engines with a turbine blade group capable of acceleration + fully automatic machining, with the same diameter and the same shape for each stage, and 5 stages of fitting bolt assembly turbines.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used. + The pressure divided and stored in the combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines in which the rotor blade group of the acceleration + turbine has the same diameter and the same shape for each stage and the fitting bolt assembly turbine is provided in six stages.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used. + The pressure divided and stored in the combustion gas calorie and mass or compressed air calorie and mass Various energy conservation cycle coalescing engines with 7 stages of mating bolt assembly turbines with the acceleration + turbine blade group having the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and used. + Divided and stored into combustion gas calorie and mass or compressed air calorie and mass Acceleration by pressure + Fully automatic processing possible Combined engine with various energy storage cycles, with turbine blades of the same diameter and the same shape for each stage, and 8 bolts of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and used. + Divided and stored into combustion gas calorie and mass or compressed air calorie and mass Various energy conservation cycle coalescing engines with turbine rotor blades that can be accelerated by pressure and fully automatic machined, with the same diameter and the same shape for each stage, and 9 stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and used. + Divided and stored into combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with 10 stages of fitting bolt assembly turbines with turbine blades that can be accelerated and fully machined by pressure, with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and used. + Divided and stored into combustion gas calorie and mass or compressed air calorie and mass Acceleration by pressure + Turbine blade group of each turbine with the same diameter and the same shape for each stage, and a combined bolt assembly turbine in one stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and used. + Divided and stored into combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with acceleration and pressure + turbine blades grouped in the same diameter and shape of each stage and fitted bolt assembly turbines in two stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the square turbine outer box, and the liquid metal is used for ascending storage + Acceleration with the pressure divided and stored in the combustion gas calorie and mass or compressed air calorie and mass + Fully automatic workable turbine blade group Various energy storage cycle coalescing engines with the same diameter and the same shape for each paragraph, and three stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box and the liquid metal is used for ascending storage + Acceleration with the pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Turbine rotor blade capable of fully automatic processing Various energy storage cycle coalescing engines with groups of approximately the same diameter and the same shape for each paragraph and four stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending storage + combustion gas calorie and mass or compressed air calorie and pressure are stored separately and stored in the turbine + fully automatic machining is possible Various energy conservation cycle coalescing engines with blade groups of the same diameter and approximately the same shape for each paragraph, and five stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box, and the liquid metal is used for ascending storage + Acceleration with the pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Turbine blade group in each paragraph Various energy storage cycle coalescing engines with 6-stage fitting bolt assembly turbines with approximately the same diameter.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box, and the liquid metal is used for ascending storage + Acceleration with the pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Turbine blade group in each paragraph Various energy storage cycle coalescing engines with 7-stage fitting bolt assembly turbines with approximately the same diameter.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Various energy conservation cycle coalescence engines with 8 stages of fitting bolt assembly turbines, with turbine blades that are accelerated and fully automatic machined by pressure divided and stored in heat and mass and have the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Various energy storage cycle coalescing engines with a turbine blade group that can be accelerated and fully automatically machined by pressure divided and stored in heat quantity and mass, with the same diameter and the same shape for each stage, and with 9 stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Various energy storage cycle coalescing engines in which turbine blades capable of acceleration and full-automatic machining with pressure divided and stored in calorie and mass are made to have the same diameter and the same shape for each stage and the fitting bolt assembly turbines are provided in 10 stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Various energy storage cycle coalescence engines with acceleration and turbine blade groups of the same diameter and the same shape for each paragraph and with a fitting bolt assembly turbine in one stage with pressure divided and stored in heat and mass.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Various energy storage cycle coalescing engines with acceleration and turbine blade groups of the same diameter and the same shape for each paragraph, and two stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) in the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Combustion gas calorific value and Various energy storage cycle coalescing engines in which the turbine blades of the turbine that can be accelerated and fully automatic machined by the pressure divided and stored in mass or compressed air calorie and mass are provided with three stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) in the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Combustion gas calorific value and Various energy storage cycle coalescing engines in which turbine blades that can be accelerated and fully automated by mass or compressed air heat quantity and mass are stored in four stages with the same diameter and the same shape for each stage. .   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) in the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Combustion gas calorific value and Combined with various energy storage cycles in which turbine blades that can be accelerated and fully automated by mass or compressed air calorie and pressure are stored in the same diameter and shape of each stage and fitted with a bolt assembly turbine in five stages organ.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) in the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Combustion gas calorific value and Various energy storage cycle coalescing engines with acceleration / turbine blades grouped in mass or compressed air calorie and mass and stored in six stages with the same diameter and shape of each turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) in the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Combustion gas calorific value and Various energy storage cycle coalescence engines with acceleration / turbine moving blades grouped into mass or compressed air calorie and mass and having the same diameter and shape of each turbine, and with 7 stages of fitting bolt assembly turbines.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used. + The pressure divided and stored in the combustion gas heat quantity and mass or compressed air heat quantity and mass Various energy storage cycle coalescing engines with 8 stages of mating bolt assembly turbines, with the rotor blade groups of the turbine capable of acceleration + fully-automatic machining having the same diameter and shape of each paragraph.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used. + The pressure divided and stored in the combustion gas heat quantity and mass or compressed air heat quantity and mass Various energy storage cycle coalescing engines in which the turbine blade groups that can be accelerated and fully machined are of the same diameter and the same shape for each stage, and are provided with 9 stages of bolt assembly turbines.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used. + The pressure divided and stored in the combustion gas heat quantity and mass or compressed air heat quantity and mass Various energy storage cycle coalescing engines with 10 stages of mating bolt assembly turbines with turbine blades capable of accelerating + fully automatic machining and having the same diameter and shape of each stage.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used. + The pressure divided and stored in the combustion gas calorie and mass or compressed air calorie and mass Various energy conservation cycle coalescing engines in which the rotor blade group of the acceleration + turbine is substantially the same shape for each paragraph and the fitting bolt assembly turbine is provided in one stage.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used. + The pressure divided and stored in the combustion gas heat quantity and mass or compressed air heat quantity and mass Various energy storage cycle coalescing engines with the acceleration + turbine rotor blade group having the same diameter and the same shape for each paragraph, and two stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and used. + Divided and stored into combustion gas calorie and mass or compressed air calorie and mass Acceleration by pressure + Fully automatic machining The turbine blades of each turbine are of the same shape and shape with the same diameter for each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and used. + Divided and stored into combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with turbine blades that can be accelerated and fully machined by pressure with the same diameter and the same shape for each stage, and four stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and used. + Divided and stored into combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with turbine rotor blades that can be accelerated and fully machined by pressure, with the same diameter and shape of each stage, and 5 stages of bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and used. + Divided and stored into combustion gas calorie and mass or compressed air calorie and mass Accelerating with pressure + Combined engine with various energy storage cycles, with turbine blades set to approximately the same shape for each stage, with 6 bolts of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and used. + Divided and stored into combustion gas calorie and mass or compressed air calorie and mass Acceleration by pressure + Turbine blade group with the same diameter and the same shape for each paragraph, and various energy conservation cycle coalescing engines with 7 fitting bolt assembly turbines.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the square turbine outer box, and the liquid metal is used for ascending storage + Acceleration with the pressure divided and stored in the combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining turbine blade group Various energy storage cycle coalescing engines in which the same diameter and diameter of each paragraph are provided and the fitting bolt assembly turbines are provided in eight stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box and the liquid metal is used for ascending storage + Acceleration with the pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Turbine rotor blade capable of fully automatic processing Various energy conservation cycle coalescing engines with groups of approximately the same diameter and the same shape for each paragraph and provided with 9 stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending storage + combustion gas calorie and mass or compressed air calorie and pressure are stored separately and stored in the turbine + fully automatic machining is possible Various energy storage cycle coalescing engines with blade groups of the same diameter and approximately the same shape for each stage, and 10 bolts of fitting bolt assembly turbines.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box, and the liquid metal is used for ascending storage + Acceleration with the pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Turbine blade group in each paragraph Various energy storage cycle coalescing engines with a fitting bolt assembly turbine arranged in one stage and having substantially the same diameter.   Turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar thermal engine with large injection propulsion output + horizontal axis (1h) with square turbine outer box at right angle to make rotating direction alternate heat insulation turbine + heat retention increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box, and the liquid metal is used for ascending storage + Acceleration with the pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Turbine blade group in each paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines arranged in two stages with approximately the same diameter.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Various energy storage cycle coalescing engines in which the turbine blades of the turbine that can be accelerated and fully-automatically processed by the pressure divided and stored in heat quantity and mass are set to the same diameter and shape of each stage, and the fitting bolt assembly turbines are provided in three stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Various energy storage cycle coalescing engines in which the turbine blades that can be accelerated and fully processed automatically by the pressure divided and stored in the amount of heat and mass are roughly the same shape for each stage and have four stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Various energy storage cycle coalescing engines in which turbine blades capable of acceleration + full-automatic machining with pressure divided and stored in heat and mass are made substantially the same shape with the same diameter for each stage and fitted with bolted turbines in five stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Acceleration with pressure divided and stored in calorie and mass + various energy storage cycle coalescing engines with turbine rotor blade groups of the same diameter and shape of each stage and fitting bolt assembly turbines in 6 stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Acceleration with pressure divided and stored in calorie and mass + various energy storage cycle coalescing engines with turbine rotor blades of the same diameter and shape of each stage and fitted with bolted turbine assembly in 7 stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) in the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Combustion gas calorific value and Various energy storage cycle coalescing engines in which the turbine blades of the turbine that can be accelerated and fully-automatically processed by the pressure divided and stored in mass or compressed air calorie and mass are provided in 8 stages with the same diameter and shape of each turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) in the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Combustion gas calorific value and Various energy storage cycle coalescence engines with 9 stages of turbine bolts with the same diameter and the same shape for each stage of the turbine blades that can be accelerated and fully automated by mass or compressed air heat and mass. .   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) in the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Combustion gas calorific value and Combined with various energy storage cycles, the turbine blades that can be accelerated and fully automated by mass or compressed air calorie and pressure divided into masses have the same diameter and shape of each stage, and are equipped with 10 fitting bolt assembly turbines. organ.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) in the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Combustion gas calorific value and Various energy storage cycle coalescing engines in which the acceleration and turbine blade groups are arranged in the same shape and the same shape for each stage, and the mating bolt assembly turbine is provided in one stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) in the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Combustion gas calorific value and Various energy storage cycle coalescing engines with two stages of mating bolt assembly turbines with acceleration / turbine blades grouped in the same diameter and approximately the same shape with pressure divided and stored in mass or compressed air heat quantity and mass.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used. + The pressure divided and stored in the combustion gas heat quantity and mass or compressed air heat quantity and mass Various energy storage cycle coalescing engines, with the turbine blades of the acceleration + fully automatic processing turbines having the same diameter and the same shape for each stage and the fitting bolt assembly turbines in three stages.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used. + The pressure divided and stored in the combustion gas heat quantity and mass or compressed air heat quantity and mass Various energy storage cycle coalescing engines in which turbine blades that can be accelerated and fully machined are of the same diameter and the same shape for each stage, and are provided with four stages of fitting bolt assembly turbines.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used. + The pressure divided and stored in the combustion gas heat quantity and mass or compressed air heat quantity and mass Various energy conservation cycle coalescing engines with a turbine blade group capable of acceleration + fully automatic machining, with the same diameter and the same shape for each stage, and 5 stages of fitting bolt assembly turbines.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used. + The pressure divided and stored in the combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines in which the rotor blade group of the acceleration + turbine has the same diameter and the same shape for each stage and the fitting bolt assembly turbine is provided in six stages.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used. + The pressure divided and stored in the combustion gas calorie and mass or compressed air calorie and mass Various energy conservation cycle coalescing engines with 7 stages of mating bolt assembly turbines with the acceleration + turbine blade group having the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and used. + Divided and stored into combustion gas calorie and mass or compressed air calorie and mass Acceleration by pressure + Fully automatic processing possible Combined engine with various energy storage cycles, with turbine blades of the same diameter and the same shape for each stage, and 8 bolts of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and used. + Divided and stored into combustion gas calorie and mass or compressed air calorie and mass Various energy conservation cycle coalescing engines with turbine rotor blades that can be accelerated by pressure and fully automatic machined, with the same diameter and the same shape for each stage, and 9 stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and used. + Divided and stored into combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with 10 stages of fitting bolt assembly turbines with turbine blades that can be accelerated and fully machined by pressure, with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and used. + Divided and stored into combustion gas calorie and mass or compressed air calorie and mass Acceleration by pressure + Turbine blade group of each turbine with the same diameter and the same shape for each stage, and a combined bolt assembly turbine in one stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and used. + Divided and stored into combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with acceleration and pressure + turbine blades grouped in the same diameter and shape of each stage and fitted bolt assembly turbines in two stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the square turbine outer box, and the liquid metal is used for ascending storage + Acceleration with the pressure divided and stored in the combustion gas calorie and mass or compressed air calorie and mass + Fully automatic workable turbine blade group Various energy storage cycle coalescing engines with the same diameter and the same shape for each paragraph, and three stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box and the liquid metal is used for ascending storage + Acceleration with the pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Turbine rotor blade capable of fully automatic processing Various energy storage cycle coalescing engines with groups of approximately the same diameter and the same shape for each paragraph and four stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending storage + combustion gas calorie and mass or compressed air calorie and pressure are stored separately and stored in the turbine + fully automatic machining is possible Various energy conservation cycle coalescing engines with blade groups of the same diameter and approximately the same shape for each paragraph, and five stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box, and the liquid metal is used for ascending storage + Acceleration with the pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Turbine blade group in each paragraph Various energy storage cycle coalescing engines with 6-stage fitting bolt assembly turbines with approximately the same diameter.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box, and the liquid metal is used for ascending storage + Acceleration with the pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Turbine blade group in each paragraph Various energy storage cycle coalescing engines with 7-stage fitting bolt assembly turbines with approximately the same diameter.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Various energy conservation cycle coalescence engines with 8 stages of fitting bolt assembly turbines, with turbine blades that are accelerated and fully automatic machined by pressure divided and stored in heat and mass and have the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Various energy storage cycle coalescing engines with a turbine blade group that can be accelerated and fully automatically machined by pressure divided and stored in heat quantity and mass, with the same diameter and the same shape for each stage, and with 9 stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Various energy storage cycle coalescing engines in which turbine blades capable of acceleration and full-automatic machining with pressure divided and stored in calorie and mass are made to have the same diameter and the same shape for each stage and the fitting bolt assembly turbines are provided in 10 stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Various energy storage cycle coalescence engines with acceleration and turbine blade groups of the same diameter and the same shape for each paragraph and with a fitting bolt assembly turbine in one stage with pressure divided and stored in heat and mass.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Various energy storage cycle coalescing engines with acceleration and turbine blade groups of the same diameter and the same shape for each paragraph, and two stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) in the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Combustion gas calorific value and Various energy storage cycle coalescing engines in which the turbine blades of the turbine that can be accelerated and fully automatic machined by the pressure divided and stored in mass or compressed air calorie and mass are provided with three stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) in the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Combustion gas calorific value and Various energy storage cycle coalescing engines in which turbine blades that can be accelerated and fully automated by mass or compressed air heat quantity and mass are stored in four stages with the same diameter and the same shape for each stage. .   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) in the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Combustion gas calorific value and Combined with various energy storage cycles in which turbine blades that can be accelerated and fully automated by mass or compressed air calorie and pressure are stored in the same diameter and shape of each stage and fitted with a bolt assembly turbine in five stages organ.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) in the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Combustion gas calorific value and Various energy storage cycle coalescing engines with acceleration / turbine blades grouped in mass or compressed air calorie and mass and stored in six stages with the same diameter and shape of each turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) in the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Combustion gas calorific value and Various energy storage cycle coalescence engines with acceleration / turbine moving blades grouped into mass or compressed air calorie and mass and having the same diameter and shape of each turbine, and with 7 stages of fitting bolt assembly turbines.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used. + The pressure divided and stored in the combustion gas heat quantity and mass or compressed air heat quantity and mass Various energy storage cycle coalescing engines with 8 stages of mating bolt assembly turbines, with the rotor blade groups of the turbine capable of acceleration + fully-automatic machining having the same diameter and shape of each paragraph.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used. + The pressure divided and stored in the combustion gas heat quantity and mass or compressed air heat quantity and mass Various energy storage cycle coalescing engines in which the turbine blade groups that can be accelerated and fully machined are of the same diameter and the same shape for each stage, and are provided with 9 stages of bolt assembly turbines.   Turbine multiple drive short-time coalescence engine injection section (78S) Liquid metal solar engine that makes large propulsion propulsion output + Accelerating the output sphere (2E) downward by gravity acceleration Turbine drive + Combined engine injection section (78S ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and stored. Various energy storage cycle coalescing engines with 10 stages of mating bolt assembly turbines, with turbine blades capable of accelerating + fully automatic machining, with the same diameter and shape of each stage.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used. + The pressure divided and stored in the combustion gas calorie and mass or compressed air calorie and mass Various energy conservation cycle coalescing engines in which the rotor blade group of the acceleration + turbine is substantially the same shape for each paragraph and the fitting bolt assembly turbine is provided in one stage.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used. + The pressure divided and stored in the combustion gas heat quantity and mass or compressed air heat quantity and mass Various energy storage cycle coalescing engines with the acceleration + turbine rotor blade group having the same diameter and the same shape for each paragraph, and two stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalescence engine injection unit (78S) Liquid metal solar engine to make large injection propulsion output + fuel cost is small CO2 exhaust gas small coalescence engine injection unit (78S) injection propulsion output increase + heat retention increase ball lift device (2F) Is installed at the corner of the outer corner of the square turbine to save and use liquid metal + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining Turbine blade group in each paragraph Various energy storage cycle coalescing engines in which fitting bolt assembly turbines and heat pumps are provided in three stages with thrust bearings, bearings, and a rectangular turbine outer casing (77a) as substantially the same diameter.   Turbine multiple drive short-time coalescence engine injection unit (78S) Liquid metal solar engine to make large injection propulsion output + fuel cost is small CO2 exhaust gas small coalescence engine injection unit (78S) injection propulsion output increase + heat retention increase ball lift device (2F) Is installed in the corner of the outer corner of the square turbine to save and use liquid metal + Accelerate with pressure divided and stored into combustion gas calorie and mass or compressed air calorie and mass + turbine blade group of turbines capable of fully automatic processing per paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines and heat pumps of the same diameter and substantially the same shape as thrust bearings, bearings and square turbine outer box (77a) provided in four stages.   Turbine multiple drive short-time coalescence engine injection unit (78S) Liquid metal solar engine to make large injection propulsion output + fuel cost is small CO2 exhaust gas small coalescence engine injection unit (78S) injection propulsion output increase + heat retention increase ball lift device (2F) Is installed in the corner of the outer corner of the square turbine to save and use the liquid metal + Accelerate with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + turbine blade group of turbines capable of fully automatic machining Various energy storage cycle coalescing engines in which fitting bolt assembly turbines and heat pumps are provided in five stages together with thrust bearings and bearings and a rectangular turbine outer casing (77a), each having the same diameter and substantially the same shape.   Turbine multiple drive short-time coalescence engine injection unit (78S) Liquid metal solar engine to make large injection propulsion output + fuel cost is small CO2 exhaust small coalescence engine injection unit (78S) injection propulsion output increase + heat retention increase ball lift device (2F) Is installed in the corner of the outer corner of the square turbine, and the liquid metal is used for ascending storage + Acceleration with the pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines in which a fitting bolt assembly turbine and a heat pump are provided in six stages together with a thrust bearing, a bearing and a rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalescence engine injection unit (78S) Liquid metal solar engine to make large injection propulsion output + fuel cost is small CO2 exhaust small coalescence engine injection unit (78S) injection propulsion output increase + heat retention increase ball lift device (2F) Is installed in the corner of the outer corner of the square turbine, and the liquid metal is used for ascending storage + Acceleration with the pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines in which a fitting bolt assembly turbine and a heat pump are provided in seven stages together with a thrust bearing, a bearing and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Acceleration with pressure stored and divided into calorie and mass + Fully automatic processing possible The turbine blades are of the same shape and shape with the same diameter for each stage The fitting bolt assembly turbine and the heat pump are thrust bearings, bearings and rectangular turbine outer casing (77a) Various energy storage cycle coalescence engine provided in 8 stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air The turbine blade group of the turbine that can be accelerated and fully automatically machined by the pressure divided and stored in the amount of heat and mass is made into the same shape and the same shape for each stage, and the fitting bolt assembly turbine and the heat pump are installed in the thrust bearing, bearing, and square turbine outer box ) And various energy conservation cycle coalescence engines provided in 9 stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Turbine blades that can be accelerated and fully-automatically processed with pressure divided and stored in the amount of heat and mass are made to have the same diameter and the same shape for each stage, and the fitting bolt assembly turbine and heat pump are thrust bearings, bearings, and rectangular turbine casings ( 77a) Various energy storage cycle coalescence engines provided in 10 stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Accelerate with pressure divided and stored in calorie and mass + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump in one stage with thrust bearing, bearing and square turbine outer casing (77a) Various energy conservation cycle coalescence engines provided.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Acceleration with pressure stored separately in heat quantity and mass + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump in two stages together with thrust bearing, bearing and square turbine outer casing (77a) Various energy conservation cycle coalescence engines provided.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Acceleration with pressure stored and divided into calorie and mass + Fully automatic processing possible The turbine blades are of the same shape and shape with the same diameter for each stage The fitting bolt assembly turbine and the heat pump are thrust bearings, bearings and rectangular turbine outer casing (77a) Various energy storage cycle coalescence engines provided in three stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air The turbine blade group of the turbine that can be accelerated and fully automatically machined by the pressure divided and stored in the amount of heat and mass is made into the same shape and the same shape for each stage, and the fitting bolt assembly turbine and the heat pump are installed in the thrust bearing, bearing, and square turbine outer box ) Combined with various energy storage cycle engines in 4 stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Turbine blades that can be accelerated and fully-automatically processed with pressure divided and stored in the amount of heat and mass are made to have the same diameter and the same shape for each stage, and the fitting bolt assembly turbine and heat pump are thrust bearings, bearings, and rectangular turbine casings ( 77a) Various energy storage cycle coalescence engines provided in five stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Accelerate with pressure divided and stored in calorie and mass + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump in 6 stages with thrust bearing, bearing and square turbine outer box (77a) Various energy conservation cycle coalescence engines provided.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Accelerate with pressure divided and stored in calorie and mass + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump in 7 stages with thrust bearing, bearing and square turbine outer box (77a) Various energy conservation cycle coalescence engines provided.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal by installing a heat retention increasing ball rising device (2F) at the corner of the square turbine outer casing + Combustion gas calorific value Acceleration with pressure that is divided and stored into mass or compressed air calorie and mass + Fully automatic processing possible Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump as thrust bearing, bearing and square turbine Various energy storage cycle coalescence engine provided in 8 stages with outer box (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal by installing a heat retention increasing ball rising device (2F) at the corner of the square turbine outer casing + Combustion gas calorific value Accelerating with pressure that is divided and stored in mass or compressed air calorie and mass + turbine blade group that can be fully automatic machined with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearings, bearings and square type Various energy storage cycle coalescence engine provided in 9 stages together with the turbine outer box (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal by installing a heat retention increasing ball rising device (2F) at the corner of the square turbine outer casing + Combustion gas calorific value The turbine blade group of turbines that can be accelerated and fully automated with the pressure divided and stored in mass or compressed air calorie and mass, and with the same diameter and shape of each stage, is fitted with a bolt assembly turbine and heat pump, thrust bearing, bearing and angle Various energy storage cycle coalescing engines provided in 10 stages together with a type turbine outer box (77a)   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Drives + Drives various flying ships with united engine injection unit (78S) injection driving force + Insulates and uses the liquid metal at the corners of the square turbine outer box by installing a warming and increasing ball raising device (2F) + Combustion gas calorific value Accelerating with pressure divided and stored in mass or compressed air calorie and mass + Turbine rotor blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump as thrust bearing, bearing and square turbine outer box (77a ) And various energy conservation cycle coalescence engines provided in one stage.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Drives + Drives various flying ships with united engine injection unit (78S) injection driving force + Insulates and uses the liquid metal at the corners of the square turbine outer box by installing a warming and increasing ball raising device (2F) + Combustion gas calorific value Accelerating with pressure divided and stored in mass or compressed air calorie and mass + Turbine rotor blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump as thrust bearing, bearing and square turbine outer box (77a ) Combined with various energy storage cycle engines in two stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal by installing a heat retention increasing ball rising device (2F) at the corner of the square turbine outer casing + Combustion gas calorific value Acceleration with pressure that is divided and stored into mass or compressed air calorie and mass + Fully automatic processing possible Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump as thrust bearing, bearing and square turbine Various energy storage cycle coalescence engine provided in 3 stages with outer box (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal by installing a heat retention increasing ball rising device (2F) at the corner of the square turbine outer casing + Combustion gas calorific value Acceleration with pressure that is divided and stored into mass or compressed air calorie and mass + Fully automatic processing possible Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump as thrust bearing, bearing and square turbine Various energy storage cycle coalescence engine provided in 4 stages together with the outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Drives + Drives various flying ships with united engine injection unit (78S) injection driving force + Insulates and uses the liquid metal at the corners of the square turbine outer box by installing a warming and increasing ball raising device (2F) + Combustion gas calorific value Acceleration with pressure that is divided and stored in mass or compressed air calorie and mass + Fully automatic processing possible Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump as thrust bearing, bearing and square turbine Various energy storage cycle coalescence engine provided in 5 stages with outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Drives + Drives various flying ships with united engine injection unit (78S) injection driving force + Insulates and uses the liquid metal at the corners of the square turbine outer box by installing a warming and increasing ball raising device (2F) + Combustion gas calorific value Acceleration with pressure that is divided and stored in mass or compressed air calorie and mass + Fully automatic processing possible Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump as thrust bearing, bearing and square turbine Various energy storage cycle coalescence engine provided in 6 stages with outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Drives + Drives various flying ships with united engine injection unit (78S) injection driving force + Insulates and uses the liquid metal at the corners of the square turbine outer box by installing a warming and increasing ball raising device (2F) + Combustion gas calorific value Acceleration with pressure that is divided and stored in mass or compressed air calorie and mass + Fully automatic processing possible Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump as thrust bearing, bearing and square turbine Various energy storage cycle coalescence engine provided in 7 stages with outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Drives + Drives various flying ships with united engine injection unit (78S) injection driving force + Insulates and uses the liquid metal at the corners of the square turbine outer box by installing a warming and increasing ball raising device (2F) + Combustion gas calorific value Accelerating with pressure that is divided and stored in mass or compressed air calorie and mass + turbine blade group that can be fully automatic machined with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearings, bearings and square type Various energy storage cycle coalescence engines provided in 8 stages together with the turbine outer box (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal by installing a heat retention increasing ball rising device (2F) at the corner of the square turbine outer casing + Combustion gas calorific value Accelerating with pressure that is divided and stored in mass or compressed air calorie and mass + turbine blade group that can be fully automatic machined with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearings, bearings and square type Various energy storage cycle coalescence engine provided in 9 stages together with the turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Drives + Drives various flying ships with united engine injection unit (78S) injection driving force + Insulates and uses the liquid metal at the corners of the square turbine outer box by installing a warming and increasing ball raising device (2F) + Combustion gas calorific value Accelerating with pressure that is divided and stored in mass or compressed air calorie and mass + Fully automatic machining turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square type Various energy storage cycle coalescence engines provided in 10 stages together with the turbine outer box (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal by installing a heat retention increasing ball rising device (2F) at the corner of the square turbine outer casing + Combustion gas calorific value Accelerating with pressure that is divided and stored in mass or compressed air calorie and mass + turbine blade group that can be fully automatic machined with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearings, bearings and square type Various energy storage cycle coalescence engine provided in one stage together with the turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Drives + Drives various flying ships with united engine injection unit (78S) injection driving force + Insulates and uses the liquid metal at the corners of the square turbine outer box by installing a warming and increasing ball raising device (2F) + Combustion gas calorific value Accelerating with pressure that is divided and stored in mass or compressed air calorie and mass + Fully automatic machining turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square type Various energy storage cycle combined engine provided in two stages together with the turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Drives + Drives various flying ships with united engine injection unit (78S) injection driving force + Insulates and uses the liquid metal at the corners of the square turbine outer box by installing a warming and increasing ball raising device (2F) + Combustion gas calorific value The turbine blade group of turbines that can be accelerated and fully automated with the pressure divided and stored in mass or compressed air calorific value and mass is made into the same shape and shape of the same diameter for each stage. Various energy storage cycle coalescing engines provided in three stages together with the type turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Drives + Drives various flying ships with united engine injection unit (78S) injection driving force + Insulates and uses the liquid metal at the corners of the square turbine outer box by installing a warming and increasing ball raising device (2F) + Combustion gas calorific value The turbine blade group of turbines that can be accelerated and fully automated with the pressure divided and stored in mass or compressed air calorific value and mass is made into the same shape and shape of the same diameter for each stage. Various energy storage cycle coalescing engines provided in four stages together with the type turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Drives + Drives various flying ships with united engine injection unit (78S) injection driving force + Insulates and uses the liquid metal at the corners of the square turbine outer box by installing a warming and increasing ball raising device (2F) + Combustion gas calorific value The turbine blade group of turbines that can be accelerated and fully automated with the pressure divided and stored in mass or compressed air calorific value and mass is made into the same shape and shape of the same diameter for each stage. Various energy storage cycle coalescing engines provided in five stages together with a type turbine outer box (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal by installing a heat retention increasing ball rising device (2F) at the corner of the square turbine outer casing + Combustion gas calorific value The turbine blade group of turbines that can be accelerated and fully automated with the pressure divided and stored in mass or compressed air calorie and mass, and with the same diameter and shape of each stage, is fitted with a bolt assembly turbine and heat pump, thrust bearing, bearing and angle Various energy storage cycle coalescing engines provided in 6 stages together with a type turbine outer box (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal by installing a heat retention increasing ball rising device (2F) at the corner of the square turbine outer casing + Combustion gas calorific value The turbine blade group of turbines that can be accelerated and fully automated with the pressure divided and stored in mass or compressed air calorie and mass, and with the same diameter and shape of each stage, is fitted with a bolt assembly turbine and heat pump, thrust bearing, bearing and angle Various energy storage cycle coalescing engines provided in 7 stages together with the type turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Drives + Drives various flying ships with united engine injection unit (78S) injection driving force + Insulates and uses the liquid metal at the corners of the square turbine outer box by installing a warming and increasing ball raising device (2F) + Combustion gas calorific value Accelerating with pressure divided and stored in mass or compressed air calorie and mass + Turbine rotor blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump as thrust bearing, bearing and square turbine outer box (77a ) Combined with various energy conservation cycle engines in 8 stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Drives + Drives various flying ships with united engine injection unit (78S) injection driving force + Insulates and uses the liquid metal at the corners of the square turbine outer box by installing a warming and increasing ball raising device (2F) + Combustion gas calorific value Acceleration with the pressure divided into mass or compressed air calorie and mass and the turbine blade group of turbines with the same diameter and the same shape for each stage. ) And various energy conservation cycle coalescence engines provided in 9 stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Drives + Drives various flying ships with united engine injection unit (78S) injection driving force + Insulates and uses the liquid metal at the corners of the square turbine outer box by installing a warming and increasing ball raising device (2F) + Combustion gas calorific value Accelerating with pressure divided and stored in mass or compressed air calorie and mass + Turbine rotor blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump as thrust bearing, bearing and square turbine outer box (77a ) And various energy conservation cycle coalescence engines provided in 10 stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Drives + Drives various flying ships with united engine injection unit (78S) injection driving force + Insulates and uses the liquid metal at the corners of the square turbine outer box by installing a warming and increasing ball raising device (2F) + Combustion gas calorific value Accelerating with pressure divided and stored in mass or compressed air calorie and mass + Turbine rotor blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump as thrust bearing, bearing and square turbine outer box (77a ) And various energy conservation cycle coalescence engines provided in one stage.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Drives + Drives various flying ships with united engine injection unit (78S) injection driving force + Insulates and uses the liquid metal at the corners of the square turbine outer box by installing a warming and increasing ball raising device (2F) + Combustion gas calorific value Accelerating with pressure divided and stored in mass or compressed air calorie and mass + Turbine rotor blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump as thrust bearing, bearing and square turbine outer box (77a ) Combined with various energy storage cycle engines in two stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Drives + Drives various flying ships with united engine injection unit (78S) injection driving force + Insulates and uses the liquid metal at the corners of the square turbine outer box by installing a warming and increasing ball raising device (2F) + Combustion gas calorific value Acceleration with the pressure divided into mass or compressed air calorie and mass and the turbine blade group of turbines with the same diameter and the same shape for each stage. ) Combined with various energy conservation cycle engines in three stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Drives + Drives various flying ships with united engine injection unit (78S) injection driving force + Insulates and uses the liquid metal at the corners of the square turbine outer box by installing a warming and increasing ball raising device (2F) + Combustion gas calorific value Accelerating with pressure divided and stored in mass or compressed air calorie and mass + Turbine rotor blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump as thrust bearing, bearing and square turbine outer box (77a ) Combined with various energy conservation cycle engines in 4 stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Drives + Drives various flying ships with united engine injection unit (78S) injection driving force + Insulates and uses the liquid metal at the corners of the square turbine outer box by installing a warming and increasing ball raising device (2F) + Combustion gas calorific value Accelerating with pressure divided and stored in mass or compressed air calorie and mass + Turbine rotor blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump as thrust bearing, bearing and square turbine outer box (77a ) Combined with various energy conservation cycle engines in five stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal by installing a heat retention increasing ball rising device (2F) at the corner of the square turbine outer casing + Combustion gas calorific value Accelerating with pressure divided and stored in mass or compressed air calorie and mass + turbine rotor blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearings, bearings and rectangular turbine outer casing (77a ) Combined with various energy storage cycle engines in 6 stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal by installing a heat retention increasing ball rising device (2F) at the corner of the square turbine outer casing + Combustion gas calorific value Accelerating with pressure divided and stored in mass or compressed air calorie and mass + turbine rotor blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearings, bearings and rectangular turbine outer casing (77a ) Combined with various energy conservation cycle engines in 7 stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Drives + Drives various flying ships with united engine injection unit (78S) injection driving force + Insulates and uses the liquid metal at the corners of the square turbine outer box by installing a warming and increasing ball raising device (2F) + Combustion gas calorific value Acceleration with pressure that is divided and stored in mass or compressed air heat quantity and mass + Turbine blades are assembled into bolts with the same diameter and shape of each stage, and heat pumps are thrust bearings, bearings, and rectangular turbine outer casings ( 77a) Various energy storage cycle coalescence engines provided in 8 stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Drives + Drives various flying ships with united engine injection unit (78S) injection driving force + Insulates and uses the liquid metal at the corners of the square turbine outer box by installing a warming and increasing ball raising device (2F) + Combustion gas calorific value Acceleration with pressure that is divided and stored in mass or compressed air heat quantity and mass + Turbine blades are assembled into bolts with the same diameter and shape of each stage, and heat pumps are thrust bearings, bearings, and rectangular turbine outer casings ( 77a) Various energy storage cycle coalescence engines provided in 9 stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Drives + Drives various flying ships with united engine injection unit (78S) injection driving force + Insulates and uses the liquid metal at the corners of the square turbine outer box by installing a warming and increasing ball raising device (2F) + Combustion gas calorific value Acceleration with pressure that is divided and stored in mass or compressed air heat quantity and mass + Turbine blades are assembled into bolts with the same diameter and shape of each stage, and heat pumps are thrust bearings, bearings, and rectangular turbine outer casings ( 77a) Various energy storage cycle coalescence engines provided in 10 stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Drives + Drives various flying ships with united engine injection unit (78S) injection driving force + Insulates and uses the liquid metal at the corners of the square turbine outer box by installing a warming and increasing ball raising device (2F) + Combustion gas calorific value Acceleration with pressure that is divided and stored in mass or compressed air heat quantity and mass + Turbine blades are assembled into bolts with the same diameter and shape of each stage, and heat pumps are thrust bearings, bearings, and rectangular turbine outer casings ( 77a) Various energy storage cycle coalescence engines provided in one stage.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Drives + Drives various flying ships with united engine injection unit (78S) injection driving force + Insulates and uses the liquid metal at the corners of the square turbine outer box by installing a warming and increasing ball raising device (2F) + Combustion gas calorific value Acceleration with pressure that is divided and stored in mass or compressed air heat quantity and mass + Turbine blades are assembled into bolts with the same diameter and shape of each stage, and heat pumps are thrust bearings, bearings, and rectangular turbine outer casings ( 77a) Various energy storage cycle coalescence engines provided in two stages.   Turbine multi-drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + horizontal axis (1h) at right angles to square turbine outer box to make rotation direction alternate heat retaining turbine and accelerate liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Heat retention increase ball lift device (2F) Increase head drop + Heat retention increase ball lift device (2F) is installed at the corner of the square turbine outer box to raise the liquid metal Preservation + Acceleration with combustion gas calorie and mass or compressed air calorie and mass storage + Fully automatic processing possible Turbine blade group with the same diameter and the same shape for each paragraph Thrust of fitting bolt assembly turbine and heat pump Various energy storage cycle coalescence engines provided in three stages together with a bearing, a bearing and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Heat retention increase ball lift device (2F) Increase head drop + Heat retention increase ball lift device (2F) is installed at the corner of the square turbine outer box to raise the liquid metal Preservation use + Acceleration with combustion gas calorie and mass or compressed air calorie and mass storage + Fully automatic machining of turbine blades with the same diameter and shape of each paragraph Various energy storage cycle coalescence engines provided in 4 stages together with thrust bearings, bearings and square turbine outer casing (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Heat retention increase ball lift device (2F) Increase head drop + Heat retention increase ball lift device (2F) is installed at the corner of the square turbine outer box to raise the liquid metal Preservation and use + Acceleration with the pressure divided into combustion gas calorie and mass or compressed air calorie and mass + Turbine blade group capable of full-automatic machining with the same diameter and the same shape for each stage assembling bolt assembly turbine and heat pump Various energy storage cycle coalescing engines provided in five stages together with thrust bearings, bearings and a rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Heat retention increase ball lift device (2F) Increase head drop + Heat retention increase ball lift device (2F) is installed at the corner of the square turbine outer box to raise the liquid metal Preservation + Acceleration with pressure divided into combustion gas calorie and mass or compressed air calorie and mass + Turbine blade group is set to the same shape and shape with the same diameter for each stage The bolt assembly turbine and heat pump are thrust bearings and bearings Various energy storage cycle coalescence engine provided in 6 stages together with the rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Heat retention increase ball lift device (2F) Increase head drop + Heat retention increase ball lift device (2F) is installed at the corner of the square turbine outer box to raise the liquid metal Preservation + Acceleration with combustion gas calorie and mass or compressed air calorie and mass storage + Turbine rotor blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearings and bearings Various energy storage cycle coalescence engine provided in 7 stages together with the rectangular turbine outer box (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is driven at right angles to square turbine outer box to drive alternating turbines in rotational direction + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage. Acceleration by pressure + Fully automatic processing possible Various types of turbine blades with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump in 8 stages with thrust bearings, bearings and rectangular turbine outer box (77a) Energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and used. + Divided and stored into combustion gas calorie and mass or compressed air calorie and mass Turbine blades that can be accelerated and fully automated by pressure, have the same diameter and shape of each stage, and are fitted with a bolt assembly turbine and heat pump in 9 stages along with thrust bearings, bearings, and a rectangular turbine outer casing (77a). Various energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and used. + Divided and stored into combustion gas calorie and mass or compressed air calorie and mass Turbine rotor blade group capable of acceleration + fully automatic machining by pressure is made to be approximately the same shape for each stage, and fitting bolt assembly turbine and heat pump are provided in 10 stages together with thrust bearing, bearing and square turbine outer box (77a) Various energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is driven at right angles to square turbine outer box to drive alternating turbines in rotational direction + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and liquid metal is raised and used for storage + combustion gas calorie and mass or compressed air calorie and mass are stored separately Accelerating with pressure + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) in one stage organ.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is driven at right angles to square turbine outer box to drive alternating turbines in rotational direction + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and liquid metal is raised and used for storage + combustion gas calorie and mass or compressed air calorie and mass are stored separately Accelerating with pressure + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) in two stages Combined with various energy conservation cycles organ.   Turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar thermal engine for large injection propulsion output + horizontal axis (1h) with square turbine outer box at right angle to make rotating direction alternate heat retaining turbine + output increasing sphere ( 2E) is accelerated with a small diameter + accelerated with a pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + a fully-automatically processable turbine blade group having a same diameter and substantially the same shape for each stage, Various energy storage cycle coalescing engines with heat pumps installed in three stages together with thrust bearings, bearings and rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar thermal engine for large injection propulsion output + horizontal axis (1h) with square turbine outer box at right angle to make rotating direction alternate heat retaining turbine + output increasing sphere ( 2E) is accelerated with a small diameter + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Turbine blade group of turbines capable of full-automatic machining is set to the same diameter and approximately the same shape for each stage. And various energy storage cycle coalescing engines in which a heat pump is provided in four stages together with a thrust bearing, a bearing and a rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) liquid metal solar heat engine for large injection propulsion output + horizontal axis (1h) with square turbine outer box at right angle to make rotating direction alternately heat retaining turbine + output increasing sphere ( 2E) is accelerated with a small diameter + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Turbine blade group capable of fully automatic machining has the same diameter and shape of each paragraph assembling bolt assembly Various energy storage cycle coalescing engines in which a turbine and a heat pump are provided in five stages together with a thrust bearing, a bearing and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + Horizontal axis (1h) with square turbine outer box at right angle to make rotating direction alternately heat retaining turbine + Output increasing sphere ( 2E) Accelerate with a small diameter + Accelerate with combustion gas calorie and mass or compressed air calorie and mass + Save turbine turbine blades with the same diameter and shape of each turbine, and thrust the fitting bolt assembly turbine and heat pump Various energy storage cycle coalescence engines provided in 6 stages together with bearings, bearings and rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar thermal engine for large injection propulsion output + horizontal axis (1h) with square turbine outer box at right angle to make rotating direction alternate heat retaining turbine + output increasing sphere ( 2E) Accelerate with small diameter + Accelerate with combustion gas calorie and mass or compressed air calorie and mass + Rotate turbine blades with the same diameter and shape of each stage, and thrust the fitting bolt assembly turbine and heat pump Various energy storage cycle coalescence engines provided in 7 stages together with bearings, bearings and rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Driving + Acceleration turbine driving with a small output sphere (2E) as a small diameter + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining possible Various energy storage cycle coalescing engines in which fitting bolt assembly turbines and heat pumps are provided in approximately eight stages together with thrust bearings, bearings, and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Acceleration turbine driving with a small output sphere (2E) as a small diameter + Acceleration with combustion gas calorie and mass or compressed air calorie and mass pressure + Fully automatic machining turbine blade group Various energy storage cycle coalescing engines in which fitting bolt assembly turbines and heat pumps are provided in nine stages with thrust bearings, bearings, and a rectangular turbine outer box (77a) as substantially the same diameter.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Accelerate turbine drive with small output sphere (2E) as a small diameter + Accelerate with combustion gas calorie and mass or compressed air calorie and mass pressure + Turbine blade group of turbine capable of fully automatic machining per paragraph Various energy storage cycle coalescing engines having a fitting bolt assembly turbine and a heat pump of the same diameter and substantially the same shape, as well as a thrust bearing, a bearing and a rectangular turbine outer box (77a) provided in 10 stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Accelerate turbine drive with small output sphere (2E) as a small diameter + Accelerate with pressure of combustion gas calorie and mass or compressed air calorie and mass + Turbine blades are fitted in the same shape with the same diameter for each paragraph Various energy storage cycle coalescing engines in which a combined bolt assembly turbine and a heat pump are provided in one stage together with a thrust bearing, a bearing and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Accelerate turbine drive with small output sphere (2E) as a small diameter + Accelerate with pressure of combustion gas calorie and mass or compressed air calorie and mass + Turbine blades are fitted in the same shape with the same diameter for each paragraph Various energy storage cycle coalescing engines in which a combined bolt assembly turbine and a heat pump are provided in two stages together with a thrust bearing, a bearing and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) in the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Combustion gas calorific value and Accelerates with mass or compressed air calorie and pressure divided and stored in mass + Fully automatic processing possible Turbine blades are set to the same shape and shape with the same diameter for each stage The bolt assembly turbine and heat pump are installed outside the thrust bearing, bearing, and square turbine Various energy conservation cycle coalescence engine provided in 3 stages with box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward + Driving various types of airplanes in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the rectangular turbine outer box and using the liquid metal for rising storage + Combustion gas calorific value and Accelerates by mass or compressed air calorie and pressure divided and stored in mass + turbine blade group capable of full-automatic processing is made to have the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump as thrust bearing, bearing and square turbine Various energy storage cycle coalescing engines provided in 4 stages together with the outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward + Driving various types of airplanes in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the rectangular turbine outer box and using the liquid metal for rising storage + Combustion gas calorific value and The turbine blades that can be accelerated and fully-automatically processed with the mass or compressed air heat quantity and mass are stored in the same diameter and approximately the same shape for each stage. The fitting bolt assembly turbine and heat pump are thrust bearings, bearings, and squares. Various energy storage cycle coalescence engine provided in five stages together with the turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward + Driving various types of airplanes in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the rectangular turbine outer box and using the liquid metal for rising storage + Combustion gas calorific value and Accelerate with mass or compressed air calorie and mass and save pressure + Turbine rotor blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) Various energy storage cycle coalescence engines provided in 6 stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward + Driving various types of airplanes in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the rectangular turbine outer box and using the liquid metal for rising storage + Combustion gas calorific value and Accelerate with mass or compressed air calorie and mass and save pressure + Turbine rotor blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) Various energy storage cycle coalescence engine provided in 7 stages.   Turbine multiple drive short-time coalescence engine injection section (78S) Liquid metal solar engine that makes large propulsion propulsion output + Accelerating the output sphere (2E) downward by gravity acceleration Turbine drive + Combined engine injection section (78S ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used. + The pressure divided and stored in the combustion gas calorie and mass or compressed air calorie and mass Acceleration + Fully automatic processing possible The turbine blades are of the same shape and shape with the same diameter for each stage, and the fitting bolt assembly turbine and heat pump are installed in 8 stages together with thrust bearings, bearings and rectangular turbine outer box (77a). Cycle coalescence engine.   Turbine multiple drive short-time coalescence engine injection section (78S) Liquid metal solar engine that makes large propulsion propulsion output + Accelerating the output sphere (2E) downward by gravity acceleration Turbine drive + Combined engine injection section (78S ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used. + The pressure divided and stored in the combustion gas calorie and mass or compressed air calorie and mass Acceleration + Fully automatic machining of turbine blades with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) in 9 stages Conservation cycle coalescence organization.   Turbine multiple drive short-time coalescence engine injection section (78S) Liquid metal solar engine that makes large propulsion propulsion output + Accelerating the output sphere (2E) downward by gravity acceleration Turbine drive + Combined engine injection section (78S ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used. + The pressure divided and stored in the combustion gas heat quantity and mass or compressed air heat quantity and mass Various types of turbine rotor blades capable of acceleration + fully automatic machining are provided in 10 stages together with thrust bearings, bearings, and a rectangular turbine outer casing (77a), with a bolt assembly turbine and a heat pump having the same diameter and shape of each stage. Energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalescence engine injection section (78S) Liquid metal solar engine that makes large propulsion propulsion output + Accelerating the output sphere (2E) downward by gravity acceleration Turbine drive + Combined engine injection section (78S ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used. + The pressure divided and stored in the combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines in which the rotor blade group of the acceleration + turbine has the same diameter and the same shape for each stage, and the fitting bolt assembly turbine and the heat pump are provided in one stage together with the thrust bearing, the bearing, and the rectangular turbine outer box (77a).   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used. Various energy storage cycle coalescing engines in which the rotor blade group of the acceleration + turbine has the same diameter and substantially the same shape for each paragraph, and the fitting bolt assembly turbine and the heat pump are provided in two stages together with the thrust bearing, the bearing, and the rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and used. + Divided and stored into combustion gas calorie and mass or compressed air calorie and mass Acceleration by pressure + Fully automatic machining The turbine rotor blade group has the same diameter and shape of each stage, and the fitting bolt assembly turbine and heat pump are provided in three stages with thrust bearings, bearings, and the rectangular turbine outer box (77a). Energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and used. + Divided and stored into combustion gas calorie and mass or compressed air calorie and mass Turbine blades that can be accelerated and fully automated by pressure are set to have the same diameter and shape of each stage, and a fitting bolt assembly turbine and a heat pump are provided in four stages together with a thrust bearing, a bearing, and a rectangular turbine outer casing (77a). Various energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and used. + Divided and stored into combustion gas calorie and mass or compressed air calorie and mass Turbine rotor blade group capable of acceleration + fully automatic machining by pressure is set to be approximately the same shape for each stage, and a fitting bolt assembly turbine and a heat pump are provided in five stages together with a thrust bearing, a bearing and a rectangular turbine outer casing (77a). Various energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is driven at right angles to square turbine outer box to drive alternating turbines in rotational direction + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and liquid metal is raised and used for storage + combustion gas calorie and mass or compressed air calorie and mass are stored separately Accelerating with pressure + Turbine blade group with the same diameter for each stage and fitting bolt assembly Turbine and heat pump are combined in 6 stages with thrust bearings, bearings and rectangular turbine outer box (77a). organ.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is driven at right angles to square turbine outer box to drive alternating turbines in rotational direction + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and liquid metal is raised and used for storage + combustion gas calorie and mass or compressed air calorie and mass are stored separately Accelerating with pressure + Turbine blade group with the same diameter and shape of each stage, Fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) in 7 stages organ.   Turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar thermal engine with large injection propulsion output + horizontal axis (1h) with square turbine outer box at right angle to make rotating direction alternate heat insulation turbine + heat retention increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box, and the liquid metal is used for ascending storage + Acceleration with the pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining turbine blade group The various energy storage cycle coalescing engines in which the fitting bolt assembly turbine and the heat pump are provided in eight stages together with the thrust bearing, the bearing and the rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar thermal engine with large injection propulsion output + horizontal axis (1h) with square turbine outer box at right angle to make rotating direction alternate heat insulation turbine + heat retention increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box, and the liquid metal is used for ascending and storing. + Acceleration with combustion gas calorie and mass or compressed air calorie and mass stored separately + Turbine blade capable of fully automatic processing Various energy storage cycle coalescing engines in which the group is made into the same shape and the same diameter for each paragraph, and the fitting bolt assembly turbine and the heat pump are provided in 9 stages together with the thrust bearing, the bearing and the rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar thermal engine with large injection propulsion output + horizontal axis (1h) with square turbine outer box at right angle to make rotating direction alternate heat insulation turbine + heat retention increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box, and the liquid metal is stored in an uplifted state. + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass. Various energy storage cycle coalescing engines in which the blade group is substantially the same shape for each stage, and the fitting bolt assembly turbine and the heat pump are provided in 10 stages together with the thrust bearing, the bearing and the rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box, and the liquid metal is used for ascending storage + Acceleration with the pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Turbine blade group in each paragraph Various energy storage cycle coalescing engines in which fitting bolt assembly turbines and heat pumps are provided in a single stage together with thrust bearings, bearings, and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box, and the liquid metal is used for ascending storage + Acceleration with the pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Turbine blade group in each paragraph Various energy storage cycle coalescing engines in which fitting bolt assembly turbines and heat pumps are provided in two stages together with thrust bearings, bearings, and a rectangular turbine outer box (77a) as substantially the same diameter.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Acceleration with pressure stored and divided into calorie and mass + Fully automatic processing possible The turbine blades are of the same shape and shape with the same diameter for each stage The fitting bolt assembly turbine and the heat pump are thrust bearings, bearings and rectangular turbine outer casing (77a) Various energy storage cycle coalescence engines provided in three stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air The turbine blade group of the turbine that can be accelerated and fully automatically machined by the pressure divided and stored in the amount of heat and mass is made into the same shape and the same shape for each stage, and the fitting bolt assembly turbine and the heat pump are installed in the thrust bearing, bearing, and square turbine outer box ) Combined with various energy storage cycle engines in 4 stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Turbine blades that can be accelerated and fully-automatically processed with pressure divided and stored in the amount of heat and mass are made to have the same diameter and the same shape for each stage, and the fitting bolt assembly turbine and heat pump are thrust bearings, bearings, and rectangular turbine casings ( 77a) Various energy storage cycle coalescence engines provided in five stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Accelerate with pressure divided and stored in calorie and mass + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump in 6 stages with thrust bearing, bearing and square turbine outer box (77a) Various energy conservation cycle coalescence engines provided.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Accelerate with pressure divided and stored in calorie and mass + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump in 7 stages with thrust bearing, bearing and square turbine outer box (77a) Various energy conservation cycle coalescence engines provided.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) in the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Combustion gas calorific value and Accelerates with mass or compressed air calorie and pressure divided and stored in mass + Fully automatic processing possible Turbine blades are set to the same shape and shape with the same diameter for each stage The bolt assembly turbine and heat pump are installed outside the thrust bearing, bearing, and square turbine Various energy storage cycle coalescence engine provided in 8 stages with box (77a)   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward + Driving various types of airplanes in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the rectangular turbine outer box and using the liquid metal for rising storage + Combustion gas calorific value and Accelerates by mass or compressed air calorie and pressure divided and stored in mass + turbine blade group capable of full-automatic processing is made to have the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump as thrust bearing, bearing and square turbine Various energy storage cycle coalescence engine provided in 9 stages with outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward + Driving various types of airplanes in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the rectangular turbine outer box and using the liquid metal for rising storage + Combustion gas calorific value and The turbine blades that can be accelerated and fully-automatically processed with the mass or compressed air heat quantity and mass are stored in the same diameter and approximately the same shape for each stage. The fitting bolt assembly turbine and heat pump are thrust bearings, bearings, and squares. Various energy storage cycle coalescence engines provided in 10 stages together with the turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward + Driving various types of airplanes in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the rectangular turbine outer box and using the liquid metal for rising storage + Combustion gas calorific value and Accelerate with mass or compressed air calorie and mass and save pressure + Turbine rotor blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) In addition, various energy conservation cycle coalescence engines provided in one stage.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) in the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Combustion gas calorific value and Accelerate with mass or compressed air calorie and mass and save pressure + Turbine rotor blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) Various energy storage cycle coalescence engines provided in two stages.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used. + The pressure divided and stored in the combustion gas calorie and mass or compressed air calorie and mass Acceleration + Fully automatic processing possible The turbine blades are of the same diameter and shape at each stage, and the fitting bolt assembly turbine and heat pump are provided in three stages together with thrust bearings, bearings, and the rectangular turbine outer box (77a). Cycle coalescence engine.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used. + The pressure divided and stored in the combustion gas heat quantity and mass or compressed air heat quantity and mass Acceleration + Fully automatic machining of turbine blades with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) in 4 stages Conservation cycle coalescence organization.   Turbine multiple drive short-time coalescence engine injection section (78S) Liquid metal solar engine that makes large propulsion propulsion output + Accelerating the output sphere (2E) downward by gravity acceleration Turbine drive + Combined engine injection section (78S ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used. + The pressure divided and stored in the combustion gas calorie and mass or compressed air calorie and mass Various types of turbine rotor blades capable of acceleration + fully automatic machining, with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump in five stages together with thrust bearings, bearings and rectangular turbine outer casing (77a) Energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalescence engine injection section (78S) Liquid metal solar engine that makes large propulsion propulsion output + Accelerating the output sphere (2E) downward by gravity acceleration Turbine drive + Combined engine injection section (78S ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used. + The pressure divided and stored in the combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines in which the rotor blade group of the acceleration + turbine has the same diameter and the same shape for each paragraph and the fitting bolt assembly turbine and the heat pump are provided in six stages together with the thrust bearing, the bearing, and the rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection section (78S) Liquid metal solar engine that makes large propulsion propulsion output + Accelerating the output sphere (2E) downward by gravity acceleration Turbine drive + Combined engine injection section (78S ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used. + The pressure divided and stored in the combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines in which the rotor blade group of the acceleration + turbine has the same diameter and the same shape for each paragraph and the fitting bolt assembly turbine and the heat pump are provided in seven stages together with the thrust bearing, the bearing and the rectangular turbine outer box (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is driven at right angles to square turbine outer box to drive alternating turbines in rotational direction + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage. Acceleration by pressure + Fully automatic processing possible Various types of turbine blades with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump in 8 stages with thrust bearings, bearings and rectangular turbine outer box (77a) Energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and used. + Divided and stored into combustion gas calorie and mass or compressed air calorie and mass Turbine blades that can be accelerated and fully automated by pressure, have the same diameter and shape of each stage, and are fitted with a bolt assembly turbine and heat pump in 9 stages along with thrust bearings, bearings, and a rectangular turbine outer casing (77a). Various energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and used. + Divided and stored into combustion gas calorie and mass or compressed air calorie and mass Turbine rotor blade group capable of acceleration + fully automatic machining by pressure is made to be approximately the same shape for each stage, and fitting bolt assembly turbine and heat pump are provided in 10 stages together with thrust bearing, bearing and square turbine outer box (77a) Various energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is driven at right angles to square turbine outer box to drive alternating turbines in rotational direction + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and liquid metal is raised and used for storage + combustion gas calorie and mass or compressed air calorie and mass are stored separately Accelerating with pressure + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) in one stage organ.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is driven at right angles to square turbine outer box to drive alternating turbines in rotational direction + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and liquid metal is raised and used for storage + combustion gas calorie and mass or compressed air calorie and mass are stored separately Accelerating with pressure + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) in two stages Combined with various energy conservation cycles organ.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the square turbine outer box, and the liquid metal is used for ascending storage + Acceleration with the pressure divided and stored in the combustion gas calorie and mass or compressed air calorie and mass + Fully automatic workable turbine blade group Various energy storage cycle coalescing engines in which the fitting bolt assembly turbine and the heat pump are provided in three stages together with the thrust bearing, the bearing and the rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + Horizontal axis (1h) with square turbine outer box at right angle to make rotating direction alternate heat retaining turbine + Heat retention increasing sphere rise Equipment (2F) is installed at the corner of the square turbine outer box, and the liquid metal is used for ascending and storing. + Acceleration with combustion gas calorie and mass or compressed air calorie and mass stored separately + Turbine blade capable of fully automatic processing Various energy storage cycle coalescing engines in which the groups are arranged in the same shape for each paragraph and the fitting bolt assembly turbine and the heat pump are provided in four stages together with the thrust bearing, the bearing and the rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar thermal engine with large injection propulsion output + horizontal axis (1h) with square turbine outer box at right angle to make rotating direction alternate heat insulation turbine + heat retention increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box, and the liquid metal is stored in an uplifted state. + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass. Various energy storage cycle coalescing engines in which blade groups are substantially the same shape for each stage, and a fitting bolt assembly turbine and a heat pump are provided in five stages together with a thrust bearing, a bearing, and a rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box, and the liquid metal is used for ascending storage + Acceleration with the pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Turbine blade group in each paragraph Various energy storage cycle coalescing engines in which the fitting bolt assembly turbine and the heat pump are provided in six stages together with thrust bearings, bearings, and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + Horizontal axis (1h) with square turbine outer box at right angle to make rotating direction alternate heat retaining turbine + Heat retention increasing sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending storage + Acceleration with the pressure divided and stored in the combustion gas calorie and mass or compressed air calorie and mass + The turbine blade group in each paragraph Various energy storage cycle coalescing engines in which fitting bolt assembly turbines and heat pumps are provided in seven stages together with thrust bearings, bearings, and a rectangular turbine outer box (77a) as substantially the same diameter.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Acceleration with pressure stored and divided into calorie and mass + Fully automatic processing possible The turbine blades are of the same shape and shape with the same diameter for each stage The fitting bolt assembly turbine and the heat pump are thrust bearings, bearings and rectangular turbine outer casing (77a) Various energy storage cycle coalescence engine provided in 8 stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air The turbine blade group of the turbine that can be accelerated and fully automatically machined by the pressure divided and stored in the amount of heat and mass is made into the same shape and the same shape for each stage, and the fitting bolt assembly turbine and the heat pump are installed in the thrust bearing, bearing, and square turbine outer box ) And various energy conservation cycle coalescence engines provided in 9 stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Turbine blades that can be accelerated and fully-automatically processed with pressure divided and stored in the amount of heat and mass are made to have the same diameter and the same shape for each stage, and the fitting bolt assembly turbine and heat pump are thrust bearings, bearings, and rectangular turbine casings ( 77a) Various energy storage cycle coalescence engines provided in 10 stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Accelerate with pressure divided and stored in calorie and mass + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump in one stage with thrust bearing, bearing and square turbine outer casing (77a) Various energy conservation cycle coalescence engines provided.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Acceleration with pressure stored separately in heat quantity and mass + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump in two stages together with thrust bearing, bearing and square turbine outer casing (77a) Various energy conservation cycle coalescence engines provided.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) in the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Combustion gas calorific value and Accelerates with mass or compressed air calorie and pressure divided and stored in mass + Fully automatic processing possible Turbine blades are set to the same shape and shape with the same diameter for each stage The bolt assembly turbine and heat pump are installed outside the thrust bearing, bearing, and square turbine Various energy conservation cycle coalescence engine provided in 3 stages with box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward + Driving various types of airplanes in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the rectangular turbine outer box and using the liquid metal for rising storage + Combustion gas calorific value and Accelerates by mass or compressed air calorie and pressure divided and stored in mass + turbine blade group capable of full-automatic processing is made to have the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump as thrust bearing, bearing and square turbine Various energy storage cycle coalescing engines provided in 4 stages together with the outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward + Driving various types of airplanes in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the rectangular turbine outer box and using the liquid metal for rising storage + Combustion gas calorific value and The turbine blades that can be accelerated and fully-automatically processed with the mass or compressed air heat quantity and mass are stored in the same diameter and approximately the same shape for each stage. The fitting bolt assembly turbine and heat pump are thrust bearings, bearings, and squares. Various energy storage cycle coalescence engine provided in five stages together with the turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward + Driving various types of airplanes in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the rectangular turbine outer box and using the liquid metal for rising storage + Combustion gas calorific value and Accelerate with mass or compressed air calorie and mass and save pressure + Turbine rotor blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) Various energy storage cycle coalescence engines provided in 6 stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward + Driving various types of airplanes in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the rectangular turbine outer box and using the liquid metal for rising storage + Combustion gas calorific value and Accelerate with mass or compressed air calorie and mass and save pressure + Turbine rotor blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) Various energy storage cycle coalescence engine provided in 7 stages.   Turbine multiple drive short-time coalescence engine injection section (78S) Liquid metal solar engine that makes large propulsion propulsion output + Accelerating the output sphere (2E) downward by gravity acceleration Turbine drive + Combined engine injection section (78S ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used. + The pressure divided and stored in the combustion gas calorie and mass or compressed air calorie and mass Acceleration + Fully automatic processing possible The turbine blades are of the same shape and shape with the same diameter for each stage, and the fitting bolt assembly turbine and heat pump are installed in 8 stages together with thrust bearings, bearings and rectangular turbine outer box (77a). Cycle coalescence engine.   Turbine multiple drive short-time coalescence engine injection section (78S) Liquid metal solar engine that makes large propulsion propulsion output + Accelerating the output sphere (2E) downward by gravity acceleration Turbine drive + Combined engine injection section (78S ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used. + The pressure divided and stored in the combustion gas calorie and mass or compressed air calorie and mass Acceleration + Fully automatic machining of turbine blades with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) in 9 stages Conservation cycle coalescence organization.   Turbine multiple drive short-time coalescence engine injection section (78S) Liquid metal solar engine that makes large propulsion propulsion output + Accelerating the output sphere (2E) downward by gravity acceleration Turbine drive + Combined engine injection section (78S ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used. + The pressure divided and stored in the combustion gas heat quantity and mass or compressed air heat quantity and mass Various types of turbine rotor blades capable of acceleration + fully automatic machining are provided in 10 stages together with thrust bearings, bearings, and a rectangular turbine outer casing (77a), with a bolt assembly turbine and a heat pump having the same diameter and shape of each stage. Energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalescence engine injection section (78S) Liquid metal solar engine that makes large propulsion propulsion output + Accelerating the output sphere (2E) downward by gravity acceleration Turbine drive + Combined engine injection section (78S ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used. + The pressure divided and stored in the combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines in which the rotor blade group of the acceleration + turbine has the same diameter and the same shape for each stage, and the fitting bolt assembly turbine and the heat pump are provided in one stage together with the thrust bearing, the bearing, and the rectangular turbine outer box (77a).   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used. Various energy storage cycle coalescing engines in which the rotor blade group of the acceleration + turbine has the same diameter and substantially the same shape for each paragraph, and the fitting bolt assembly turbine and the heat pump are provided in two stages together with the thrust bearing, the bearing, and the rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and used. + Divided and stored into combustion gas calorie and mass or compressed air calorie and mass Acceleration by pressure + Fully automatic machining The turbine rotor blade group has the same diameter and shape of each stage, and the fitting bolt assembly turbine and heat pump are provided in three stages with thrust bearings, bearings, and the rectangular turbine outer box (77a). Energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and used. + Divided and stored into combustion gas calorie and mass or compressed air calorie and mass Turbine blades that can be accelerated and fully automated by pressure are set to have the same diameter and shape of each stage, and a fitting bolt assembly turbine and a heat pump are provided in four stages together with a thrust bearing, a bearing, and a rectangular turbine outer casing (77a). Various energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and used. + Divided and stored into combustion gas calorie and mass or compressed air calorie and mass Turbine rotor blade group capable of acceleration + fully automatic machining by pressure is set to be approximately the same shape for each stage, and a fitting bolt assembly turbine and a heat pump are provided in five stages together with a thrust bearing, a bearing and a rectangular turbine outer casing (77a). Various energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is driven at right angles to square turbine outer box to drive alternating turbines in rotational direction + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and liquid metal is raised and used for storage + combustion gas calorie and mass or compressed air calorie and mass are stored separately Accelerating with pressure + Turbine blade group with the same diameter for each stage and fitting bolt assembly Turbine and heat pump are combined in 6 stages with thrust bearings, bearings and rectangular turbine outer box (77a). organ.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is driven at right angles to square turbine outer box to drive alternating turbines in rotational direction + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and liquid metal is raised and used for storage + combustion gas calorie and mass or compressed air calorie and mass are stored separately Accelerating with pressure + Turbine blade group with the same diameter and shape of each stage, Fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) in 7 stages organ.   Turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar thermal engine with large injection propulsion output + horizontal axis (1h) with square turbine outer box at right angle to make rotating direction alternate heat insulation turbine + heat retention increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box, and the liquid metal is used for ascending storage + Acceleration with the pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining turbine blade group The various energy storage cycle coalescing engines in which the fitting bolt assembly turbine and the heat pump are provided in eight stages together with the thrust bearing, the bearing and the rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar thermal engine with large injection propulsion output + horizontal axis (1h) with square turbine outer box at right angle to make rotating direction alternate heat insulation turbine + heat retention increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box, and the liquid metal is used for ascending and storing. + Acceleration with combustion gas calorie and mass or compressed air calorie and mass stored separately + Turbine blade capable of fully automatic processing Various energy storage cycle coalescing engines in which the group is made into the same shape and the same diameter for each paragraph, and the fitting bolt assembly turbine and the heat pump are provided in 9 stages together with the thrust bearing, the bearing and the rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar thermal engine with large injection propulsion output + horizontal axis (1h) with square turbine outer box at right angle to make rotating direction alternate heat insulation turbine + heat retention increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box, and the liquid metal is stored in an uplifted state. + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass. Various energy storage cycle coalescing engines in which the blade group is substantially the same shape for each stage, and the fitting bolt assembly turbine and the heat pump are provided in 10 stages together with the thrust bearing, the bearing and the rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box, and the liquid metal is used for ascending storage + Acceleration with the pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Turbine blade group in each paragraph Various energy storage cycle coalescing engines in which fitting bolt assembly turbines and heat pumps are provided in a single stage together with thrust bearings, bearings, and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box, and the liquid metal is used for ascending storage + Acceleration with the pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Turbine blade group in each paragraph Various energy storage cycle coalescing engines in which fitting bolt assembly turbines and heat pumps are provided in two stages together with thrust bearings, bearings, and a rectangular turbine outer box (77a) as substantially the same diameter.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Acceleration with pressure stored and divided into calorie and mass + Fully automatic processing possible The turbine blades are of the same shape and shape with the same diameter for each stage The fitting bolt assembly turbine and the heat pump are thrust bearings, bearings and rectangular turbine outer casing (77a) Various energy storage cycle coalescence engines provided in three stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air The turbine blade group of the turbine that can be accelerated and fully automatically machined by the pressure divided and stored in the amount of heat and mass is made into the same shape and the same shape for each stage, and the fitting bolt assembly turbine and the heat pump are installed in the thrust bearing, bearing, and square turbine outer box ) Combined with various energy storage cycle engines in 4 stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Turbine blades that can be accelerated and fully-automatically processed with pressure divided and stored in the amount of heat and mass are made to have the same diameter and the same shape for each stage, and the fitting bolt assembly turbine and heat pump are thrust bearings, bearings, and rectangular turbine casings ( 77a) Various energy storage cycle coalescence engines provided in five stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Accelerate with pressure divided and stored in calorie and mass + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump in 6 stages with thrust bearing, bearing and square turbine outer box (77a) Various energy conservation cycle coalescence engines provided.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Accelerate with pressure divided and stored in calorie and mass + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump in 7 stages with thrust bearing, bearing and square turbine outer box (77a) Various energy conservation cycle coalescence engines provided.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) in the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Combustion gas calorific value and Accelerates with mass or compressed air calorie and pressure divided and stored in mass + Fully automatic processing possible Turbine blades are set to the same shape and shape with the same diameter for each stage The bolt assembly turbine and heat pump are installed outside the thrust bearing, bearing, and square turbine Various energy storage cycle coalescence engine provided in 8 stages with box (77a)   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward + Driving various types of airplanes in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the rectangular turbine outer box and using the liquid metal for rising storage + Combustion gas calorific value and Accelerates by mass or compressed air calorie and pressure divided and stored in mass + turbine blade group capable of full-automatic processing is made to have the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump as thrust bearing, bearing and square turbine Various energy storage cycle coalescence engine provided in 9 stages with outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward + Driving various types of airplanes in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the rectangular turbine outer box and using the liquid metal for rising storage + Combustion gas calorific value and The turbine blades that can be accelerated and fully-automatically processed with the mass or compressed air heat quantity and mass are stored in the same diameter and approximately the same shape for each stage. The fitting bolt assembly turbine and heat pump are thrust bearings, bearings, and squares. Various energy storage cycle coalescence engines provided in 10 stages together with the turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward + Driving various types of airplanes in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the rectangular turbine outer box and using the liquid metal for rising storage + Combustion gas calorific value and Accelerate with mass or compressed air calorie and mass and save pressure + Turbine rotor blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) In addition, various energy conservation cycle coalescence engines provided in one stage.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) in the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Combustion gas calorific value and Accelerate with mass or compressed air calorie and mass and save pressure + Turbine rotor blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) Various energy storage cycle coalescence engines provided in two stages.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used. + The pressure divided and stored in the combustion gas calorie and mass or compressed air calorie and mass Acceleration + Fully automatic processing possible The turbine blades are of the same diameter and shape at each stage, and the fitting bolt assembly turbine and heat pump are provided in three stages together with thrust bearings, bearings, and the rectangular turbine outer box (77a). Cycle coalescence engine.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used. + The pressure divided and stored in the combustion gas heat quantity and mass or compressed air heat quantity and mass Acceleration + Fully automatic machining of turbine blades with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) in 4 stages Conservation cycle coalescence organization.   Turbine multiple drive short-time coalescence engine injection section (78S) Liquid metal solar engine that makes large propulsion propulsion output + Accelerating the output sphere (2E) downward by gravity acceleration Turbine drive + Combined engine injection section (78S ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used. + The pressure divided and stored in the combustion gas calorie and mass or compressed air calorie and mass Various types of turbine rotor blades capable of acceleration + fully automatic machining, with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump in five stages together with thrust bearings, bearings and rectangular turbine outer casing (77a) Energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalescence engine injection section (78S) Liquid metal solar engine that makes large propulsion propulsion output + Accelerating the output sphere (2E) downward by gravity acceleration Turbine drive + Combined engine injection section (78S ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used. + The pressure divided and stored in the combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines in which the rotor blade group of the acceleration + turbine has the same diameter and the same shape for each paragraph and the fitting bolt assembly turbine and the heat pump are provided in six stages together with the thrust bearing, the bearing, and the rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection section (78S) Liquid metal solar engine that makes large propulsion propulsion output + Accelerating the output sphere (2E) downward by gravity acceleration Turbine drive + Combined engine injection section (78S ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used. + The pressure divided and stored in the combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines in which the rotor blade group of the acceleration + turbine has the same diameter and the same shape for each paragraph and the fitting bolt assembly turbine and the heat pump are provided in seven stages together with the thrust bearing, the bearing and the rectangular turbine outer box (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is driven at right angles to square turbine outer box to drive alternating turbines in rotational direction + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage. Acceleration by pressure + Fully automatic processing possible Various types of turbine blades with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump in 8 stages with thrust bearings, bearings and rectangular turbine outer box (77a) Energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and used. + Divided and stored into combustion gas calorie and mass or compressed air calorie and mass Turbine blades that can be accelerated and fully automated by pressure, have the same diameter and shape of each stage, and are fitted with a bolt assembly turbine and heat pump in 9 stages along with thrust bearings, bearings, and a rectangular turbine outer casing (77a). Various energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and used. + Divided and stored into combustion gas calorie and mass or compressed air calorie and mass Turbine rotor blade group capable of acceleration + fully automatic machining by pressure is made to be approximately the same shape for each stage, and fitting bolt assembly turbine and heat pump are provided in 10 stages together with thrust bearing, bearing and square turbine outer box (77a) Various energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is driven at right angles to square turbine outer box to drive alternating turbines in rotational direction + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and liquid metal is raised and used for storage + combustion gas calorie and mass or compressed air calorie and mass are stored separately Accelerating with pressure + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) in one stage organ.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is driven at right angles to square turbine outer box to drive alternating turbines in rotational direction + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and liquid metal is raised and used for storage + combustion gas calorie and mass or compressed air calorie and mass are stored separately Accelerating with pressure + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) in two stages Combined with various energy conservation cycles organ.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the square turbine outer box, and the liquid metal is used for ascending storage + Acceleration with the pressure divided and stored in the combustion gas calorie and mass or compressed air calorie and mass + Fully automatic workable turbine blade group Various energy storage cycle coalescing engines in which the fitting bolt assembly turbine and the heat pump are provided in three stages together with the thrust bearing, the bearing and the rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + Horizontal axis (1h) with square turbine outer box at right angle to make rotating direction alternate heat retaining turbine + Heat retention increasing sphere rise Equipment (2F) is installed at the corner of the square turbine outer box, and the liquid metal is used for ascending and storing. + Acceleration with combustion gas calorie and mass or compressed air calorie and mass stored separately + Turbine blade capable of fully automatic processing Various energy storage cycle coalescing engines in which the groups are arranged in the same shape for each paragraph and the fitting bolt assembly turbine and the heat pump are provided in four stages together with the thrust bearing, the bearing and the rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar thermal engine with large injection propulsion output + horizontal axis (1h) with square turbine outer box at right angle to make rotating direction alternate heat insulation turbine + heat retention increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box, and the liquid metal is stored in an uplifted state. + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass. Various energy storage cycle coalescing engines in which blade groups are substantially the same shape for each stage, and a fitting bolt assembly turbine and a heat pump are provided in five stages together with a thrust bearing, a bearing, and a rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box, and the liquid metal is used for ascending storage + Acceleration with the pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Turbine blade group in each paragraph Various energy storage cycle coalescing engines in which the fitting bolt assembly turbine and the heat pump are provided in six stages together with thrust bearings, bearings, and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + Horizontal axis (1h) with square turbine outer box at right angle to make rotating direction alternate heat retaining turbine + Heat retention increasing sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending storage + Acceleration with the pressure divided and stored in the combustion gas calorie and mass or compressed air calorie and mass + The turbine blade group in each paragraph Various energy storage cycle coalescing engines in which fitting bolt assembly turbines and heat pumps are provided in seven stages together with thrust bearings, bearings, and a rectangular turbine outer box (77a) as substantially the same diameter.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Acceleration with pressure stored and divided into calorie and mass + Fully automatic processing possible The turbine blades are of the same shape and shape with the same diameter for each stage The fitting bolt assembly turbine and the heat pump are thrust bearings, bearings and rectangular turbine outer casing (77a) Various energy storage cycle coalescence engine provided in 8 stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air The turbine blade group of the turbine that can be accelerated and fully automatically machined by the pressure divided and stored in the amount of heat and mass is made into the same shape and the same shape for each stage, and the fitting bolt assembly turbine and the heat pump are installed in the thrust bearing, bearing, and square turbine outer box ) And various energy conservation cycle coalescence engines provided in 9 stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Turbine blades that can be accelerated and fully-automatically processed with pressure divided and stored in the amount of heat and mass are made to have the same diameter and the same shape for each stage, and the fitting bolt assembly turbine and heat pump are thrust bearings, bearings, and rectangular turbine casings ( 77a) Various energy storage cycle coalescence engines provided in 10 stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Accelerate with pressure divided and stored in calorie and mass + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump in one stage with thrust bearing, bearing and square turbine outer casing (77a) Various energy conservation cycle coalescence engines provided.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Acceleration with pressure stored separately in heat quantity and mass + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump in two stages together with thrust bearing, bearing and square turbine outer casing (77a) Various energy conservation cycle coalescence engines provided.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) in the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Combustion gas calorific value and Accelerates with mass or compressed air calorie and pressure divided and stored in mass + Fully automatic processing possible Turbine blades are set to the same shape and shape with the same diameter for each stage The bolt assembly turbine and heat pump are installed outside the thrust bearing, bearing, and square turbine Various energy conservation cycle coalescence engine provided in 3 stages with box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward + Driving various types of airplanes in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the rectangular turbine outer box and using the liquid metal for rising storage + Combustion gas calorific value and Accelerates by mass or compressed air calorie and pressure divided and stored in mass + turbine blade group capable of full-automatic processing is made to have the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump as thrust bearing, bearing and square turbine Various energy storage cycle coalescing engines provided in 4 stages together with the outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward + Driving various types of airplanes in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the rectangular turbine outer box and using the liquid metal for rising storage + Combustion gas calorific value and The turbine blades that can be accelerated and fully-automatically processed with the mass or compressed air heat quantity and mass are stored in the same diameter and approximately the same shape for each stage. The fitting bolt assembly turbine and heat pump are thrust bearings, bearings, and squares. Various energy storage cycle coalescence engine provided in five stages together with the turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward + Driving various types of airplanes in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the rectangular turbine outer box and using the liquid metal for rising storage + Combustion gas calorific value and Accelerate with mass or compressed air calorie and mass and save pressure + Turbine rotor blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) Various energy storage cycle coalescence engines provided in 6 stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward + Driving various types of airplanes in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the rectangular turbine outer box and using the liquid metal for rising storage + Combustion gas calorific value and Accelerate with mass or compressed air calorie and mass and save pressure + Turbine rotor blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) Various energy storage cycle coalescence engine provided in 7 stages.   Turbine multiple drive short-time coalescence engine injection section (78S) Liquid metal solar engine that makes large propulsion propulsion output + Accelerating the output sphere (2E) downward by gravity acceleration Turbine drive + Combined engine injection section (78S ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used. + The pressure divided and stored in the combustion gas calorie and mass or compressed air calorie and mass Acceleration + Fully automatic processing possible The turbine blades are of the same shape and shape with the same diameter for each stage, and the fitting bolt assembly turbine and heat pump are installed in 8 stages together with thrust bearings, bearings and rectangular turbine outer box (77a). Cycle coalescence engine.   Turbine multiple drive short-time coalescence engine injection section (78S) Liquid metal solar engine that makes large propulsion propulsion output + Accelerating the output sphere (2E) downward by gravity acceleration Turbine drive + Combined engine injection section (78S ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used. + The pressure divided and stored in the combustion gas calorie and mass or compressed air calorie and mass Acceleration + Fully automatic machining of turbine blades with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) in 9 stages Conservation cycle coalescence organization.   Turbine multiple drive short-time coalescence engine injection section (78S) Liquid metal solar engine that makes large propulsion propulsion output + Accelerating the output sphere (2E) downward by gravity acceleration Turbine drive + Combined engine injection section (78S ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used. + The pressure divided and stored in the combustion gas heat quantity and mass or compressed air heat quantity and mass Various types of turbine rotor blades capable of acceleration + fully automatic machining are provided in 10 stages together with thrust bearings, bearings, and a rectangular turbine outer casing (77a), with a bolt assembly turbine and a heat pump having the same diameter and shape of each stage. Energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalescence engine injection section (78S) Liquid metal solar engine that makes large propulsion propulsion output + Accelerating the output sphere (2E) downward by gravity acceleration Turbine drive + Combined engine injection section (78S ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used. + The pressure divided and stored in the combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines in which the rotor blade group of the acceleration + turbine has the same diameter and the same shape for each stage, and the fitting bolt assembly turbine and the heat pump are provided in one stage together with the thrust bearing, the bearing, and the rectangular turbine outer box (77a).   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used. Various energy storage cycle coalescing engines in which the rotor blade group of the acceleration + turbine has the same diameter and substantially the same shape for each paragraph, and the fitting bolt assembly turbine and the heat pump are provided in two stages together with the thrust bearing, the bearing, and the rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and used. + Divided and stored into combustion gas calorie and mass or compressed air calorie and mass Acceleration by pressure + Fully automatic machining The turbine rotor blade group has the same diameter and shape of each stage, and the fitting bolt assembly turbine and heat pump are provided in three stages with thrust bearings, bearings, and the rectangular turbine outer box (77a). Energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and used. + Divided and stored into combustion gas calorie and mass or compressed air calorie and mass Turbine blades that can be accelerated and fully automated by pressure are set to have the same diameter and shape of each stage, and a fitting bolt assembly turbine and a heat pump are provided in four stages together with a thrust bearing, a bearing, and a rectangular turbine outer casing (77a). Various energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and used. + Divided and stored into combustion gas calorie and mass or compressed air calorie and mass Turbine rotor blade group capable of acceleration + fully automatic machining by pressure is set to be approximately the same shape for each stage, and a fitting bolt assembly turbine and a heat pump are provided in five stages together with a thrust bearing, a bearing and a rectangular turbine outer casing (77a). Various energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is driven at right angles to square turbine outer box to drive alternating turbines in rotational direction + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and liquid metal is raised and used for storage + combustion gas calorie and mass or compressed air calorie and mass are stored separately Accelerating with pressure + Turbine blade group with the same diameter for each stage and fitting bolt assembly Turbine and heat pump are combined in 6 stages with thrust bearings, bearings and rectangular turbine outer box (77a). organ.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is driven at right angles to square turbine outer box to drive alternating turbines in rotational direction + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and liquid metal is raised and used for storage + combustion gas calorie and mass or compressed air calorie and mass are stored separately Accelerating with pressure + Turbine blade group with the same diameter and shape of each stage, Fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) in 7 stages organ.   Turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar thermal engine with large injection propulsion output + horizontal axis (1h) with square turbine outer box at right angle to make rotating direction alternate heat insulation turbine + heat retention increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box, and the liquid metal is used for ascending storage + Acceleration with the pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining turbine blade group The various energy storage cycle coalescing engines in which the fitting bolt assembly turbine and the heat pump are provided in eight stages together with the thrust bearing, the bearing and the rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar thermal engine with large injection propulsion output + horizontal axis (1h) with square turbine outer box at right angle to make rotating direction alternate heat insulation turbine + heat retention increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box, and the liquid metal is used for ascending and storing. + Acceleration with combustion gas calorie and mass or compressed air calorie and mass stored separately + Turbine blade capable of fully automatic processing Various energy storage cycle coalescing engines in which the group is made into the same shape and the same diameter for each paragraph, and the fitting bolt assembly turbine and the heat pump are provided in 9 stages together with the thrust bearing, the bearing and the rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar thermal engine with large injection propulsion output + horizontal axis (1h) with square turbine outer box at right angle to make rotating direction alternate heat insulation turbine + heat retention increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box, and the liquid metal is stored in an uplifted state. + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass. Various energy storage cycle coalescing engines in which the blade group is substantially the same shape for each stage, and the fitting bolt assembly turbine and the heat pump are provided in 10 stages together with the thrust bearing, the bearing and the rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box, and the liquid metal is used for ascending storage + Acceleration with the pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Turbine blade group in each paragraph Various energy storage cycle coalescing engines in which fitting bolt assembly turbines and heat pumps are provided in a single stage together with thrust bearings, bearings, and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box, and the liquid metal is used for ascending storage + Acceleration with the pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Turbine blade group in each paragraph Various energy storage cycle coalescing engines in which fitting bolt assembly turbines and heat pumps are provided in two stages together with thrust bearings, bearings, and a rectangular turbine outer box (77a) as substantially the same diameter.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Acceleration with pressure stored and divided into calorie and mass + Fully automatic processing possible The turbine blades are of the same shape and shape with the same diameter for each stage The fitting bolt assembly turbine and the heat pump are thrust bearings, bearings and rectangular turbine outer casing (77a) Various energy storage cycle coalescence engines provided in three stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air The turbine blade group of the turbine that can be accelerated and fully automatically machined by the pressure divided and stored in the amount of heat and mass is made into the same shape and the same shape for each stage, and the fitting bolt assembly turbine and the heat pump are installed in the thrust bearing, bearing, and square turbine outer box ) Combined with various energy storage cycle engines in 4 stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Turbine blades that can be accelerated and fully-automatically processed with pressure divided and stored in the amount of heat and mass are made to have the same diameter and the same shape for each stage, and the fitting bolt assembly turbine and heat pump are thrust bearings, bearings, and rectangular turbine casings ( 77a) Various energy storage cycle coalescence engines provided in five stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Accelerate with pressure divided and stored in calorie and mass + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump in 6 stages with thrust bearing, bearing and square turbine outer box (77a) Various energy conservation cycle coalescence engines provided.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Accelerate with pressure divided and stored in calorie and mass + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump in 7 stages with thrust bearing, bearing and square turbine outer box (77a) Various energy conservation cycle coalescence engines provided.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) in the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Combustion gas calorific value and Accelerates with mass or compressed air calorie and pressure divided and stored in mass + Fully automatic processing possible Turbine blades are set to the same shape and shape with the same diameter for each stage The bolt assembly turbine and heat pump are installed outside the thrust bearing, bearing, and square turbine Various energy storage cycle coalescence engine provided in 8 stages with box (77a)   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward + Driving various types of airplanes in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the rectangular turbine outer box and using the liquid metal for rising storage + Combustion gas calorific value and Accelerates by mass or compressed air calorie and pressure divided and stored in mass + turbine blade group capable of full-automatic processing is made to have the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump as thrust bearing, bearing and square turbine Various energy storage cycle coalescence engine provided in 9 stages with outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward + Driving various types of airplanes in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the rectangular turbine outer box and using the liquid metal for rising storage + Combustion gas calorific value and The turbine blades that can be accelerated and fully-automatically processed with the mass or compressed air heat quantity and mass are stored in the same diameter and approximately the same shape for each stage. The fitting bolt assembly turbine and heat pump are thrust bearings, bearings, and squares. Various energy storage cycle coalescence engines provided in 10 stages together with the turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward + Driving various types of airplanes in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the rectangular turbine outer box and using the liquid metal for rising storage + Combustion gas calorific value and Accelerate with mass or compressed air calorie and mass and save pressure + Turbine rotor blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) In addition, various energy conservation cycle coalescence engines provided in one stage.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) in the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Combustion gas calorific value and Accelerate with mass or compressed air calorie and mass and save pressure + Turbine rotor blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) Various energy storage cycle coalescence engines provided in two stages.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used. + The pressure divided and stored in the combustion gas calorie and mass or compressed air calorie and mass Acceleration + Fully automatic processing possible The turbine blades are of the same diameter and shape at each stage, and the fitting bolt assembly turbine and heat pump are provided in three stages together with thrust bearings, bearings, and the rectangular turbine outer box (77a). Cycle coalescence engine.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used. + The pressure divided and stored in the combustion gas heat quantity and mass or compressed air heat quantity and mass Acceleration + Fully automatic machining of turbine blades with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) in 4 stages Conservation cycle coalescence organization.   Turbine multiple drive short-time coalescence engine injection section (78S) Liquid metal solar engine that makes large propulsion propulsion output + Accelerating the output sphere (2E) downward by gravity acceleration Turbine drive + Combined engine injection section (78S ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used. + The pressure divided and stored in the combustion gas calorie and mass or compressed air calorie and mass Various types of turbine rotor blades capable of acceleration + fully automatic machining, with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump in five stages together with thrust bearings, bearings and rectangular turbine outer casing (77a) Energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalescence engine injection section (78S) Liquid metal solar engine that makes large propulsion propulsion output + Accelerating the output sphere (2E) downward by gravity acceleration Turbine drive + Combined engine injection section (78S ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used. + The pressure divided and stored in the combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines in which the rotor blade group of the acceleration + turbine has the same diameter and the same shape for each paragraph and the fitting bolt assembly turbine and the heat pump are provided in six stages together with the thrust bearing, the bearing, and the rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection section (78S) Liquid metal solar engine that makes large propulsion propulsion output + Accelerating the output sphere (2E) downward by gravity acceleration Turbine drive + Combined engine injection section (78S ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used. + The pressure divided and stored in the combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines in which the rotor blade group of the acceleration + turbine has the same diameter and the same shape for each paragraph and the fitting bolt assembly turbine and the heat pump are provided in seven stages together with the thrust bearing, the bearing and the rectangular turbine outer box (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is driven at right angles to square turbine outer box to drive alternating turbines in rotational direction + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage. Acceleration by pressure + Fully automatic processing possible Various types of turbine blades with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump in 8 stages with thrust bearings, bearings and rectangular turbine outer box (77a) Energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and used. + Divided and stored into combustion gas calorie and mass or compressed air calorie and mass Turbine blades that can be accelerated and fully automated by pressure, have the same diameter and shape of each stage, and are fitted with a bolt assembly turbine and heat pump in 9 stages along with thrust bearings, bearings, and a rectangular turbine outer casing (77a). Various energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and used. + Divided and stored into combustion gas calorie and mass or compressed air calorie and mass Turbine rotor blade group capable of acceleration + fully automatic machining by pressure is made to be approximately the same shape for each stage, and fitting bolt assembly turbine and heat pump are provided in 10 stages together with thrust bearing, bearing and square turbine outer box (77a) Various energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is driven at right angles to square turbine outer box to drive alternating turbines in rotational direction + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and liquid metal is raised and used for storage + combustion gas calorie and mass or compressed air calorie and mass are stored separately Accelerating with pressure + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) in one stage organ.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is driven at right angles to square turbine outer box to drive alternating turbines in rotational direction + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and liquid metal is raised and used for storage + combustion gas calorie and mass or compressed air calorie and mass are stored separately Accelerating with pressure + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) in two stages Combined with various energy conservation cycles organ.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the square turbine outer box, and the liquid metal is used for ascending storage + Acceleration with the pressure divided and stored in the combustion gas calorie and mass or compressed air calorie and mass + Fully automatic workable turbine blade group Various energy storage cycle coalescing engines in which the fitting bolt assembly turbine and the heat pump are provided in three stages together with the thrust bearing, the bearing and the rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + Horizontal axis (1h) with square turbine outer box at right angle to make rotating direction alternate heat retaining turbine + Heat retention increasing sphere rise Equipment (2F) is installed at the corner of the square turbine outer box, and the liquid metal is used for ascending and storing. + Acceleration with combustion gas calorie and mass or compressed air calorie and mass stored separately + Turbine blade capable of fully automatic processing Various energy storage cycle coalescing engines in which the groups are arranged in the same shape for each paragraph and the fitting bolt assembly turbine and the heat pump are provided in four stages together with the thrust bearing, the bearing and the rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar thermal engine with large injection propulsion output + horizontal axis (1h) with square turbine outer box at right angle to make rotating direction alternate heat insulation turbine + heat retention increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box, and the liquid metal is stored in an uplifted state. + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass. Various energy storage cycle coalescing engines in which blade groups are substantially the same shape for each stage, and a fitting bolt assembly turbine and a heat pump are provided in five stages together with a thrust bearing, a bearing, and a rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box, and the liquid metal is used for ascending storage + Acceleration with the pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Turbine blade group in each paragraph Various energy storage cycle coalescing engines in which the fitting bolt assembly turbine and the heat pump are provided in six stages together with thrust bearings, bearings, and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + Horizontal axis (1h) with square turbine outer box at right angle to make rotating direction alternate heat retaining turbine + Heat retention increasing sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending storage + Acceleration with the pressure divided and stored in the combustion gas calorie and mass or compressed air calorie and mass + The turbine blade group in each paragraph Various energy storage cycle coalescing engines in which fitting bolt assembly turbines and heat pumps are provided in seven stages together with thrust bearings, bearings, and a rectangular turbine outer box (77a) as substantially the same diameter.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Acceleration with pressure stored and divided into calorie and mass + Fully automatic processing possible The turbine blades are of the same shape and shape with the same diameter for each stage The fitting bolt assembly turbine and the heat pump are thrust bearings, bearings and rectangular turbine outer casing (77a) Various energy storage cycle coalescence engine provided in 8 stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air The turbine blade group of the turbine that can be accelerated and fully automatically machined by the pressure divided and stored in the amount of heat and mass is made into the same shape and the same shape for each stage, and the fitting bolt assembly turbine and the heat pump are installed in the thrust bearing, bearing, and square turbine outer box ) And various energy conservation cycle coalescence engines provided in 9 stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Turbine blades that can be accelerated and fully-automatically processed with pressure divided and stored in the amount of heat and mass are made to have the same diameter and the same shape for each stage, and the fitting bolt assembly turbine and heat pump are thrust bearings, bearings, and rectangular turbine casings ( 77a) Various energy storage cycle coalescence engines provided in 10 stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Accelerate with pressure divided and stored in calorie and mass + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump in one stage with thrust bearing, bearing and square turbine outer casing (77a) Various energy conservation cycle coalescence engines provided.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Acceleration with pressure stored separately in heat quantity and mass + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump in two stages together with thrust bearing, bearing and square turbine outer casing (77a) Various energy conservation cycle coalescence engines provided.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) in the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Combustion gas calorific value and Accelerates with mass or compressed air calorie and pressure divided and stored in mass + Fully automatic processing possible Turbine blades are set to the same shape and shape with the same diameter for each stage The bolt assembly turbine and heat pump are installed outside the thrust bearing, bearing, and square turbine Various energy conservation cycle coalescence engine provided in 3 stages with box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward + Driving various types of airplanes in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the rectangular turbine outer box and using the liquid metal for rising storage + Combustion gas calorific value and Accelerates by mass or compressed air calorie and pressure divided and stored in mass + turbine blade group capable of full-automatic processing is made to have the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump as thrust bearing, bearing and square turbine Various energy storage cycle coalescing engines provided in 4 stages together with the outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward + Driving various types of airplanes in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the rectangular turbine outer box and using the liquid metal for rising storage + Combustion gas calorific value and The turbine blades that can be accelerated and fully-automatically processed with the mass or compressed air heat quantity and mass are stored in the same diameter and approximately the same shape for each stage. The fitting bolt assembly turbine and heat pump are thrust bearings, bearings, and squares. Various energy storage cycle coalescence engine provided in five stages together with the turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward + Driving various types of airplanes in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the rectangular turbine outer box and using the liquid metal for rising storage + Combustion gas calorific value and Accelerate with mass or compressed air calorie and mass and save pressure + Turbine rotor blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) Various energy storage cycle coalescence engines provided in 6 stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward + Driving various types of airplanes in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the rectangular turbine outer box and using the liquid metal for rising storage + Combustion gas calorific value and Accelerate with mass or compressed air calorie and mass and save pressure + Turbine rotor blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) Various energy storage cycle coalescence engine provided in 7 stages.   Turbine multiple drive short-time coalescence engine injection section (78S) Liquid metal solar engine that makes large propulsion propulsion output + Accelerating the output sphere (2E) downward by gravity acceleration Turbine drive + Combined engine injection section (78S ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used. + The pressure divided and stored in the combustion gas calorie and mass or compressed air calorie and mass Acceleration + Fully automatic processing possible The turbine blades are of the same shape and shape with the same diameter for each stage, and the fitting bolt assembly turbine and heat pump are installed in 8 stages together with thrust bearings, bearings and rectangular turbine outer box (77a). Cycle coalescence engine.   Turbine multiple drive short-time coalescence engine injection section (78S) Liquid metal solar engine that makes large propulsion propulsion output + Accelerating the output sphere (2E) downward by gravity acceleration Turbine drive + Combined engine injection section (78S ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used. + The pressure divided and stored in the combustion gas calorie and mass or compressed air calorie and mass Acceleration + Fully automatic machining of turbine blades with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) in 9 stages Conservation cycle coalescence organization.   Turbine multiple drive short-time coalescence engine injection section (78S) Liquid metal solar engine that makes large propulsion propulsion output + Accelerating the output sphere (2E) downward by gravity acceleration Turbine drive + Combined engine injection section (78S ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used. + The pressure divided and stored in the combustion gas heat quantity and mass or compressed air heat quantity and mass Various types of turbine rotor blades capable of acceleration + fully automatic machining are provided in 10 stages together with thrust bearings, bearings, and a rectangular turbine outer casing (77a), with a bolt assembly turbine and a heat pump having the same diameter and shape of each stage. Energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalescence engine injection section (78S) Liquid metal solar engine that makes large propulsion propulsion output + Accelerating the output sphere (2E) downward by gravity acceleration Turbine drive + Combined engine injection section (78S ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used. + The pressure divided and stored in the combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines in which the rotor blade group of the acceleration + turbine has the same diameter and the same shape for each stage, and the fitting bolt assembly turbine and the heat pump are provided in one stage together with the thrust bearing, the bearing, and the rectangular turbine outer box (77a).   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used. Various energy storage cycle coalescing engines in which the rotor blade group of the acceleration + turbine has the same diameter and substantially the same shape for each paragraph, and the fitting bolt assembly turbine and the heat pump are provided in two stages together with the thrust bearing, the bearing, and the rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and used. + Divided and stored into combustion gas calorie and mass or compressed air calorie and mass Acceleration by pressure + Fully automatic machining The turbine rotor blade group has the same diameter and shape of each stage, and the fitting bolt assembly turbine and heat pump are provided in three stages with thrust bearings, bearings, and the rectangular turbine outer box (77a). Energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and used. + Divided and stored into combustion gas calorie and mass or compressed air calorie and mass Turbine blades that can be accelerated and fully automated by pressure are set to have the same diameter and shape of each stage, and a fitting bolt assembly turbine and a heat pump are provided in four stages together with a thrust bearing, a bearing, and a rectangular turbine outer casing (77a). Various energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and used. + Divided and stored into combustion gas calorie and mass or compressed air calorie and mass Turbine rotor blade group capable of acceleration + fully automatic machining by pressure is set to be approximately the same shape for each stage, and a fitting bolt assembly turbine and a heat pump are provided in five stages together with a thrust bearing, a bearing and a rectangular turbine outer casing (77a). Various energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is driven at right angles to square turbine outer box to drive alternating turbines in rotational direction + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and liquid metal is raised and used for storage + combustion gas calorie and mass or compressed air calorie and mass are stored separately Accelerating with pressure + Turbine blade group with the same diameter for each stage and fitting bolt assembly Turbine and heat pump are combined in 6 stages with thrust bearings, bearings and rectangular turbine outer box (77a). organ.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is driven at right angles to square turbine outer box to drive alternating turbines in rotational direction + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and liquid metal is raised and used for storage + combustion gas calorie and mass or compressed air calorie and mass are stored separately Accelerating with pressure + Turbine blade group with the same diameter and shape of each stage, Fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) in 7 stages organ.   Turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar thermal engine with large injection propulsion output + horizontal axis (1h) with square turbine outer box at right angle to make rotating direction alternate heat insulation turbine + heat retention increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box, and the liquid metal is used for ascending storage + Acceleration with the pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining turbine blade group The various energy storage cycle coalescing engines in which the fitting bolt assembly turbine and the heat pump are provided in eight stages together with the thrust bearing, the bearing and the rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar thermal engine with large injection propulsion output + horizontal axis (1h) with square turbine outer box at right angle to make rotating direction alternate heat insulation turbine + heat retention increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box, and the liquid metal is used for ascending and storing. + Acceleration with combustion gas calorie and mass or compressed air calorie and mass stored separately + Turbine blade capable of fully automatic processing Various energy storage cycle coalescing engines in which the group is made into the same shape and the same diameter for each paragraph, and the fitting bolt assembly turbine and the heat pump are provided in 9 stages together with the thrust bearing, the bearing and the rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar thermal engine with large injection propulsion output + horizontal axis (1h) with square turbine outer box at right angle to make rotating direction alternate heat insulation turbine + heat retention increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box, and the liquid metal is stored in an uplifted state. + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass. Various energy storage cycle coalescing engines in which the blade group is substantially the same shape for each stage, and the fitting bolt assembly turbine and the heat pump are provided in 10 stages together with the thrust bearing, the bearing and the rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box, and the liquid metal is used for ascending storage + Acceleration with the pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Turbine blade group in each paragraph Various energy storage cycle coalescing engines in which fitting bolt assembly turbines and heat pumps are provided in a single stage together with thrust bearings, bearings, and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box, and the liquid metal is used for ascending storage + Acceleration with the pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Turbine blade group in each paragraph Various energy storage cycle coalescing engines in which fitting bolt assembly turbines and heat pumps are provided in two stages together with thrust bearings, bearings, and a rectangular turbine outer box (77a) as substantially the same diameter.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Acceleration with pressure stored and divided into calorie and mass + Fully automatic processing possible The turbine blades are of the same shape and shape with the same diameter for each stage The fitting bolt assembly turbine and the heat pump are thrust bearings, bearings and rectangular turbine outer casing (77a) Various energy storage cycle coalescence engines provided in three stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air The turbine blade group of the turbine that can be accelerated and fully automatically machined by the pressure divided and stored in the amount of heat and mass is made into the same shape and the same shape for each stage, and the fitting bolt assembly turbine and the heat pump are installed in the thrust bearing, bearing, and square turbine outer box ) Combined with various energy storage cycle engines in 4 stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Turbine blades that can be accelerated and fully-automatically processed with pressure divided and stored in the amount of heat and mass are made to have the same diameter and the same shape for each stage, and the fitting bolt assembly turbine and heat pump are thrust bearings, bearings, and rectangular turbine casings ( 77a) Various energy storage cycle coalescence engines provided in five stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Accelerate with pressure divided and stored in calorie and mass + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump in 6 stages with thrust bearing, bearing and square turbine outer box (77a) Various energy conservation cycle coalescence engines provided.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Accelerate with pressure divided and stored in calorie and mass + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump in 7 stages with thrust bearing, bearing and square turbine outer box (77a) Various energy conservation cycle coalescence engines provided.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) in the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Combustion gas calorific value and Accelerates with mass or compressed air calorie and pressure divided and stored in mass + Fully automatic processing possible Turbine blades are set to the same shape and shape with the same diameter for each stage The bolt assembly turbine and heat pump are installed outside the thrust bearing, bearing, and square turbine Various energy storage cycle coalescence engine provided in 8 stages with box (77a)   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward + Driving various types of airplanes in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the rectangular turbine outer box and using the liquid metal for rising storage + Combustion gas calorific value and Accelerates by mass or compressed air calorie and pressure divided and stored in mass + turbine blade group capable of full-automatic processing is made to have the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump as thrust bearing, bearing and square turbine Various energy storage cycle coalescence engine provided in 9 stages with outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward + Driving various types of airplanes in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the rectangular turbine outer box and using the liquid metal for rising storage + Combustion gas calorific value and The turbine blades that can be accelerated and fully-automatically processed with the mass or compressed air heat quantity and mass are stored in the same diameter and approximately the same shape for each stage. The fitting bolt assembly turbine and heat pump are thrust bearings, bearings, and squares. Various energy storage cycle coalescence engines provided in 10 stages together with the turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward + Driving various types of airplanes in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the rectangular turbine outer box and using the liquid metal for rising storage + Combustion gas calorific value and Accelerate with mass or compressed air calorie and mass and save pressure + Turbine rotor blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) In addition, various energy conservation cycle coalescence engines provided in one stage.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) in the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Combustion gas calorific value and Accelerate with mass or compressed air calorie and mass and save pressure + Turbine rotor blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) Various energy storage cycle coalescence engines provided in two stages.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used. + The pressure divided and stored in the combustion gas calorie and mass or compressed air calorie and mass Acceleration + Fully automatic processing possible The turbine blades are of the same diameter and shape at each stage, and the fitting bolt assembly turbine and heat pump are provided in three stages together with thrust bearings, bearings, and the rectangular turbine outer box (77a). Cycle coalescence engine.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used. + The pressure divided and stored in the combustion gas heat quantity and mass or compressed air heat quantity and mass Acceleration + Fully automatic machining of turbine blades with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) in 4 stages Conservation cycle coalescence organization.   Turbine multiple drive short-time coalescence engine injection section (78S) Liquid metal solar engine that makes large propulsion propulsion output + Accelerating the output sphere (2E) downward by gravity acceleration Turbine drive + Combined engine injection section (78S ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used. + The pressure divided and stored in the combustion gas calorie and mass or compressed air calorie and mass Various types of turbine rotor blades capable of acceleration + fully automatic machining, with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump in five stages together with thrust bearings, bearings and rectangular turbine outer casing (77a) Energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalescence engine injection section (78S) Liquid metal solar engine that makes large propulsion propulsion output + Accelerating the output sphere (2E) downward by gravity acceleration Turbine drive + Combined engine injection section (78S ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used. + The pressure divided and stored in the combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines in which the rotor blade group of the acceleration + turbine has the same diameter and the same shape for each paragraph and the fitting bolt assembly turbine and the heat pump are provided in six stages together with the thrust bearing, the bearing, and the rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection section (78S) Liquid metal solar engine that makes large propulsion propulsion output + Accelerating the output sphere (2E) downward by gravity acceleration Turbine drive + Combined engine injection section (78S ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used. + The pressure divided and stored in the combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines in which the rotor blade group of the acceleration + turbine has the same diameter and the same shape for each paragraph and the fitting bolt assembly turbine and the heat pump are provided in seven stages together with the thrust bearing, the bearing and the rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine for large injection propulsion output + Configuration and method for accelerating output increase sphere (2E) ++ Insulation increase sphere raising device (2F) in square turbine outer box Liquid metal is stored and used at the corner + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic processing possible Turbine blade group with the same diameter and the same shape for each paragraph Various energy storage cycle coalescing engines in which a bolt assembly turbine and a heat pump are provided in 8 stages together with a thrust bearing, a bearing and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine for large injection propulsion output + Configuration and method for accelerating output increase sphere (2E) + Insulation increase sphere raising device (2F) in square turbine outer box Liquid metal is stored and used at the corners + Accelerated with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Turbine blade group capable of fully automatic processing is fitted in the same shape with the same diameter for each paragraph Various energy storage cycle coalescing engines in which a combined bolt assembly turbine and a heat pump are provided in 9 stages together with a thrust bearing, a bearing and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine for large injection propulsion output + Configuration and method for accelerating output increase sphere (2E) ++ Insulation increase sphere raising device (2F) in square turbine outer box Liquid metal is stored and used at the corners. + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass. Various energy storage cycle coalescing engines in which a fitting bolt assembly turbine and a heat pump are provided in 10 stages together with a thrust bearing, a bearing and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine for large injection propulsion output + Configuration and method for accelerating output increase sphere (2E) ++ Insulation increase sphere raising device (2F) in square turbine outer box The liquid metal is used for ascending and storage provided at the corners + Accelerated by the pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with a heat pump provided in one stage together with a thrust bearing, a bearing and a rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine for large injection propulsion output + Configuration and method for accelerating output increase sphere (2E) ++ Insulation increase sphere raising device (2F) in square turbine outer box The liquid metal is used for ascending and storage provided at the corners + Accelerated by the pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with heat pumps provided in two stages together with thrust bearings, bearings and square turbine outer casing (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine for large injection propulsion output + Configuration and method for accelerating output increase sphere (2E) ++ Insulation increase sphere raising device (2F) in square turbine outer box Liquid metal is stored and used at the corner + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic processing possible Turbine blade group with the same diameter and the same shape for each paragraph Various energy storage cycle coalescing engines in which a bolt assembly turbine and a heat pump are provided in three stages together with a thrust bearing, a bearing and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine for large injection propulsion output + Configuration and method for accelerating output increase sphere (2E) + Insulation increase sphere raising device (2F) in square turbine outer box Liquid metal is stored and used at the corners + Accelerated with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Turbine blade group capable of fully automatic processing is fitted in the same shape with the same diameter for each paragraph Various energy storage cycle coalescing engines in which a combined bolt assembly turbine and a heat pump are provided in four stages together with a thrust bearing, a bearing and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine for large injection propulsion output + Configuration and method for accelerating output increase sphere (2E) ++ Insulation increase sphere raising device (2F) in square turbine outer box Liquid metal is stored and used at the corners. + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass. Various energy storage cycle coalescing engines in which a fitting bolt assembly turbine and a heat pump are provided in five stages together with a thrust bearing, a bearing and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine for large injection propulsion output + Configuration and method for accelerating output increase sphere (2E) ++ Insulation increase sphere raising device (2F) in square turbine outer box The liquid metal is used for ascending and storage provided at the corners + Accelerated by the pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines with heat pumps installed in 6 stages together with thrust bearings, bearings and square turbine outer casing (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine for large injection propulsion output + Configuration and method for accelerating output increase sphere (2E) + Insulation increase sphere raising device (2F) in square turbine outer box Installed at the corners to save and use liquid metal + Accelerate by pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fitting turbine assembly with turbine rotor blade group with same diameter and shape of each paragraph Various energy storage cycle coalescence engines with heat pumps installed in 7 stages together with thrust bearings, bearings and square turbine outer box (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal by installing a heat retention increasing ball rising device (2F) at the corner of the square turbine outer casing + Combustion gas calorific value Acceleration with pressure that is divided and stored into mass or compressed air calorie and mass + Fully automatic processing possible Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump as thrust bearing, bearing and square turbine Various energy storage cycle coalescence engine provided in 8 stages with outer box (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal by installing a heat retention increasing ball rising device (2F) at the corner of the square turbine outer casing + Combustion gas calorific value Accelerating with pressure that is divided and stored in mass or compressed air calorie and mass + turbine blade group that can be fully automatic machined with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearings, bearings and square type Various energy storage cycle coalescence engine provided in 9 stages together with the turbine outer box (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal by installing a heat retention increasing ball rising device (2F) at the corner of the square turbine outer casing + Combustion gas calorific value The turbine blade group of turbines that can be accelerated and fully automated with the pressure divided and stored in mass or compressed air calorie and mass, and with the same diameter and shape of each stage, is fitted with a bolt assembly turbine and heat pump, thrust bearing, bearing and angle Various energy storage cycle coalescing engines provided in 10 stages together with a type turbine outer box (77a)   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Drives + Drives various flying ships with united engine injection unit (78S) injection driving force + Insulates and uses the liquid metal at the corners of the square turbine outer box by installing a warming and increasing ball raising device (2F) + Combustion gas calorific value Accelerating with pressure divided and stored in mass or compressed air calorie and mass + Turbine rotor blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump as thrust bearing, bearing and square turbine outer box (77a ) And various energy conservation cycle coalescence engines provided in one stage.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Drives + Drives various flying ships with united engine injection unit (78S) injection driving force + Insulates and uses the liquid metal at the corners of the square turbine outer box by installing a warming and increasing ball raising device (2F) + Combustion gas calorific value Accelerating with pressure divided and stored in mass or compressed air calorie and mass + Turbine rotor blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump as thrust bearing, bearing and square turbine outer box (77a ) Combined with various energy storage cycle engines in two stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal by installing a heat retention increasing ball rising device (2F) at the corner of the square turbine outer casing + Combustion gas calorific value Acceleration with pressure that is divided and stored into mass or compressed air calorie and mass + Fully automatic processing possible Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump as thrust bearing, bearing and square turbine Various energy storage cycle coalescence engine provided in 3 stages with outer box (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal by installing a heat retention increasing ball rising device (2F) at the corner of the square turbine outer casing + Combustion gas calorific value Acceleration with pressure that is divided and stored into mass or compressed air calorie and mass + Fully automatic processing possible Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump as thrust bearing, bearing and square turbine Various energy storage cycle coalescence engine provided in 4 stages together with the outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Drives + Drives various flying ships with united engine injection unit (78S) injection driving force + Insulates and uses the liquid metal at the corners of the square turbine outer box by installing a warming and increasing ball raising device (2F) + Combustion gas calorific value Acceleration with pressure that is divided and stored in mass or compressed air calorie and mass + Fully automatic processing possible Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump as thrust bearing, bearing and square turbine Various energy storage cycle coalescence engine provided in 5 stages with outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Drives + Drives various flying ships with united engine injection unit (78S) injection driving force + Insulates and uses the liquid metal at the corners of the square turbine outer box by installing a warming and increasing ball raising device (2F) + Combustion gas calorific value Acceleration with pressure that is divided and stored in mass or compressed air calorie and mass + Fully automatic processing possible Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump as thrust bearing, bearing and square turbine Various energy storage cycle coalescence engine provided in 6 stages with outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Drives + Drives various flying ships with united engine injection unit (78S) injection driving force + Insulates and uses the liquid metal at the corners of the square turbine outer box by installing a warming and increasing ball raising device (2F) + Combustion gas calorific value Acceleration with pressure that is divided and stored in mass or compressed air calorie and mass + Fully automatic processing possible Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump as thrust bearing, bearing and square turbine Various energy storage cycle coalescence engine provided in 7 stages with outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Drives + Drives various flying ships with united engine injection unit (78S) injection driving force + Insulates and uses the liquid metal at the corners of the square turbine outer box by installing a warming and increasing ball raising device (2F) + Combustion gas calorific value Accelerating with pressure that is divided and stored in mass or compressed air calorie and mass + turbine blade group that can be fully automatic machined with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearings, bearings and square type Various energy storage cycle coalescence engines provided in 8 stages together with the turbine outer box (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal by installing a heat retention increasing ball rising device (2F) at the corner of the square turbine outer casing + Combustion gas calorific value Accelerating with pressure that is divided and stored in mass or compressed air calorie and mass + turbine blade group that can be fully automatic machined with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearings, bearings and square type Various energy storage cycle coalescence engine provided in 9 stages together with the turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Drives + Drives various flying ships with united engine injection unit (78S) injection driving force + Insulates and uses the liquid metal at the corners of the square turbine outer box by installing a warming and increasing ball raising device (2F) + Combustion gas calorific value Accelerating with pressure that is divided and stored in mass or compressed air calorie and mass + Fully automatic machining turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square type Various energy storage cycle coalescence engines provided in 10 stages together with the turbine outer box (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal by installing a heat retention increasing ball rising device (2F) at the corner of the square turbine outer casing + Combustion gas calorific value Accelerating with pressure that is divided and stored in mass or compressed air calorie and mass + turbine blade group that can be fully automatic machined with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearings, bearings and square type Various energy storage cycle coalescence engine provided in one stage together with the turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Drives + Drives various flying ships with united engine injection unit (78S) injection driving force + Insulates and uses the liquid metal at the corners of the square turbine outer box by installing a warming and increasing ball raising device (2F) + Combustion gas calorific value Accelerating with pressure that is divided and stored in mass or compressed air calorie and mass + Fully automatic machining turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square type Various energy storage cycle combined engine provided in two stages together with the turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Drives + Drives various flying ships with united engine injection unit (78S) injection driving force + Insulates and uses the liquid metal at the corners of the square turbine outer box by installing a warming and increasing ball raising device (2F) + Combustion gas calorific value The turbine blade group of turbines that can be accelerated and fully automated with the pressure divided and stored in mass or compressed air calorific value and mass is made into the same shape and shape of the same diameter for each stage. Various energy storage cycle coalescing engines provided in three stages together with the type turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Drives + Drives various flying ships with united engine injection unit (78S) injection driving force + Insulates and uses the liquid metal at the corners of the square turbine outer box by installing a warming and increasing ball raising device (2F) + Combustion gas calorific value The turbine blade group of turbines that can be accelerated and fully automated with the pressure divided and stored in mass or compressed air calorific value and mass is made into the same shape and shape of the same diameter for each stage. Various energy storage cycle coalescing engines provided in four stages together with the type turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Drives + Drives various flying ships with united engine injection unit (78S) injection driving force + Insulates and uses the liquid metal at the corners of the square turbine outer box by installing a warming and increasing ball raising device (2F) + Combustion gas calorific value The turbine blade group of turbines that can be accelerated and fully automated with the pressure divided and stored in mass or compressed air calorific value and mass is made into the same shape and shape of the same diameter for each stage. Various energy storage cycle coalescing engines provided in five stages together with a type turbine outer box (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal by installing a heat retention increasing ball rising device (2F) at the corner of the square turbine outer casing + Combustion gas calorific value The turbine blade group of turbines that can be accelerated and fully automated with the pressure divided and stored in mass or compressed air calorie and mass, and with the same diameter and shape of each stage, is fitted with a bolt assembly turbine and heat pump, thrust bearing, bearing and angle Various energy storage cycle coalescing engines provided in 6 stages together with a type turbine outer box (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal by installing a heat retention increasing ball rising device (2F) at the corner of the square turbine outer casing + Combustion gas calorific value The turbine blade group of turbines that can be accelerated and fully automated with the pressure divided and stored in mass or compressed air calorie and mass, and with the same diameter and shape of each stage, is fitted with a bolt assembly turbine and heat pump, thrust bearing, bearing and angle Various energy storage cycle coalescing engines provided in 7 stages together with the type turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Drives + Drives various flying ships with united engine injection unit (78S) injection driving force + Insulates and uses the liquid metal at the corners of the square turbine outer box by installing a warming and increasing ball raising device (2F) + Combustion gas calorific value Accelerating with pressure divided and stored in mass or compressed air calorie and mass + Turbine rotor blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump as thrust bearing, bearing and square turbine outer box (77a ) Combined with various energy conservation cycle engines in 8 stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Drives + Drives various flying ships with united engine injection unit (78S) injection driving force + Insulates and uses the liquid metal at the corners of the square turbine outer box by installing a warming and increasing ball raising device (2F) + Combustion gas calorific value Acceleration with the pressure divided into mass or compressed air calorie and mass and the turbine blade group of turbines with the same diameter and the same shape for each stage. ) And various energy conservation cycle coalescence engines provided in 9 stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Drives + Drives various flying ships with united engine injection unit (78S) injection driving force + Insulates and uses the liquid metal at the corners of the square turbine outer box by installing a warming and increasing ball raising device (2F) + Combustion gas calorific value Accelerating with pressure divided and stored in mass or compressed air calorie and mass + Turbine rotor blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump as thrust bearing, bearing and square turbine outer box (77a ) And various energy conservation cycle coalescence engines provided in 10 stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Drives + Drives various flying ships with united engine injection unit (78S) injection driving force + Insulates and uses the liquid metal at the corners of the square turbine outer box by installing a warming and increasing ball raising device (2F) + Combustion gas calorific value Accelerating with pressure divided and stored in mass or compressed air calorie and mass + Turbine rotor blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump as thrust bearing, bearing and square turbine outer box (77a ) And various energy conservation cycle coalescence engines provided in one stage.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Drives + Drives various flying ships with united engine injection unit (78S) injection driving force + Insulates and uses the liquid metal at the corners of the square turbine outer box by installing a warming and increasing ball raising device (2F) + Combustion gas calorific value Accelerating with pressure divided and stored in mass or compressed air calorie and mass + Turbine rotor blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump as thrust bearing, bearing and square turbine outer box (77a ) Combined with various energy storage cycle engines in two stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Drives + Drives various flying ships with united engine injection unit (78S) injection driving force + Insulates and uses the liquid metal at the corners of the square turbine outer box by installing a warming and increasing ball raising device (2F) + Combustion gas calorific value Acceleration with the pressure divided into mass or compressed air calorie and mass and the turbine blade group of turbines with the same diameter and the same shape for each stage. ) Combined with various energy conservation cycle engines in three stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Drives + Drives various flying ships with united engine injection unit (78S) injection driving force + Insulates and uses the liquid metal at the corners of the square turbine outer box by installing a warming and increasing ball raising device (2F) + Combustion gas calorific value Accelerating with pressure divided and stored in mass or compressed air calorie and mass + Turbine rotor blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump as thrust bearing, bearing and square turbine outer box (77a ) Combined with various energy conservation cycle engines in 4 stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Drives + Drives various flying ships with united engine injection unit (78S) injection driving force + Insulates and uses the liquid metal at the corners of the square turbine outer box by installing a warming and increasing ball raising device (2F) + Combustion gas calorific value Accelerating with pressure divided and stored in mass or compressed air calorie and mass + Turbine rotor blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump as thrust bearing, bearing and square turbine outer box (77a ) Combined with various energy conservation cycle engines in five stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal by installing a heat retention increasing ball rising device (2F) at the corner of the square turbine outer casing + Combustion gas calorific value Accelerating with pressure divided and stored in mass or compressed air calorie and mass + turbine rotor blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearings, bearings and rectangular turbine outer casing (77a ) Combined with various energy storage cycle engines in 6 stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal by installing a heat retention increasing ball rising device (2F) at the corner of the square turbine outer casing + Combustion gas calorific value Accelerating with pressure divided and stored in mass or compressed air calorie and mass + turbine rotor blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearings, bearings and rectangular turbine outer casing (77a ) Combined with various energy conservation cycle engines in 7 stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Drives + Drives various flying ships with united engine injection unit (78S) injection driving force + Insulates and uses the liquid metal at the corners of the square turbine outer box by installing a warming and increasing ball raising device (2F) + Combustion gas calorific value Acceleration with pressure that is divided and stored in mass or compressed air heat quantity and mass + Turbine blades are assembled into bolts with the same diameter and shape of each stage, and heat pumps are thrust bearings, bearings, and rectangular turbine outer casings ( 77a) Various energy storage cycle coalescence engines provided in 8 stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Drives + Drives various flying ships with united engine injection unit (78S) injection driving force + Insulates and uses the liquid metal at the corners of the square turbine outer box by installing a warming and increasing ball raising device (2F) + Combustion gas calorific value Acceleration with pressure that is divided and stored in mass or compressed air heat quantity and mass + Turbine blades are assembled into bolts with the same diameter and shape of each stage, and heat pumps are thrust bearings, bearings, and rectangular turbine outer casings ( 77a) Various energy storage cycle coalescence engines provided in 9 stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Drives + Drives various flying ships with united engine injection unit (78S) injection driving force + Insulates and uses the liquid metal at the corners of the square turbine outer box by installing a warming and increasing ball raising device (2F) + Combustion gas calorific value Acceleration with pressure that is divided and stored in mass or compressed air heat quantity and mass + Turbine blades are assembled into bolts with the same diameter and shape of each stage, and heat pumps are thrust bearings, bearings, and rectangular turbine outer casings ( 77a) Various energy storage cycle coalescence engines provided in 10 stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Drives + Drives various flying ships with united engine injection unit (78S) injection driving force + Insulates and uses the liquid metal at the corners of the square turbine outer box by installing a warming and increasing ball raising device (2F) + Combustion gas calorific value Acceleration with pressure that is divided and stored in mass or compressed air heat quantity and mass + Turbine blades are assembled into bolts with the same diameter and shape of each stage, and heat pumps are thrust bearings, bearings, and rectangular turbine outer casings ( 77a) Various energy storage cycle coalescence engines provided in one stage.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Drives + Drives various flying ships with united engine injection unit (78S) injection driving force + Insulates and uses the liquid metal at the corners of the square turbine outer box by installing a warming and increasing ball raising device (2F) + Combustion gas calorific value Acceleration with pressure that is divided and stored in mass or compressed air heat quantity and mass + Turbine blades are assembled into bolts with the same diameter and shape of each stage, and heat pumps are thrust bearings, bearings, and rectangular turbine outer casings ( 77a) Various energy storage cycle coalescence engines provided in two stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Heat increase ball riser (2F) raises the head as much as possible + Heat increase ball riser (2F) is installed at the corner of the square turbine outer box Ascending and using liquid metal + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic processable turbine blade group with same diameter and same shape per stage Various energy storage cycle coalescing engines with heat pumps provided in three stages together with thrust bearings, bearings and square turbine outer casing (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Heat increase ball riser (2F) raises the head as much as possible + Heat increase ball riser (2F) at corner corner of square turbine Ascending and using liquid metal + Accelerating with pressure of combustion gas calorie and mass or compressed air calorie and mass storage + Turbine blade group of turbine that can be fully automatic machined with the same diameter and shape of each paragraph And various energy storage cycle coalescing engines in which a heat pump is provided in four stages together with a thrust bearing, a bearing and a rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Heat increase ball riser (2F) raises the head as much as possible + Heat increase ball riser (2F) at corner corner of square turbine Ascending and using liquid metal + Combustion gas calorie and mass or Compressed air calorie and pressure accelerated by dividing and storing pressure + Turbine blade group capable of fully automatic machining with the same diameter and shape of each paragraph assembling bolt assembly Various energy storage cycle coalescing engines in which a turbine and a heat pump are provided in five stages together with a thrust bearing, a bearing and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Heat increase ball riser (2F) raises the head as much as possible + Heat increase ball riser (2F) at corner corner of square turbine Uses liquid metal ascending and conserving + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Turbine rotor blade group with the same diameter and the same shape for each stage Thrusting bolt assembly turbine and heat pump Various energy storage cycle coalescence engines provided in 6 stages together with bearings, bearings and rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Heat increase ball riser (2F) raises the head as much as possible + Heat increase ball riser (2F) at corner corner of square turbine Uses liquid metal ascending and conserving + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Turbine rotor blade group with the same diameter and the same shape for each stage Thrusting bolt assembly turbine and heat pump Various energy storage cycle coalescence engines provided in 7 stages together with bearings, bearings and rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is driven at right angles to square turbine outer box to drive alternating turbines in rotational direction + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage. Acceleration by pressure + Fully automatic processing possible Various types of turbine blades with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump in 8 stages with thrust bearings, bearings and rectangular turbine outer box (77a) Energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and used. + Divided and stored into combustion gas calorie and mass or compressed air calorie and mass Turbine blades that can be accelerated and fully automated by pressure, have the same diameter and shape of each stage, and are fitted with a bolt assembly turbine and heat pump in 9 stages along with thrust bearings, bearings, and a rectangular turbine outer casing (77a). Various energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and used. + Divided and stored into combustion gas calorie and mass or compressed air calorie and mass Turbine rotor blade group capable of acceleration + fully automatic machining by pressure is made to be approximately the same shape for each stage, and fitting bolt assembly turbine and heat pump are provided in 10 stages together with thrust bearing, bearing and square turbine outer box (77a) Various energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is driven at right angles to square turbine outer box to drive alternating turbines in rotational direction + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and liquid metal is raised and used for storage + combustion gas calorie and mass or compressed air calorie and mass are stored separately Accelerating with pressure + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) in one stage organ.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is driven at right angles to square turbine outer box to drive alternating turbines in rotational direction + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and liquid metal is raised and used for storage + combustion gas calorie and mass or compressed air calorie and mass are stored separately Accelerating with pressure + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) in two stages Combined with various energy conservation cycles organ.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the square turbine outer box, and the liquid metal is used for ascending storage + Acceleration with the pressure divided and stored in the combustion gas calorie and mass or compressed air calorie and mass + Fully automatic workable turbine blade group Various energy storage cycle coalescing engines in which the fitting bolt assembly turbine and the heat pump are provided in three stages together with the thrust bearing, the bearing and the rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + Horizontal axis (1h) with square turbine outer box at right angle to make rotating direction alternate heat retaining turbine + Heat retention increasing sphere rise Equipment (2F) is installed at the corner of the square turbine outer box, and the liquid metal is used for ascending and storing. + Acceleration with combustion gas calorie and mass or compressed air calorie and mass stored separately + Turbine blade capable of fully automatic processing Various energy storage cycle coalescing engines in which the groups are arranged in the same shape for each paragraph and the fitting bolt assembly turbine and the heat pump are provided in four stages together with the thrust bearing, the bearing and the rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar thermal engine with large injection propulsion output + horizontal axis (1h) with square turbine outer box at right angle to make rotating direction alternate heat insulation turbine + heat retention increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box, and the liquid metal is stored in an uplifted state. + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass. Various energy storage cycle coalescing engines in which blade groups are substantially the same shape for each stage, and a fitting bolt assembly turbine and a heat pump are provided in five stages together with a thrust bearing, a bearing, and a rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box, and the liquid metal is used for ascending storage + Acceleration with the pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Turbine blade group in each paragraph Various energy storage cycle coalescing engines in which the fitting bolt assembly turbine and the heat pump are provided in six stages together with thrust bearings, bearings, and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + Horizontal axis (1h) with square turbine outer box at right angle to make rotating direction alternate heat retaining turbine + Heat retention increasing sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending storage + Acceleration with the pressure divided and stored in the combustion gas calorie and mass or compressed air calorie and mass + The turbine blade group in each paragraph Various energy storage cycle coalescing engines in which fitting bolt assembly turbines and heat pumps are provided in seven stages together with thrust bearings, bearings, and a rectangular turbine outer box (77a) as substantially the same diameter.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Acceleration with pressure stored and divided into calorie and mass + Fully automatic processing possible The turbine blades are of the same shape and shape with the same diameter for each stage The fitting bolt assembly turbine and the heat pump are thrust bearings, bearings and rectangular turbine outer casing (77a) Various energy storage cycle coalescence engine provided in 8 stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air The turbine blade group of the turbine that can be accelerated and fully automatically machined by the pressure divided and stored in the amount of heat and mass is made into the same shape and the same shape for each stage, and the fitting bolt assembly turbine and the heat pump are installed in the thrust bearing, bearing, and square turbine outer box ) And various energy conservation cycle coalescence engines provided in 9 stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Turbine blades that can be accelerated and fully-automatically processed with pressure divided and stored in the amount of heat and mass are made to have the same diameter and the same shape for each stage, and the fitting bolt assembly turbine and heat pump are thrust bearings, bearings, and rectangular turbine casings ( 77a) Various energy storage cycle coalescence engines provided in 10 stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Accelerate with pressure divided and stored in calorie and mass + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump in one stage with thrust bearing, bearing and square turbine outer casing (77a) Various energy conservation cycle coalescence engines provided.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Acceleration with pressure stored separately in heat quantity and mass + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump in two stages together with thrust bearing, bearing and square turbine outer casing (77a) Various energy conservation cycle coalescence engines provided.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) in the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Combustion gas calorific value and Accelerates with mass or compressed air calorie and pressure divided and stored in mass + Fully automatic processing possible Turbine blades are set to the same shape and shape with the same diameter for each stage The bolt assembly turbine and heat pump are installed outside the thrust bearing, bearing, and square turbine Various energy conservation cycle coalescence engine provided in 3 stages with box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward + Driving various types of airplanes in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the rectangular turbine outer box and using the liquid metal for rising storage + Combustion gas calorific value and Accelerates by mass or compressed air calorie and pressure divided and stored in mass + turbine blade group capable of full-automatic processing is made to have the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump as thrust bearing, bearing and square turbine Various energy storage cycle coalescing engines provided in 4 stages together with the outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward + Driving various types of airplanes in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the rectangular turbine outer box and using the liquid metal for rising storage + Combustion gas calorific value and The turbine blades that can be accelerated and fully-automatically processed with the mass or compressed air heat quantity and mass are stored in the same diameter and approximately the same shape for each stage. The fitting bolt assembly turbine and heat pump are thrust bearings, bearings, and squares. Various energy storage cycle coalescence engine provided in five stages together with the turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward + Driving various types of airplanes in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the rectangular turbine outer box and using the liquid metal for rising storage + Combustion gas calorific value and Accelerate with mass or compressed air calorie and mass and save pressure + Turbine rotor blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) Various energy storage cycle coalescence engines provided in 6 stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward + Driving various types of airplanes in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the rectangular turbine outer box and using the liquid metal for rising storage + Combustion gas calorific value and Accelerate with mass or compressed air calorie and mass and save pressure + Turbine rotor blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) Various energy storage cycle coalescence engine provided in 7 stages.   Turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar thermal engine with large injection propulsion output + horizontal axis (1h) with square turbine outer box at right angle to make rotating direction alternate heat insulation turbine + heat retention increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box, and the liquid metal is used for ascending storage + Acceleration with the pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining turbine blade group The various energy storage cycle coalescing engines in which the fitting bolt assembly turbine and the heat pump are provided in eight stages together with the thrust bearing, the bearing and the rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar thermal engine with large injection propulsion output + horizontal axis (1h) with square turbine outer box at right angle to make rotating direction alternate heat insulation turbine + heat retention increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box, and the liquid metal is used for ascending and storing. + Acceleration with combustion gas calorie and mass or compressed air calorie and mass stored separately + Turbine blade capable of fully automatic processing Various energy storage cycle coalescing engines in which the group is made into the same shape and the same diameter for each paragraph, and the fitting bolt assembly turbine and the heat pump are provided in 9 stages together with the thrust bearing, the bearing and the rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar thermal engine with large injection propulsion output + horizontal axis (1h) with square turbine outer box at right angle to make rotating direction alternate heat insulation turbine + heat retention increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box, and the liquid metal is stored in an uplifted state. + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass. Various energy storage cycle coalescing engines in which the blade group is substantially the same shape for each stage, and the fitting bolt assembly turbine and the heat pump are provided in 10 stages together with the thrust bearing, the bearing and the rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box, and the liquid metal is used for ascending storage + Acceleration with the pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Turbine blade group in each paragraph Various energy storage cycle coalescing engines in which fitting bolt assembly turbines and heat pumps are provided in a single stage together with thrust bearings, bearings, and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box, and the liquid metal is used for ascending storage + Acceleration with the pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Turbine blade group in each paragraph Various energy storage cycle coalescing engines in which fitting bolt assembly turbines and heat pumps are provided in two stages together with thrust bearings, bearings, and a rectangular turbine outer box (77a) as substantially the same diameter.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Acceleration with pressure stored and divided into calorie and mass + Fully automatic processing possible The turbine blades are of the same shape and shape with the same diameter for each stage The fitting bolt assembly turbine and the heat pump are thrust bearings, bearings and rectangular turbine outer casing (77a) Various energy storage cycle coalescence engines provided in three stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air The turbine blade group of the turbine that can be accelerated and fully automatically machined by the pressure divided and stored in the amount of heat and mass is made into the same shape and the same shape for each stage, and the fitting bolt assembly turbine and the heat pump are installed in the thrust bearing, bearing, and square turbine outer box ) Combined with various energy storage cycle engines in 4 stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Turbine blades that can be accelerated and fully-automatically processed with pressure divided and stored in the amount of heat and mass are made to have the same diameter and the same shape for each stage, and the fitting bolt assembly turbine and heat pump are thrust bearings, bearings, and rectangular turbine casings ( 77a) Various energy storage cycle coalescence engines provided in five stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Accelerate with pressure divided and stored in calorie and mass + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump in 6 stages with thrust bearing, bearing and square turbine outer box (77a) Various energy conservation cycle coalescence engines provided.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Accelerate with pressure divided and stored in calorie and mass + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump in 7 stages with thrust bearing, bearing and square turbine outer box (77a) Various energy conservation cycle coalescence engines provided.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) in the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Combustion gas calorific value and Accelerates with mass or compressed air calorie and pressure divided and stored in mass + Fully automatic processing possible Turbine blades are set to the same shape and shape with the same diameter for each stage The bolt assembly turbine and heat pump are installed outside the thrust bearing, bearing, and square turbine Various energy storage cycle coalescence engine provided in 8 stages with box (77a)   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward + Driving various types of airplanes in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the rectangular turbine outer box and using the liquid metal for rising storage + Combustion gas calorific value and Accelerates by mass or compressed air calorie and pressure divided and stored in mass + turbine blade group capable of full-automatic processing is made to have the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump as thrust bearing, bearing and square turbine Various energy storage cycle coalescence engine provided in 9 stages with outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward + Driving various types of airplanes in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the rectangular turbine outer box and using the liquid metal for rising storage + Combustion gas calorific value and The turbine blades that can be accelerated and fully-automatically processed with the mass or compressed air heat quantity and mass are stored in the same diameter and approximately the same shape for each stage. The fitting bolt assembly turbine and heat pump are thrust bearings, bearings, and squares. Various energy storage cycle coalescence engines provided in 10 stages together with the turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward + Driving various types of airplanes in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the rectangular turbine outer box and using the liquid metal for rising storage + Combustion gas calorific value and Accelerate with mass or compressed air calorie and mass and save pressure + Turbine rotor blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) In addition, various energy conservation cycle coalescence engines provided in one stage.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) in the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Combustion gas calorific value and Accelerate with mass or compressed air calorie and mass and save pressure + Turbine rotor blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) Various energy storage cycle coalescence engines provided in two stages.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used. + The pressure divided and stored in the combustion gas calorie and mass or compressed air calorie and mass Acceleration + Fully automatic processing possible The turbine blades are of the same diameter and shape at each stage, and the fitting bolt assembly turbine and heat pump are provided in three stages together with thrust bearings, bearings, and the rectangular turbine outer box (77a). Cycle coalescence engine.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used. + The pressure divided and stored in the combustion gas heat quantity and mass or compressed air heat quantity and mass Acceleration + Fully automatic machining of turbine blades with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) in 4 stages Conservation cycle coalescence organization.   Turbine multiple drive short-time coalescence engine injection section (78S) Liquid metal solar engine that makes large propulsion propulsion output + Accelerating the output sphere (2E) downward by gravity acceleration Turbine drive + Combined engine injection section (78S ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used. + The pressure divided and stored in the combustion gas calorie and mass or compressed air calorie and mass Various types of turbine rotor blades capable of acceleration + fully automatic machining, with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump in five stages together with thrust bearings, bearings and rectangular turbine outer casing (77a) Energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalescence engine injection section (78S) Liquid metal solar engine that makes large propulsion propulsion output + Accelerating the output sphere (2E) downward by gravity acceleration Turbine drive + Combined engine injection section (78S ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used. + The pressure divided and stored in the combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines in which the rotor blade group of the acceleration + turbine has the same diameter and the same shape for each paragraph and the fitting bolt assembly turbine and the heat pump are provided in six stages together with the thrust bearing, the bearing, and the rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection section (78S) Liquid metal solar engine that makes large propulsion propulsion output + Accelerating the output sphere (2E) downward by gravity acceleration Turbine drive + Combined engine injection section (78S ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used. + The pressure divided and stored in the combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines in which the rotor blade group of the acceleration + turbine has the same diameter and the same shape for each paragraph and the fitting bolt assembly turbine and the heat pump are provided in seven stages together with the thrust bearing, the bearing and the rectangular turbine outer box (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is driven at right angles to square turbine outer box to drive alternating turbines in rotational direction + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage. Acceleration by pressure + Fully automatic processing possible Various types of turbine blades with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump in 8 stages with thrust bearings, bearings and rectangular turbine outer box (77a) Energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and used. + Divided and stored into combustion gas calorie and mass or compressed air calorie and mass Turbine blades that can be accelerated and fully automated by pressure, have the same diameter and shape of each stage, and are fitted with a bolt assembly turbine and heat pump in 9 stages along with thrust bearings, bearings, and a rectangular turbine outer casing (77a). Various energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and used. + Divided and stored into combustion gas calorie and mass or compressed air calorie and mass Turbine rotor blade group capable of acceleration + fully automatic machining by pressure is made to be approximately the same shape for each stage, and fitting bolt assembly turbine and heat pump are provided in 10 stages together with thrust bearing, bearing and square turbine outer box (77a) Various energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is driven at right angles to square turbine outer box to drive alternating turbines in rotational direction + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and liquid metal is raised and used for storage + combustion gas calorie and mass or compressed air calorie and mass are stored separately Accelerating with pressure + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) in one stage organ.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is driven at right angles to square turbine outer box to drive alternating turbines in rotational direction + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and liquid metal is raised and used for storage + combustion gas calorie and mass or compressed air calorie and mass are stored separately Accelerating with pressure + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) in two stages Combined with various energy conservation cycles organ.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the square turbine outer box, and the liquid metal is used for ascending storage + Acceleration with the pressure divided and stored in the combustion gas calorie and mass or compressed air calorie and mass + Fully automatic workable turbine blade group Various energy storage cycle coalescing engines in which the fitting bolt assembly turbine and the heat pump are provided in three stages together with the thrust bearing, the bearing and the rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + Horizontal axis (1h) with square turbine outer box at right angle to make rotating direction alternate heat retaining turbine + Heat retention increasing sphere rise Equipment (2F) is installed at the corner of the square turbine outer box, and the liquid metal is used for ascending and storing. + Acceleration with combustion gas calorie and mass or compressed air calorie and mass stored separately + Turbine blade capable of fully automatic processing Various energy storage cycle coalescing engines in which the groups are arranged in the same shape for each paragraph and the fitting bolt assembly turbine and the heat pump are provided in four stages together with the thrust bearing, the bearing and the rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar thermal engine with large injection propulsion output + horizontal axis (1h) with square turbine outer box at right angle to make rotating direction alternate heat insulation turbine + heat retention increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box, and the liquid metal is stored in an uplifted state. + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass. Various energy storage cycle coalescing engines in which blade groups are substantially the same shape for each stage, and a fitting bolt assembly turbine and a heat pump are provided in five stages together with a thrust bearing, a bearing, and a rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box, and the liquid metal is used for ascending storage + Acceleration with the pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Turbine blade group in each paragraph Various energy storage cycle coalescing engines in which the fitting bolt assembly turbine and the heat pump are provided in six stages together with thrust bearings, bearings, and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + Horizontal axis (1h) with square turbine outer box at right angle to make rotating direction alternate heat retaining turbine + Heat retention increasing sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending storage + Acceleration with the pressure divided and stored in the combustion gas calorie and mass or compressed air calorie and mass + The turbine blade group in each paragraph Various energy storage cycle coalescing engines in which fitting bolt assembly turbines and heat pumps are provided in seven stages together with thrust bearings, bearings, and a rectangular turbine outer box (77a) as substantially the same diameter.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Acceleration with pressure stored and divided into calorie and mass + Fully automatic processing possible The turbine blades are of the same shape and shape with the same diameter for each stage The fitting bolt assembly turbine and the heat pump are thrust bearings, bearings and rectangular turbine outer casing (77a) Various energy storage cycle coalescence engine provided in 8 stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air The turbine blade group of the turbine that can be accelerated and fully automatically machined by the pressure divided and stored in the amount of heat and mass is made into the same shape and the same shape for each stage, and the fitting bolt assembly turbine and the heat pump are installed in the thrust bearing, bearing, and square turbine outer box ) And various energy conservation cycle coalescence engines provided in 9 stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Turbine blades that can be accelerated and fully-automatically processed with pressure divided and stored in the amount of heat and mass are made to have the same diameter and the same shape for each stage, and the fitting bolt assembly turbine and heat pump are thrust bearings, bearings, and rectangular turbine casings ( 77a) Various energy storage cycle coalescence engines provided in 10 stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Accelerate with pressure divided and stored in calorie and mass + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump in one stage with thrust bearing, bearing and square turbine outer casing (77a) Various energy conservation cycle coalescence engines provided.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Acceleration with pressure stored separately in heat quantity and mass + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump in two stages together with thrust bearing, bearing and square turbine outer casing (77a) Various energy conservation cycle coalescence engines provided.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) in the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Combustion gas calorific value and Accelerates with mass or compressed air calorie and pressure divided and stored in mass + Fully automatic processing possible Turbine blades are set to the same shape and shape with the same diameter for each stage The bolt assembly turbine and heat pump are installed outside the thrust bearing, bearing, and square turbine Various energy conservation cycle coalescence engine provided in 3 stages with box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward + Driving various types of airplanes in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the rectangular turbine outer box and using the liquid metal for rising storage + Combustion gas calorific value and Accelerates by mass or compressed air calorie and pressure divided and stored in mass + turbine blade group capable of full-automatic processing is made to have the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump as thrust bearing, bearing and square turbine Various energy storage cycle coalescing engines provided in 4 stages together with the outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward + Driving various types of airplanes in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the rectangular turbine outer box and using the liquid metal for rising storage + Combustion gas calorific value and The turbine blades that can be accelerated and fully-automatically processed with the mass or compressed air heat quantity and mass are stored in the same diameter and approximately the same shape for each stage. The fitting bolt assembly turbine and heat pump are thrust bearings, bearings, and squares. Various energy storage cycle coalescence engine provided in five stages together with the turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward + Driving various types of airplanes in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the rectangular turbine outer box and using the liquid metal for rising storage + Combustion gas calorific value and Accelerate with mass or compressed air calorie and mass and save pressure + Turbine rotor blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) Various energy storage cycle coalescence engines provided in 6 stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward + Driving various types of airplanes in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the rectangular turbine outer box and using the liquid metal for rising storage + Combustion gas calorific value and Accelerate with mass or compressed air calorie and mass and save pressure + Turbine rotor blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) Various energy storage cycle coalescence engine provided in 7 stages.   Turbine multiple drive short-time coalescence engine injection section (78S) Liquid metal solar engine that makes large propulsion propulsion output + Accelerating the output sphere (2E) downward by gravity acceleration Turbine drive + Combined engine injection section (78S ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used. + The pressure divided and stored in the combustion gas calorie and mass or compressed air calorie and mass Acceleration + Fully automatic processing possible The turbine blades are of the same shape and shape with the same diameter for each stage, and the fitting bolt assembly turbine and heat pump are installed in 8 stages together with thrust bearings, bearings and rectangular turbine outer box (77a). Cycle coalescence engine.   Turbine multiple drive short-time coalescence engine injection section (78S) Liquid metal solar engine that makes large propulsion propulsion output + Accelerating the output sphere (2E) downward by gravity acceleration Turbine drive + Combined engine injection section (78S ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used. + The pressure divided and stored in the combustion gas calorie and mass or compressed air calorie and mass Acceleration + Fully automatic machining of turbine blades with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) in 9 stages Conservation cycle coalescence organization.   Turbine multiple drive short-time coalescence engine injection section (78S) Liquid metal solar engine that makes large propulsion propulsion output + Accelerating the output sphere (2E) downward by gravity acceleration Turbine drive + Combined engine injection section (78S ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used. + The pressure divided and stored in the combustion gas heat quantity and mass or compressed air heat quantity and mass Various types of turbine rotor blades capable of acceleration + fully automatic machining are provided in 10 stages together with thrust bearings, bearings, and a rectangular turbine outer casing (77a), with a bolt assembly turbine and a heat pump having the same diameter and shape of each stage. Energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalescence engine injection section (78S) Liquid metal solar engine that makes large propulsion propulsion output + Accelerating the output sphere (2E) downward by gravity acceleration Turbine drive + Combined engine injection section (78S ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used. + The pressure divided and stored in the combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines in which the rotor blade group of the acceleration + turbine has the same diameter and the same shape for each stage, and the fitting bolt assembly turbine and the heat pump are provided in one stage together with the thrust bearing, the bearing, and the rectangular turbine outer box (77a).   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used. Various energy storage cycle coalescing engines in which the rotor blade group of the acceleration + turbine has the same diameter and substantially the same shape for each paragraph, and the fitting bolt assembly turbine and the heat pump are provided in two stages together with the thrust bearing, the bearing, and the rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and used. + Divided and stored into combustion gas calorie and mass or compressed air calorie and mass Acceleration by pressure + Fully automatic machining The turbine rotor blade group has the same diameter and shape of each stage, and the fitting bolt assembly turbine and heat pump are provided in three stages with thrust bearings, bearings, and the rectangular turbine outer box (77a). Energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and used. + Divided and stored into combustion gas calorie and mass or compressed air calorie and mass Turbine blades that can be accelerated and fully automated by pressure are set to have the same diameter and shape of each stage, and a fitting bolt assembly turbine and a heat pump are provided in four stages together with a thrust bearing, a bearing, and a rectangular turbine outer casing (77a). Various energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and used. + Divided and stored into combustion gas calorie and mass or compressed air calorie and mass Turbine rotor blade group capable of acceleration + fully automatic machining by pressure is set to be approximately the same shape for each stage, and a fitting bolt assembly turbine and a heat pump are provided in five stages together with a thrust bearing, a bearing and a rectangular turbine outer casing (77a). Various energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is driven at right angles to square turbine outer box to drive alternating turbines in rotational direction + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and liquid metal is raised and used for storage + combustion gas calorie and mass or compressed air calorie and mass are stored separately Accelerating with pressure + Turbine blade group with the same diameter for each stage and fitting bolt assembly Turbine and heat pump are combined in 6 stages with thrust bearings, bearings and rectangular turbine outer box (77a). organ.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is driven at right angles to square turbine outer box to drive alternating turbines in rotational direction + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and liquid metal is raised and used for storage + combustion gas calorie and mass or compressed air calorie and mass are stored separately Accelerating with pressure + Turbine blade group with the same diameter and shape of each stage, Fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) in 7 stages organ.   Turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar thermal engine with large injection propulsion output + horizontal axis (1h) with square turbine outer box at right angle to make rotating direction alternate heat insulation turbine + heat retention increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box, and the liquid metal is used for ascending storage + Acceleration with the pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining turbine blade group The various energy storage cycle coalescing engines in which the fitting bolt assembly turbine and the heat pump are provided in eight stages together with the thrust bearing, the bearing and the rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar thermal engine with large injection propulsion output + horizontal axis (1h) with square turbine outer box at right angle to make rotating direction alternate heat insulation turbine + heat retention increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box, and the liquid metal is used for ascending and storing. + Acceleration with combustion gas calorie and mass or compressed air calorie and mass stored separately + Turbine blade capable of fully automatic processing Various energy storage cycle coalescing engines in which the group is made into the same shape and the same diameter for each paragraph, and the fitting bolt assembly turbine and the heat pump are provided in 9 stages together with the thrust bearing, the bearing and the rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar thermal engine with large injection propulsion output + horizontal axis (1h) with square turbine outer box at right angle to make rotating direction alternate heat insulation turbine + heat retention increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box, and the liquid metal is stored in an uplifted state. + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass. Various energy storage cycle coalescing engines in which the blade group is substantially the same shape for each stage, and the fitting bolt assembly turbine and the heat pump are provided in 10 stages together with the thrust bearing, the bearing and the rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box, and the liquid metal is used for ascending storage + Acceleration with the pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Turbine blade group in each paragraph Various energy storage cycle coalescing engines in which fitting bolt assembly turbines and heat pumps are provided in a single stage together with thrust bearings, bearings, and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box, and the liquid metal is used for ascending storage + Acceleration with the pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Turbine blade group in each paragraph Various energy storage cycle coalescing engines in which fitting bolt assembly turbines and heat pumps are provided in two stages together with thrust bearings, bearings, and a rectangular turbine outer box (77a) as substantially the same diameter.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Acceleration with pressure stored and divided into calorie and mass + Fully automatic processing possible The turbine blades are of the same shape and shape with the same diameter for each stage The fitting bolt assembly turbine and the heat pump are thrust bearings, bearings and rectangular turbine outer casing (77a) Various energy storage cycle coalescence engines provided in three stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air The turbine blade group of the turbine that can be accelerated and fully automatically machined by the pressure divided and stored in the amount of heat and mass is made into the same shape and the same shape for each stage, and the fitting bolt assembly turbine and the heat pump are installed in the thrust bearing, bearing, and square turbine outer box ) Combined with various energy storage cycle engines in 4 stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Turbine blades that can be accelerated and fully-automatically processed with pressure divided and stored in the amount of heat and mass are made to have the same diameter and the same shape for each stage, and the fitting bolt assembly turbine and heat pump are thrust bearings, bearings, and rectangular turbine casings ( 77a) Various energy storage cycle coalescence engines provided in five stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Accelerate with pressure divided and stored in calorie and mass + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump in 6 stages with thrust bearing, bearing and square turbine outer box (77a) Various energy conservation cycle coalescence engines provided.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Accelerate with pressure divided and stored in calorie and mass + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump in 7 stages with thrust bearing, bearing and square turbine outer box (77a) Various energy conservation cycle coalescence engines provided.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) in the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Combustion gas calorific value and Accelerates with mass or compressed air calorie and pressure divided and stored in mass + Fully automatic processing possible Turbine blades are set to the same shape and shape with the same diameter for each stage The bolt assembly turbine and heat pump are installed outside the thrust bearing, bearing, and square turbine Various energy storage cycle coalescence engine provided in 8 stages with box (77a)   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward + Driving various types of airplanes in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the rectangular turbine outer box and using the liquid metal for rising storage + Combustion gas calorific value and Accelerates by mass or compressed air calorie and pressure divided and stored in mass + turbine blade group capable of full-automatic processing is made to have the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump as thrust bearing, bearing and square turbine Various energy storage cycle coalescence engine provided in 9 stages with outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward + Driving various types of airplanes in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the rectangular turbine outer box and using the liquid metal for rising storage + Combustion gas calorific value and The turbine blades that can be accelerated and fully-automatically processed with the mass or compressed air heat quantity and mass are stored in the same diameter and approximately the same shape for each stage. The fitting bolt assembly turbine and heat pump are thrust bearings, bearings, and squares. Various energy storage cycle coalescence engines provided in 10 stages together with the turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward + Driving various types of airplanes in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the rectangular turbine outer box and using the liquid metal for rising storage + Combustion gas calorific value and Accelerate with mass or compressed air calorie and mass and save pressure + Turbine rotor blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) In addition, various energy conservation cycle coalescence engines provided in one stage.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) in the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Combustion gas calorific value and Accelerate with mass or compressed air calorie and mass and save pressure + Turbine rotor blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) Various energy storage cycle coalescence engines provided in two stages.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used. + The pressure divided and stored in the combustion gas calorie and mass or compressed air calorie and mass Acceleration + Fully automatic processing possible The turbine blades are of the same diameter and shape at each stage, and the fitting bolt assembly turbine and heat pump are provided in three stages together with thrust bearings, bearings, and the rectangular turbine outer box (77a). Cycle coalescence engine.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used. + The pressure divided and stored in the combustion gas heat quantity and mass or compressed air heat quantity and mass Acceleration + Fully automatic machining of turbine blades with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) in 4 stages Conservation cycle coalescence organization.   Turbine multiple drive short-time coalescence engine injection section (78S) Liquid metal solar engine that makes large propulsion propulsion output + Accelerating the output sphere (2E) downward by gravity acceleration Turbine drive + Combined engine injection section (78S ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used. + The pressure divided and stored in the combustion gas calorie and mass or compressed air calorie and mass Various types of turbine rotor blades capable of acceleration + fully automatic machining, with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump in five stages together with thrust bearings, bearings and rectangular turbine outer casing (77a) Energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalescence engine injection section (78S) Liquid metal solar engine that makes large propulsion propulsion output + Accelerating the output sphere (2E) downward by gravity acceleration Turbine drive + Combined engine injection section (78S ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used. + The pressure divided and stored in the combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines in which the rotor blade group of the acceleration + turbine has the same diameter and the same shape for each paragraph and the fitting bolt assembly turbine and the heat pump are provided in six stages together with the thrust bearing, the bearing, and the rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection section (78S) Liquid metal solar engine that makes large propulsion propulsion output + Accelerating the output sphere (2E) downward by gravity acceleration Turbine drive + Combined engine injection section (78S ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used. + The pressure divided and stored in the combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines in which the rotor blade group of the acceleration + turbine has the same diameter and the same shape for each paragraph and the fitting bolt assembly turbine and the heat pump are provided in seven stages together with the thrust bearing, the bearing and the rectangular turbine outer box (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is driven at right angles to square turbine outer box to drive alternating turbines in rotational direction + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage. Acceleration by pressure + Fully automatic processing possible Various types of turbine blades with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump in 8 stages with thrust bearings, bearings and rectangular turbine outer box (77a) Energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and used. + Divided and stored into combustion gas calorie and mass or compressed air calorie and mass Turbine blades that can be accelerated and fully automated by pressure, have the same diameter and shape of each stage, and are fitted with a bolt assembly turbine and heat pump in 9 stages along with thrust bearings, bearings, and a rectangular turbine outer casing (77a). Various energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and used. + Divided and stored into combustion gas calorie and mass or compressed air calorie and mass Turbine rotor blade group capable of acceleration + fully automatic machining by pressure is made to be approximately the same shape for each stage, and fitting bolt assembly turbine and heat pump are provided in 10 stages together with thrust bearing, bearing and square turbine outer box (77a) Various energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is driven at right angles to square turbine outer box to drive alternating turbines in rotational direction + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and liquid metal is raised and used for storage + combustion gas calorie and mass or compressed air calorie and mass are stored separately Accelerating with pressure + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) in one stage organ.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is driven at right angles to square turbine outer box to drive alternating turbines in rotational direction + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and liquid metal is raised and used for storage + combustion gas calorie and mass or compressed air calorie and mass are stored separately Accelerating with pressure + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) in two stages Combined with various energy conservation cycles organ.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the square turbine outer box, and the liquid metal is used for ascending storage + Acceleration with the pressure divided and stored in the combustion gas calorie and mass or compressed air calorie and mass + Fully automatic workable turbine blade group Various energy storage cycle coalescing engines in which the fitting bolt assembly turbine and the heat pump are provided in three stages together with the thrust bearing, the bearing and the rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + Horizontal axis (1h) with square turbine outer box at right angle to make rotating direction alternate heat retaining turbine + Heat retention increasing sphere rise Equipment (2F) is installed at the corner of the square turbine outer box, and the liquid metal is used for ascending and storing. + Acceleration with combustion gas calorie and mass or compressed air calorie and mass stored separately + Turbine blade capable of fully automatic processing Various energy storage cycle coalescing engines in which the groups are arranged in the same shape for each paragraph and the fitting bolt assembly turbine and the heat pump are provided in four stages together with the thrust bearing, the bearing and the rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar thermal engine with large injection propulsion output + horizontal axis (1h) with square turbine outer box at right angle to make rotating direction alternate heat insulation turbine + heat retention increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box, and the liquid metal is stored in an uplifted state. + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass. Various energy storage cycle coalescing engines in which blade groups are substantially the same shape for each stage, and a fitting bolt assembly turbine and a heat pump are provided in five stages together with a thrust bearing, a bearing, and a rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box, and the liquid metal is used for ascending storage + Acceleration with the pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Turbine blade group in each paragraph Various energy storage cycle coalescing engines in which the fitting bolt assembly turbine and the heat pump are provided in six stages together with thrust bearings, bearings, and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + Horizontal axis (1h) with square turbine outer box at right angle to make rotating direction alternate heat retaining turbine + Heat retention increasing sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending storage + Acceleration with the pressure divided and stored in the combustion gas calorie and mass or compressed air calorie and mass + The turbine blade group in each paragraph Various energy storage cycle coalescing engines in which fitting bolt assembly turbines and heat pumps are provided in seven stages together with thrust bearings, bearings, and a rectangular turbine outer box (77a) as substantially the same diameter.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Acceleration with pressure stored and divided into calorie and mass + Fully automatic processing possible The turbine blades are of the same shape and shape with the same diameter for each stage The fitting bolt assembly turbine and the heat pump are thrust bearings, bearings and rectangular turbine outer casing (77a) Various energy storage cycle coalescence engine provided in 8 stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air The turbine blade group of the turbine that can be accelerated and fully automatically machined by the pressure divided and stored in the amount of heat and mass is made into the same shape and the same shape for each stage, and the fitting bolt assembly turbine and the heat pump are installed in the thrust bearing, bearing, and square turbine outer box ) And various energy conservation cycle coalescence engines provided in 9 stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Turbine blades that can be accelerated and fully-automatically processed with pressure divided and stored in the amount of heat and mass are made to have the same diameter and the same shape for each stage, and the fitting bolt assembly turbine and heat pump are thrust bearings, bearings, and rectangular turbine casings ( 77a) Various energy storage cycle coalescence engines provided in 10 stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Accelerate with pressure divided and stored in calorie and mass + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump in one stage with thrust bearing, bearing and square turbine outer casing (77a) Various energy conservation cycle coalescence engines provided.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Acceleration with pressure stored separately in heat quantity and mass + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump in two stages together with thrust bearing, bearing and square turbine outer casing (77a) Various energy conservation cycle coalescence engines provided.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) in the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Combustion gas calorific value and Accelerates with mass or compressed air calorie and pressure divided and stored in mass + Fully automatic processing possible Turbine blades are set to the same shape and shape with the same diameter for each stage The bolt assembly turbine and heat pump are installed outside the thrust bearing, bearing, and square turbine Various energy conservation cycle coalescence engine provided in 3 stages with box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward + Driving various types of airplanes in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the rectangular turbine outer box and using the liquid metal for rising storage + Combustion gas calorific value and Accelerates by mass or compressed air calorie and pressure divided and stored in mass + turbine blade group capable of full-automatic processing is made to have the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump as thrust bearing, bearing and square turbine Various energy storage cycle coalescing engines provided in 4 stages together with the outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward + Driving various types of airplanes in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the rectangular turbine outer box and using the liquid metal for rising storage + Combustion gas calorific value and The turbine blades that can be accelerated and fully-automatically processed with the mass or compressed air heat quantity and mass are stored in the same diameter and approximately the same shape for each stage. The fitting bolt assembly turbine and heat pump are thrust bearings, bearings, and squares. Various energy storage cycle coalescence engine provided in five stages together with the turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward + Driving various types of airplanes in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the rectangular turbine outer box and using the liquid metal for rising storage + Combustion gas calorific value and Accelerate with mass or compressed air calorie and mass and save pressure + Turbine rotor blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) Various energy storage cycle coalescence engines provided in 6 stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward + Driving various types of airplanes in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the rectangular turbine outer box and using the liquid metal for rising storage + Combustion gas calorific value and Accelerate with mass or compressed air calorie and mass and save pressure + Turbine rotor blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) Various energy storage cycle coalescence engine provided in 7 stages.   Turbine multiple drive short-time coalescence engine injection section (78S) Liquid metal solar engine that makes large propulsion propulsion output + Accelerating the output sphere (2E) downward by gravity acceleration Turbine drive + Combined engine injection section (78S ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used. + The pressure divided and stored in the combustion gas calorie and mass or compressed air calorie and mass Acceleration + Fully automatic processing possible The turbine blades are of the same shape and shape with the same diameter for each stage, and the fitting bolt assembly turbine and heat pump are installed in 8 stages together with thrust bearings, bearings and rectangular turbine outer box (77a). Cycle coalescence engine.   Turbine multiple drive short-time coalescence engine injection section (78S) Liquid metal solar engine that makes large propulsion propulsion output + Accelerating the output sphere (2E) downward by gravity acceleration Turbine drive + Combined engine injection section (78S ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used. + The pressure divided and stored in the combustion gas calorie and mass or compressed air calorie and mass Acceleration + Fully automatic machining of turbine blades with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) in 9 stages Conservation cycle coalescence organization.   Turbine multiple drive short-time coalescence engine injection section (78S) Liquid metal solar engine that makes large propulsion propulsion output + Accelerating the output sphere (2E) downward by gravity acceleration Turbine drive + Combined engine injection section (78S ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used. + The pressure divided and stored in the combustion gas heat quantity and mass or compressed air heat quantity and mass Various types of turbine rotor blades capable of acceleration + fully automatic machining are provided in 10 stages together with thrust bearings, bearings, and a rectangular turbine outer casing (77a), with a bolt assembly turbine and a heat pump having the same diameter and shape of each stage. Energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalescence engine injection section (78S) Liquid metal solar engine that makes large propulsion propulsion output + Accelerating the output sphere (2E) downward by gravity acceleration Turbine drive + Combined engine injection section (78S ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used. + The pressure divided and stored in the combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines in which the rotor blade group of the acceleration + turbine has the same diameter and the same shape for each stage, and the fitting bolt assembly turbine and the heat pump are provided in one stage together with the thrust bearing, the bearing, and the rectangular turbine outer box (77a).   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used. Various energy storage cycle coalescing engines in which the rotor blade group of the acceleration + turbine has the same diameter and substantially the same shape for each paragraph, and the fitting bolt assembly turbine and the heat pump are provided in two stages together with the thrust bearing, the bearing, and the rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and used. + Divided and stored into combustion gas calorie and mass or compressed air calorie and mass Acceleration by pressure + Fully automatic machining The turbine rotor blade group has the same diameter and shape of each stage, and the fitting bolt assembly turbine and heat pump are provided in three stages with thrust bearings, bearings, and the rectangular turbine outer box (77a). Energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and used. + Divided and stored into combustion gas calorie and mass or compressed air calorie and mass Turbine blades that can be accelerated and fully automated by pressure are set to have the same diameter and shape of each stage, and a fitting bolt assembly turbine and a heat pump are provided in four stages together with a thrust bearing, a bearing, and a rectangular turbine outer casing (77a). Various energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and used. + Divided and stored into combustion gas calorie and mass or compressed air calorie and mass Turbine rotor blade group capable of acceleration + fully automatic machining by pressure is set to be approximately the same shape for each stage, and a fitting bolt assembly turbine and a heat pump are provided in five stages together with a thrust bearing, a bearing and a rectangular turbine outer casing (77a). Various energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is driven at right angles to square turbine outer box to drive alternating turbines in rotational direction + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and liquid metal is raised and used for storage + combustion gas calorie and mass or compressed air calorie and mass are stored separately Accelerating with pressure + Turbine blade group with the same diameter for each stage and fitting bolt assembly Turbine and heat pump are combined in 6 stages with thrust bearings, bearings and rectangular turbine outer box (77a). organ.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is driven at right angles to square turbine outer box to drive alternating turbines in rotational direction + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and liquid metal is raised and used for storage + combustion gas calorie and mass or compressed air calorie and mass are stored separately Accelerating with pressure + Turbine blade group with the same diameter and shape of each stage, Fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) in 7 stages organ.   Turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar thermal engine with large injection propulsion output + horizontal axis (1h) with square turbine outer box at right angle to make rotating direction alternate heat insulation turbine + heat retention increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box, and the liquid metal is used for ascending storage + Acceleration with the pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining turbine blade group The various energy storage cycle coalescing engines in which the fitting bolt assembly turbine and the heat pump are provided in eight stages together with the thrust bearing, the bearing and the rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar thermal engine with large injection propulsion output + horizontal axis (1h) with square turbine outer box at right angle to make rotating direction alternate heat insulation turbine + heat retention increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box, and the liquid metal is used for ascending and storing. + Acceleration with combustion gas calorie and mass or compressed air calorie and mass stored separately + Turbine blade capable of fully automatic processing Various energy storage cycle coalescing engines in which the group is made into the same shape and the same diameter for each paragraph, and the fitting bolt assembly turbine and the heat pump are provided in 9 stages together with the thrust bearing, the bearing and the rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar thermal engine with large injection propulsion output + horizontal axis (1h) with square turbine outer box at right angle to make rotating direction alternate heat insulation turbine + heat retention increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box, and the liquid metal is stored in an uplifted state. + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass. Various energy storage cycle coalescing engines in which the blade group is substantially the same shape for each stage, and the fitting bolt assembly turbine and the heat pump are provided in 10 stages together with the thrust bearing, the bearing and the rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box, and the liquid metal is used for ascending storage + Acceleration with the pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Turbine blade group in each paragraph Various energy storage cycle coalescing engines in which fitting bolt assembly turbines and heat pumps are provided in a single stage together with thrust bearings, bearings, and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box, and the liquid metal is used for ascending storage + Acceleration with the pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Turbine blade group in each paragraph Various energy storage cycle coalescing engines in which fitting bolt assembly turbines and heat pumps are provided in two stages together with thrust bearings, bearings, and a rectangular turbine outer box (77a) as substantially the same diameter.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Acceleration with pressure stored and divided into calorie and mass + Fully automatic processing possible The turbine blades are of the same shape and shape with the same diameter for each stage The fitting bolt assembly turbine and the heat pump are thrust bearings, bearings and rectangular turbine outer casing (77a) Various energy storage cycle coalescence engines provided in three stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air The turbine blade group of the turbine that can be accelerated and fully automatically machined by the pressure divided and stored in the amount of heat and mass is made into the same shape and the same shape for each stage, and the fitting bolt assembly turbine and the heat pump are installed in the thrust bearing, bearing, and square turbine outer box ) Combined with various energy storage cycle engines in 4 stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Turbine blades that can be accelerated and fully-automatically processed with pressure divided and stored in the amount of heat and mass are made to have the same diameter and the same shape for each stage, and the fitting bolt assembly turbine and heat pump are thrust bearings, bearings, and rectangular turbine casings ( 77a) Various energy storage cycle coalescence engines provided in five stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Accelerate with pressure divided and stored in calorie and mass + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump in 6 stages with thrust bearing, bearing and square turbine outer box (77a) Various energy conservation cycle coalescence engines provided.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Accelerate with pressure divided and stored in calorie and mass + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump in 7 stages with thrust bearing, bearing and square turbine outer box (77a) Various energy conservation cycle coalescence engines provided.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) in the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Combustion gas calorific value and Accelerates with mass or compressed air calorie and pressure divided and stored in mass + Fully automatic processing possible Turbine blades are set to the same shape and shape with the same diameter for each stage The bolt assembly turbine and heat pump are installed outside the thrust bearing, bearing, and square turbine Various energy storage cycle coalescence engine provided in 8 stages with box (77a)   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward + Driving various types of airplanes in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the rectangular turbine outer box and using the liquid metal for rising storage + Combustion gas calorific value and Accelerates by mass or compressed air calorie and pressure divided and stored in mass + turbine blade group capable of full-automatic processing is made to have the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump as thrust bearing, bearing and square turbine Various energy storage cycle coalescence engine provided in 9 stages with outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward + Driving various types of airplanes in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the rectangular turbine outer box and using the liquid metal for rising storage + Combustion gas calorific value and The turbine blades that can be accelerated and fully-automatically processed with the mass or compressed air heat quantity and mass are stored in the same diameter and approximately the same shape for each stage. The fitting bolt assembly turbine and heat pump are thrust bearings, bearings, and squares. Various energy storage cycle coalescence engines provided in 10 stages together with the turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward + Driving various types of airplanes in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the rectangular turbine outer box and using the liquid metal for rising storage + Combustion gas calorific value and Accelerate with mass or compressed air calorie and mass and save pressure + Turbine rotor blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) In addition, various energy conservation cycle coalescence engines provided in one stage.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) in the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Combustion gas calorific value and Accelerate with mass or compressed air calorie and mass and save pressure + Turbine rotor blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) Various energy storage cycle coalescence engines provided in two stages.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used. + The pressure divided and stored in the combustion gas calorie and mass or compressed air calorie and mass Acceleration + Fully automatic processing possible The turbine blades are of the same diameter and shape at each stage, and the fitting bolt assembly turbine and heat pump are provided in three stages together with thrust bearings, bearings, and the rectangular turbine outer box (77a). Cycle coalescence engine.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used. + The pressure divided and stored in the combustion gas heat quantity and mass or compressed air heat quantity and mass Acceleration + Fully automatic machining of turbine blades with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) in 4 stages Conservation cycle coalescence organization.   Turbine multiple drive short-time coalescence engine injection section (78S) Liquid metal solar engine that makes large propulsion propulsion output + Accelerating the output sphere (2E) downward by gravity acceleration Turbine drive + Combined engine injection section (78S ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used. + The pressure divided and stored in the combustion gas calorie and mass or compressed air calorie and mass Various types of turbine rotor blades capable of acceleration + fully automatic machining, with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump in five stages together with thrust bearings, bearings and rectangular turbine outer casing (77a) Energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalescence engine injection section (78S) Liquid metal solar engine that makes large propulsion propulsion output + Accelerating the output sphere (2E) downward by gravity acceleration Turbine drive + Combined engine injection section (78S ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used. + The pressure divided and stored in the combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines in which the rotor blade group of the acceleration + turbine has the same diameter and the same shape for each paragraph and the fitting bolt assembly turbine and the heat pump are provided in six stages together with the thrust bearing, the bearing, and the rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection section (78S) Liquid metal solar engine that makes large propulsion propulsion output + Accelerating the output sphere (2E) downward by gravity acceleration Turbine drive + Combined engine injection section (78S ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used. + The pressure divided and stored in the combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines in which the rotor blade group of the acceleration + turbine has the same diameter and the same shape for each paragraph and the fitting bolt assembly turbine and the heat pump are provided in seven stages together with the thrust bearing, the bearing and the rectangular turbine outer box (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is driven at right angles to square turbine outer box to drive alternating turbines in rotational direction + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage. Acceleration by pressure + Fully automatic processing possible Various types of turbine blades with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump in 8 stages with thrust bearings, bearings and rectangular turbine outer box (77a) Energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and used. + Divided and stored into combustion gas calorie and mass or compressed air calorie and mass Turbine blades that can be accelerated and fully automated by pressure, have the same diameter and shape of each stage, and are fitted with a bolt assembly turbine and heat pump in 9 stages along with thrust bearings, bearings, and a rectangular turbine outer casing (77a). Various energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and used. + Divided and stored into combustion gas calorie and mass or compressed air calorie and mass Turbine rotor blade group capable of acceleration + fully automatic machining by pressure is made to be approximately the same shape for each stage, and fitting bolt assembly turbine and heat pump are provided in 10 stages together with thrust bearing, bearing and square turbine outer box (77a) Various energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is driven at right angles to square turbine outer box to drive alternating turbines in rotational direction + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and liquid metal is raised and used for storage + combustion gas calorie and mass or compressed air calorie and mass are stored separately Accelerating with pressure + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) in one stage organ.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is driven at right angles to square turbine outer box to drive alternating turbines in rotational direction + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and liquid metal is raised and used for storage + combustion gas calorie and mass or compressed air calorie and mass are stored separately Accelerating with pressure + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) in two stages Combined with various energy conservation cycles organ.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the square turbine outer box, and the liquid metal is used for ascending storage + Acceleration with the pressure divided and stored in the combustion gas calorie and mass or compressed air calorie and mass + Fully automatic workable turbine blade group Various energy storage cycle coalescing engines in which the fitting bolt assembly turbine and the heat pump are provided in three stages together with the thrust bearing, the bearing and the rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + Horizontal axis (1h) with square turbine outer box at right angle to make rotating direction alternate heat retaining turbine + Heat retention increasing sphere rise Equipment (2F) is installed at the corner of the square turbine outer box, and the liquid metal is used for ascending and storing. + Acceleration with combustion gas calorie and mass or compressed air calorie and mass stored separately + Turbine blade capable of fully automatic processing Various energy storage cycle coalescing engines in which the groups are arranged in the same shape for each paragraph and the fitting bolt assembly turbine and the heat pump are provided in four stages together with the thrust bearing, the bearing and the rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar thermal engine with large injection propulsion output + horizontal axis (1h) with square turbine outer box at right angle to make rotating direction alternate heat insulation turbine + heat retention increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box, and the liquid metal is stored in an uplifted state. + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass. Various energy storage cycle coalescing engines in which blade groups are substantially the same shape for each stage, and a fitting bolt assembly turbine and a heat pump are provided in five stages together with a thrust bearing, a bearing, and a rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box, and the liquid metal is used for ascending storage + Acceleration with the pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Turbine blade group in each paragraph Various energy storage cycle coalescing engines in which the fitting bolt assembly turbine and the heat pump are provided in six stages together with thrust bearings, bearings, and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + Horizontal axis (1h) with square turbine outer box at right angle to make rotating direction alternate heat retaining turbine + Heat retention increasing sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending storage + Acceleration with the pressure divided and stored in the combustion gas calorie and mass or compressed air calorie and mass + The turbine blade group in each paragraph Various energy storage cycle coalescing engines in which fitting bolt assembly turbines and heat pumps are provided in seven stages together with thrust bearings, bearings, and a rectangular turbine outer box (77a) as substantially the same diameter.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Acceleration with pressure stored and divided into calorie and mass + Fully automatic processing possible The turbine blades are of the same shape and shape with the same diameter for each stage The fitting bolt assembly turbine and the heat pump are thrust bearings, bearings and rectangular turbine outer casing (77a) Various energy storage cycle coalescence engine provided in 8 stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air The turbine blade group of the turbine that can be accelerated and fully automatically machined by the pressure divided and stored in the amount of heat and mass is made into the same shape and the same shape for each stage, and the fitting bolt assembly turbine and the heat pump are installed in the thrust bearing, bearing, and square turbine outer box ) And various energy conservation cycle coalescence engines provided in 9 stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Turbine blades that can be accelerated and fully-automatically processed with pressure divided and stored in the amount of heat and mass are made to have the same diameter and the same shape for each stage, and the fitting bolt assembly turbine and heat pump are thrust bearings, bearings, and rectangular turbine casings ( 77a) Various energy storage cycle coalescence engines provided in 10 stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Accelerate with pressure divided and stored in calorie and mass + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump in one stage with thrust bearing, bearing and square turbine outer casing (77a) Various energy conservation cycle coalescence engines provided.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Acceleration with pressure stored separately in heat quantity and mass + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump in two stages together with thrust bearing, bearing and square turbine outer casing (77a) Various energy conservation cycle coalescence engines provided.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) in the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Combustion gas calorific value and Accelerates with mass or compressed air calorie and pressure divided and stored in mass + Fully automatic processing possible Turbine blades are set to the same shape and shape with the same diameter for each stage The bolt assembly turbine and heat pump are installed outside the thrust bearing, bearing, and square turbine Various energy conservation cycle coalescence engine provided in 3 stages with box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward + Driving various types of airplanes in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the rectangular turbine outer box and using the liquid metal for rising storage + Combustion gas calorific value and Accelerates by mass or compressed air calorie and pressure divided and stored in mass + turbine blade group capable of full-automatic processing is made to have the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump as thrust bearing, bearing and square turbine Various energy storage cycle coalescing engines provided in 4 stages together with the outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward + Driving various types of airplanes in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the rectangular turbine outer box and using the liquid metal for rising storage + Combustion gas calorific value and The turbine blades that can be accelerated and fully-automatically processed with the mass or compressed air heat quantity and mass are stored in the same diameter and approximately the same shape for each stage. The fitting bolt assembly turbine and heat pump are thrust bearings, bearings, and squares. Various energy storage cycle coalescence engine provided in five stages together with the turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward + Driving various types of airplanes in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the rectangular turbine outer box and using the liquid metal for rising storage + Combustion gas calorific value and Accelerate with mass or compressed air calorie and mass and save pressure + Turbine rotor blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) Various energy storage cycle coalescence engines provided in 6 stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward + Driving various types of airplanes in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the rectangular turbine outer box and using the liquid metal for rising storage + Combustion gas calorific value and Accelerate with mass or compressed air calorie and mass and save pressure + Turbine rotor blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) Various energy storage cycle coalescence engine provided in 7 stages.   Turbine multiple drive short-time coalescence engine injection section (78S) Liquid metal solar engine that makes large propulsion propulsion output + Accelerating the output sphere (2E) downward by gravity acceleration Turbine drive + Combined engine injection section (78S ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used. + The pressure divided and stored in the combustion gas calorie and mass or compressed air calorie and mass Acceleration + Fully automatic processing possible The turbine blades are of the same shape and shape with the same diameter for each stage, and the fitting bolt assembly turbine and heat pump are installed in 8 stages together with thrust bearings, bearings and rectangular turbine outer box (77a). Cycle coalescence engine.   Turbine multiple drive short-time coalescence engine injection section (78S) Liquid metal solar engine that makes large propulsion propulsion output + Accelerating the output sphere (2E) downward by gravity acceleration Turbine drive + Combined engine injection section (78S ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used. + The pressure divided and stored in the combustion gas calorie and mass or compressed air calorie and mass Acceleration + Fully automatic machining of turbine blades with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) in 9 stages Conservation cycle coalescence organization.   Turbine multiple drive short-time coalescence engine injection section (78S) Liquid metal solar engine that makes large propulsion propulsion output + Accelerating the output sphere (2E) downward by gravity acceleration Turbine drive + Combined engine injection section (78S ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used. + The pressure divided and stored in the combustion gas heat quantity and mass or compressed air heat quantity and mass Various types of turbine rotor blades capable of acceleration + fully automatic machining are provided in 10 stages together with thrust bearings, bearings, and a rectangular turbine outer casing (77a), with a bolt assembly turbine and a heat pump having the same diameter and shape of each stage. Energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalescence engine injection section (78S) Liquid metal solar engine that makes large propulsion propulsion output + Accelerating the output sphere (2E) downward by gravity acceleration Turbine drive + Combined engine injection section (78S ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used. + The pressure divided and stored in the combustion gas calorie and mass or compressed air calorie and mass Various energy storage cycle coalescing engines in which the rotor blade group of the acceleration + turbine has the same diameter and the same shape for each stage, and the fitting bolt assembly turbine and the heat pump are provided in one stage together with the thrust bearing, the bearing, and the rectangular turbine outer box (77a).   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used. Various energy storage cycle coalescing engines in which the rotor blade group of the acceleration + turbine has the same diameter and substantially the same shape for each paragraph, and the fitting bolt assembly turbine and the heat pump are provided in two stages together with the thrust bearing, the bearing, and the rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and used. + Divided and stored into combustion gas calorie and mass or compressed air calorie and mass Acceleration by pressure + Fully automatic machining The turbine rotor blade group has the same diameter and shape of each stage, and the fitting bolt assembly turbine and heat pump are provided in three stages with thrust bearings, bearings, and the rectangular turbine outer box (77a). Energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and used. + Divided and stored into combustion gas calorie and mass or compressed air calorie and mass Turbine blades that can be accelerated and fully automated by pressure are set to have the same diameter and shape of each stage, and a fitting bolt assembly turbine and a heat pump are provided in four stages together with a thrust bearing, a bearing, and a rectangular turbine outer casing (77a). Various energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and used. + Divided and stored into combustion gas calorie and mass or compressed air calorie and mass Turbine rotor blade group capable of acceleration + fully automatic machining by pressure is set to be approximately the same shape for each stage, and a fitting bolt assembly turbine and a heat pump are provided in five stages together with a thrust bearing, a bearing and a rectangular turbine outer casing (77a). Various energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is driven at right angles to square turbine outer box to drive alternating turbines in rotational direction + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and liquid metal is raised and used for storage + combustion gas calorie and mass or compressed air calorie and mass are stored separately Accelerating with pressure + Turbine blade group with the same diameter for each stage and fitting bolt assembly Turbine and heat pump are combined in 6 stages with thrust bearings, bearings and rectangular turbine outer box (77a). organ.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is driven at right angles to square turbine outer box to drive alternating turbines in rotational direction + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and liquid metal is raised and used for storage + combustion gas calorie and mass or compressed air calorie and mass are stored separately Accelerating with pressure + Turbine blade group with the same diameter and shape of each stage, Fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) in 7 stages organ.   Turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar thermal engine with large injection propulsion output + horizontal axis (1h) with square turbine outer box at right angle to make rotating direction alternate heat insulation turbine + heat retention increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box, and the liquid metal is used for ascending storage + Acceleration with the pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Fully automatic machining turbine blade group The various energy storage cycle coalescing engines in which the fitting bolt assembly turbine and the heat pump are provided in eight stages together with the thrust bearing, the bearing and the rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar thermal engine with large injection propulsion output + horizontal axis (1h) with square turbine outer box at right angle to make rotating direction alternate heat insulation turbine + heat retention increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box, and the liquid metal is used for ascending and storing. + Acceleration with combustion gas calorie and mass or compressed air calorie and mass stored separately + Turbine blade capable of fully automatic processing Various energy storage cycle coalescing engines in which the group is made into the same shape and the same diameter for each paragraph, and the fitting bolt assembly turbine and the heat pump are provided in 9 stages together with the thrust bearing, the bearing and the rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) liquid metal solar thermal engine with large injection propulsion output + horizontal axis (1h) with square turbine outer box at right angle to make rotating direction alternate heat insulation turbine + heat retention increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box, and the liquid metal is stored in an uplifted state. + Acceleration with pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass. Various energy storage cycle coalescing engines in which the blade group is substantially the same shape for each stage, and the fitting bolt assembly turbine and the heat pump are provided in 10 stages together with the thrust bearing, the bearing and the rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box, and the liquid metal is used for ascending storage + Acceleration with the pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Turbine blade group in each paragraph Various energy storage cycle coalescing engines in which fitting bolt assembly turbines and heat pumps are provided in a single stage together with thrust bearings, bearings, and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box, and the liquid metal is used for ascending storage + Acceleration with the pressure divided and stored in combustion gas calorie and mass or compressed air calorie and mass + Turbine blade group in each paragraph Various energy storage cycle coalescing engines in which fitting bolt assembly turbines and heat pumps are provided in two stages together with thrust bearings, bearings, and a rectangular turbine outer box (77a) as substantially the same diameter.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Acceleration with pressure stored and divided into calorie and mass + Fully automatic processing possible The turbine blades are of the same shape and shape with the same diameter for each stage The fitting bolt assembly turbine and the heat pump are thrust bearings, bearings and rectangular turbine outer casing (77a) Various energy storage cycle coalescence engines provided in three stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air The turbine blade group of the turbine that can be accelerated and fully automatically machined by the pressure divided and stored in the amount of heat and mass is made into the same shape and the same shape for each stage, and the fitting bolt assembly turbine and the heat pump are installed in the thrust bearing, bearing, and square turbine outer box ) Combined with various energy storage cycle engines in 4 stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Turbine blades that can be accelerated and fully-automatically processed with pressure divided and stored in the amount of heat and mass are made to have the same diameter and the same shape for each stage, and the fitting bolt assembly turbine and heat pump are thrust bearings, bearings, and rectangular turbine casings ( 77a) Various energy storage cycle coalescence engines provided in five stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Accelerate with pressure divided and stored in calorie and mass + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump in 6 stages with thrust bearing, bearing and square turbine outer box (77a) Various energy conservation cycle coalescence engines provided.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Combustion gas heat quantity and mass or compressed air Accelerate with pressure divided and stored in calorie and mass + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump in 7 stages with thrust bearing, bearing and square turbine outer box (77a) Various energy conservation cycle coalescence engines provided.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) in the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Combustion gas calorific value and Accelerates with mass or compressed air calorie and pressure divided and stored in mass + Fully automatic processing possible Turbine blades are set to the same shape and shape with the same diameter for each stage The bolt assembly turbine and heat pump are installed outside the thrust bearing, bearing, and square turbine Various energy storage cycle coalescence engine provided in 8 stages with box (77a)   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward + Driving various types of airplanes in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the rectangular turbine outer box and using the liquid metal for rising storage + Combustion gas calorific value and Accelerates by mass or compressed air calorie and pressure divided and stored in mass + turbine blade group capable of full-automatic processing is made to have the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump as thrust bearing, bearing and square turbine Various energy storage cycle coalescence engine provided in 9 stages with outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward + Driving various types of airplanes in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the rectangular turbine outer box and using the liquid metal for rising storage + Combustion gas calorific value and The turbine blades that can be accelerated and fully-automatically processed with the mass or compressed air heat quantity and mass are stored in the same diameter and approximately the same shape for each stage. The fitting bolt assembly turbine and heat pump are thrust bearings, bearings, and squares. Various energy storage cycle coalescence engines provided in 10 stages together with the turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward + Driving various types of airplanes in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the rectangular turbine outer box and using the liquid metal for rising storage + Combustion gas calorific value and Accelerate with mass or compressed air calorie and mass and save pressure + Turbine rotor blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) In addition, various energy conservation cycle coalescence engines provided in one stage.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) in the corner of the outer corner of the square turbine to use the liquid metal ascending and storing + Combustion gas calorific value and Accelerate with mass or compressed air calorie and mass and save pressure + Turbine rotor blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) Various energy storage cycle coalescence engines provided in two stages.   Turbine multiple drive short-time coalescence engine injection section (78S) Liquid metal solar engine that makes large propulsion propulsion output + Accelerating the output sphere (2E) downward by gravity acceleration Turbine drive + Combined engine injection section (78S ) Driving propulsion force + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and stored. + Solar heated air is compressed and heated and cooled. Various energy storage cycle coalescing engines in which the blade groups are substantially the same shape for each stage, and the fitting bolt assembly turbine and heat pump are provided in three stages together with thrust bearings, bearings, and a rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalescence engine injection section (78S) Liquid metal solar engine that makes large propulsion propulsion output + Accelerating the output sphere (2E) downward by gravity acceleration Turbine drive + Combined engine injection section (78S ) Driving propulsion force + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and stored + Solar heated air is compressed and heated and cooled + Turbine capable of fully automatic processing Various energy storage cycle coalescing engines in which the rotor blade group of each stage is substantially the same shape for each stage, and the fitting bolt assembly turbine and the heat pump are provided in four stages together with the thrust bearing, the bearing and the rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalescence engine injection section (78S) Liquid metal solar engine that makes large propulsion propulsion output + Accelerating the output sphere (2E) downward by gravity acceleration Turbine drive + Combined engine injection section (78S ) Driving propulsion force + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and stored + Solar heated air is compressed and heated and cooled + Fully automatic processing is possible Various energy storage cycle coalescing engines in which the turbine blade groups are substantially the same shape for each paragraph, and the fitting bolt assembly turbine and heat pump are provided in five stages together with thrust bearings, bearings, and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection section (78S) Liquid metal solar engine that makes large propulsion propulsion output + Accelerating the output sphere (2E) downward by gravity acceleration Turbine drive + Combined engine injection section (78S ) Drives the propulsion force + Insulates and heats up sphere lift device (2F) at the corner of the square turbine outer box and uses the liquid metal ascending and storing + Solar heating air is compressed and heated and cooled + The turbine blades Various energy storage cycle coalescing engines in which the fitting bolt assembly turbine and heat pump are provided in six stages together with thrust bearings, bearings, and a rectangular turbine outer casing (77a) with the same diameter and substantially the same shape for each paragraph.   Turbine multiple drive short-time coalescence engine injection section (78S) Liquid metal solar engine that makes large propulsion propulsion output + Accelerating the output sphere (2E) downward by gravity acceleration Turbine drive + Combined engine injection section (78S ) Drives the propulsion force + Insulates and heats up ball riser (2F) at the corner of the square turbine outer casing and uses the liquid metal to save and use + Solar heating air is compressed hot and cold manufacturing + Turbine blade group Various energy storage cycle coalescing engines in which a fitting bolt assembly turbine and a heat pump are provided in seven stages together with a thrust bearing, a bearing, and a rectangular turbine outer casing (77a) as each paragraph having the same diameter and shape.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine for large injection propulsion output + Configuration and method for accelerating output increase sphere (2E) + Intake air path length lens and solar heating / cooling manufacture with sunlight + A warming-increasing sphere raising device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and stored and used. + Solar heated air is compressed and heated and cooled. + Fully automatic processing possible. Various energy storage cycle coalescing engines in which fitting bolt assembly turbines and heat pumps are provided in eight stages with a thrust bearing, a bearing, and a rectangular turbine outer box (77a) as substantially the same diameter.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine for large injection propulsion output + Configuration and method for accelerating output augmenting sphere (2E) + Intake air path length lens and solar heating / cooling manufacture with sunlight + A warming-increasing sphere raising device (2F) is installed at the corner of the square turbine outer box to save and use liquid metal. + Solar heated air is compressed and heated and cooled. Various energy storage cycle coalescence engines with fitting bolt assembly turbines and heat pumps of the same diameter and substantially the same shape, provided in 9 stages together with thrust bearings, bearings and square turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine for large injection propulsion output + Configuration and method for accelerating output increase sphere (2E) + Intake air path length lens and solar heating / cooling manufacture with sunlight + A warming and increasing ball lifting device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and stored. + Solar heated air is compressed and heated and cooled. Various energy storage cycle coalescing engines in which fitting bolt assembly turbines and heat pumps are provided in 10 stages together with thrust bearings, bearings and a rectangular turbine outer box (77a), each having the same diameter and substantially the same shape.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine for large injection propulsion output + Configuration and method for accelerating output augmenting sphere (2E) + Intake air path length lens and solar heating / cooling manufacture with sunlight + A warming and increasing sphere raising device (2F) is installed at the corner of the square turbine outer box to save and use liquid metal. + Solar heated air is compressed and heated and cooled. Various energy storage cycle coalescing engines in which a fitting bolt assembly turbine and a heat pump are provided in one stage together with a thrust bearing, a bearing and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine for large injection propulsion output + Configuration and method for accelerating output augmenting sphere (2E) + Intake air path length lens and solar heating / cooling manufacture with sunlight + A warming and increasing sphere raising device (2F) is installed at the corner of the square turbine outer box to save and use liquid metal. + Solar heated air is compressed and heated and cooled. Various energy storage cycle coalescing engines in which a fitting bolt assembly turbine and a heat pump are provided in two stages together with a thrust bearing, a bearing and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine for large injection propulsion output + Configuration and method for accelerating output augmenting sphere (2E) + Intake air path length lens and solar heating / cooling manufacture with sunlight + A warming-increasing sphere raising device (2F) is installed at the corner of the square turbine outer box to save and use liquid metal. + Solar heated air is compressed and heated and cooled. + Fully automatic processing possible. Various energy storage cycle coalescing engines in which fitting bolt assembly turbines and heat pumps are provided in three stages with thrust bearings, bearings, and a rectangular turbine outer casing (77a) as substantially the same diameter.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine for large injection propulsion output + Configuration and method for accelerating output increase sphere (2E) + Intake air path length lens and solar heating / cooling manufacture with sunlight + A warming-increasing sphere raising device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and stored. + Solar heated air is compressed and heated and cooled. Various energy storage cycle coalescing engines with fitting bolt assembly turbines and heat pumps having the same diameter and substantially the same shape as thrust bearings, bearings, and a rectangular turbine outer box (77a) in four stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine for large injection propulsion output + Configuration and method for accelerating output augmenting sphere (2E) + Intake air path length lens and solar heating / cooling manufacture with sunlight + A warming and increasing ball lifting device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and stored. + Solar heated air is compressed and heated and cooled. Various energy storage cycle coalescing engines in which fitting bolt assembly turbines and heat pumps are provided in five stages together with thrust bearings and bearings and a rectangular turbine outer casing (77a), each having the same diameter and substantially the same shape.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine for large injection propulsion output + Configuration and method for accelerating output augmenting sphere (2E) + Intake air path length lens and solar heating / cooling manufacture with sunlight + A warming and increasing sphere raising device (2F) is installed at the corner of the square turbine outer box to save and use liquid metal. + Solar heated air is compressed and heated and cooled. Various energy storage cycle coalescing engines in which a fitting bolt assembly turbine and a heat pump are provided in six stages together with a thrust bearing, a bearing and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine for large injection propulsion output + Configuration and method for accelerating output augmenting sphere (2E) + Intake air path length lens and solar heating / cooling manufacture with sunlight + A warming and increasing sphere raising device (2F) is installed at the corner of the square turbine outer box to save and use liquid metal. + Solar heated air is compressed and heated and cooled. Various energy storage cycle coalescing engines in which a fitting bolt assembly turbine and a heat pump are provided in seven stages together with a thrust bearing, a bearing and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection driving force + Insulates and uses liquid thermal riser by installing heat-increasing sphere raising device (2F) at corner of outer corner of square turbine + Solar heating Air can be compressed and heated and cooled + Fully automatic processable The turbine blades are of the same shape and the same shape for each stage, and the fitting bolt assembly turbine and heat pump are combined with thrust bearings, bearings, and a rectangular turbine outer box (77a) in 8 stages. Various energy conservation cycle coalescence engine established in   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying ships with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal rises by installing a heat-retaining and increasing ball raising device (2F) at the corner of the rectangular turbine outer casing + Solar heating The turbine blades of the turbine capable of compressing hot and cold manufacturing + fully automatic processing and having the same diameter and the same shape for each stage are fitted with a bolt assembly turbine and a heat pump together with thrust bearings, bearings and a rectangular turbine outer casing (77a). Various energy conservation cycle coalescence engine installed in the stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying ships with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal rises by installing a heat-retaining and increasing ball raising device (2F) at the corner of the rectangular turbine outer casing + Solar heating Turbine blades capable of compressing hot and cold production and fully automatic machining with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump together with thrust bearing, bearing and square turbine outer box (77a) Various energy conservation cycle coalescence engine provided in 10 stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection driving force + Insulates and uses liquid thermal riser by installing heat-increasing sphere raising device (2F) at corner of outer corner of square turbine + Solar heating Compressed hot / cold air and air production + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) in one stage Energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Drives + Drives various flying ships with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal rises by installing a heat-retaining and increasing ball raising device (2F) at the corner of the rectangular turbine outer casing + Solar heating Compressed and heated air and cold production + turbine blades with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) in two stages Energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection driving force + Insulates and uses liquid thermal riser by installing heat-increasing sphere raising device (2F) at corner of outer corner of square turbine + Solar heating Air can be compressed and heated and cooled + Fully automatic processable The turbine blades have the same diameter and shape of each stage, and the fitting bolt assembly turbine and heat pump are combined with thrust bearings, bearings, and the rectangular turbine outer box (77a) in three stages. Various energy conservation cycle coalescence engine established in.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection driving force + Insulates and uses liquid thermal riser by installing heat-increasing sphere raising device (2F) at corner of outer corner of square turbine + Solar heating Air can be compressed and heated and cooled + Fully automatic processable The rotor blade group of the turbine has the same diameter and shape of each stage, and the fitting bolt assembly turbine and heat pump are combined with thrust bearings, bearings, and the rectangular turbine outer casing (77a) in four stages. Various energy conservation cycle coalescence engine established in.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying ships with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal rises by installing a heat-retaining and increasing ball raising device (2F) at the corner of the rectangular turbine outer casing + Solar heating Air can be compressed and heated and cooled + Fully automatic processable The blades of the turbine have the same diameter and the same shape for each stage, and the fitting bolt assembly turbine and heat pump are combined with thrust bearings, bearings, and the rectangular turbine outer box (77a) in five stages. Various energy conservation cycle coalescence engine established in.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection driving force + Insulates and uses liquid thermal riser by installing heat-increasing sphere raising device (2F) at corner of outer corner of square turbine + Solar heating Compressed hot / cold air and air production + Fully automatic processable The rotor blades of the turbine have the same diameter and shape of each stage, and the fitting bolt assembly turbine and heat pump are combined with thrust bearings, bearings, and a square turbine outer box (77a) in six stages. Various energy conservation cycle coalescence engine established in.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection driving force + Insulates and uses liquid thermal riser by installing heat-increasing sphere raising device (2F) at corner of outer corner of square turbine + Solar heating Air can be compressed and heated and cooled + Fully automatic processable The turbine blades are almost the same shape for each stage, and the assembly bolt assembly turbine and heat pump are combined with thrust bearings, bearings, and a rectangular turbine outer box (77a) in 7 stages. Various energy conservation cycle coalescence engine established in.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying ships with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal rises by installing a heat-retaining and increasing ball raising device (2F) at the corner of the rectangular turbine outer casing + Solar heating Compressed hot / cold heat and cold production + Fully automatic machining of turbine blades with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump together with thrust bearing, bearing and square turbine outer box (77a) 8 Various energy conservation cycle coalescence engine installed in the stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying ships with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal rises by installing a heat-retaining and increasing ball raising device (2F) at the corner of the rectangular turbine outer casing + Solar heating The turbine blades of the turbine capable of compressing hot and cold manufacturing + fully automatic processing and having the same diameter and the same shape for each stage are fitted with a bolt assembly turbine and a heat pump together with thrust bearings, bearings and a rectangular turbine outer casing (77a). Various energy conservation cycle coalescence engine installed in the stage.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection driving force + Insulates and uses liquid thermal riser by installing heat-increasing sphere raising device (2F) at corner of outer corner of square turbine + Solar heating The turbine blades of the turbine capable of compressing hot and cold production and fully automatic processing with the same diameter and the same shape for each stage are fitted with a fitting bolt assembly turbine and a heat pump together with a thrust bearing, a bearing and a rectangular turbine outer box (77a). Various energy conservation cycle coalescence engine installed in the stage.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection driving force + Insulates and uses liquid thermal riser by installing heat-increasing sphere raising device (2F) at corner of outer corner of square turbine + Solar heating Compressed hot / cold heat and air production + Fully automatic machining of turbine blades with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) Various energy conservation cycle coalescence engine installed in the stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying ships with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal rises by installing a heat-retaining and increasing ball raising device (2F) at the corner of the rectangular turbine outer casing + Solar heating Compressed hot / cold air and air production + Fully automatic machining of turbine blades with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) Various energy conservation cycle coalescence engine installed in the stage.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection driving force + Insulates and uses liquid thermal riser by installing heat-increasing sphere raising device (2F) at corner of outer corner of square turbine + Solar heating Compressed hot / cold heat and cold production + Fully automatic machining of turbine blades with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump together with thrust bearing, bearing and square turbine outer box (77a) Various energy storage cycle coalescing engine in 3 stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection driving force + Insulates and uses liquid thermal riser by installing heat-increasing sphere raising device (2F) at corner of outer corner of square turbine + Solar heating Compressed hot / cold heat and cold production + Fully automatic machining of turbine blades with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump together with thrust bearing, bearing and square turbine outer box (77a) Various energy storage cycle coalescence engine provided in 4 stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying ships with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal rises by installing a heat-retaining and increasing ball raising device (2F) at the corner of the rectangular turbine outer casing + Solar heating Turbine blades capable of compressing hot and cold production and fully automatic machining with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump together with thrust bearing, bearing and square turbine outer box (77a) Various energy storage cycle coalescence engine provided in 5 stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection driving force + Insulates and uses liquid thermal riser by installing heat-increasing sphere raising device (2F) at corner of outer corner of square turbine + Solar heating Compressed hot / cold heat and cold production + Fully automatic machining of turbine blades with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump together with thrust bearing, bearing and square turbine outer box (77a) Various energy storage cycle coalescing engines in 6 stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection driving force + Insulates and uses liquid thermal riser by installing heat-increasing sphere raising device (2F) at corner of outer corner of square turbine + Solar heating Compressed hot / cold heat and cold production + Fully automatic machining of turbine blades with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump together with thrust bearing, bearing and square turbine outer box (77a) Various energy conservation cycle coalescence engine provided in 7 stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection driving force + Insulates and uses liquid thermal riser by installing heat-increasing sphere raising device (2F) at corner of outer corner of square turbine + Solar heating Compressed hot / cold air and air production + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) in 8 stages Energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection driving force + Insulates and uses liquid thermal riser by installing heat-increasing sphere raising device (2F) at corner of outer corner of square turbine + Solar heating Compressed hot / cold air and air production + Turbine rotor blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with 9 stages with thrust bearing, bearing and square turbine outer box (77a) Energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection driving force + Insulates and uses liquid thermal riser by installing heat-increasing sphere raising device (2F) at corner of outer corner of square turbine + Solar heating Compressed hot / cold air and air production + turbine rotor blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) in 10 stages Energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection driving force + Insulates and uses liquid thermal riser by installing heat-increasing sphere raising device (2F) at corner of outer corner of square turbine + Solar heating Compressed hot / cold air and air production + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) in one stage Energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Drives + Drives various flying ships with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal rises by installing a heat-retaining and increasing ball raising device (2F) at the corner of the rectangular turbine outer casing + Solar heating Compressed and heated air and cold production + turbine blades with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) in two stages Energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection driving force + Insulates and uses liquid thermal riser by installing heat-increasing sphere raising device (2F) at corner of outer corner of square turbine + Solar heating Compressed hot / cold air and air production + turbine rotor blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump in three stages with thrust bearing, bearing and square turbine outer box (77a) Energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying ships with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal rises by installing a heat-retaining and increasing ball raising device (2F) at the corner of the rectangular turbine outer casing + Solar heating Compressed hot / cold air and air production + turbine rotor blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) in 4 stages Energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying ships with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal rises by installing a heat-retaining and increasing ball raising device (2F) at the corner of the rectangular turbine outer casing + Solar heating Compressed hot / cold air and air production + turbine blades with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) in 5 stages Energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying ships with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal rises by installing a heat-retaining and increasing ball raising device (2F) at the corner of the rectangular turbine outer casing + Solar heating Compressed hot / cold air and air production + turbine blades with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) in 6 stages Energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying ships with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal rises by installing a heat-retaining and increasing ball raising device (2F) at the corner of the rectangular turbine outer casing + Solar heating Compressed hot / cold air and air production + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) in 7 stages Energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying ships with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal rises by installing a heat-retaining and increasing ball raising device (2F) at the corner of the rectangular turbine outer casing + Solar heating Compressed and heated air and air production + Turbine blades are almost the same shape for each stage to form a fitting bolt assembly, and heat pumps are provided in 8 stages together with thrust bearings, bearings, and a rectangular turbine outer box (77a) Various energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying ships with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal rises by installing a heat-retaining and increasing ball raising device (2F) at the corner of the rectangular turbine outer casing + Solar heating Compressed hot and cold air production + turbine rotor blade group with the same diameter and shape of each stage for assembly bolt assembly, and heat pumps are provided in 9 stages together with thrust bearings, bearings and rectangular turbine outer box (77a) Various energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying ships with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal rises by installing a heat-retaining and increasing ball raising device (2F) at the corner of the rectangular turbine outer casing + Solar heating Compressed hot / cold air and air production + turbine rotor blade group with the same diameter and shape of each stage for assembly bolt assembly, and heat pump with 10 stages along with thrust bearing, bearing and square turbine outer box (77a) Various energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying ships with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal rises by installing a heat-retaining and increasing ball raising device (2F) at the corner of the rectangular turbine outer casing + Solar heating Compressed hot / cold air and air production + Turbine blade group with the same diameter and shape of each stage for assembly bolt assembly and heat pump with thrust bearing, bearing and square turbine outer box (77a) in one stage Various energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying ships with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal rises by installing a heat-retaining and increasing ball raising device (2F) at the corner of the rectangular turbine outer casing + Solar heating Compressed hot / cold air and air production + Turbine blade group with the same diameter and shape of each stage for assembly bolt assembly and heat pump in two stages with thrust bearing, bearing and square turbine outer box (77a) Various energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Heat retention increase ball lift device (2F) Increase head drop + Heat retention increase ball lift device (2F) is installed at the corner of the square turbine outer box to raise the liquid metal Preservation use + Solar heating air is compressed and heated and cooled + Fully automatic processable The turbine blades are of the same diameter and shape of each stage, and the bolt assembly turbine and heat pump are installed outside the thrust bearing, bearing or square turbine Various energy conservation cycle coalescence engine provided in 3 stages with box (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Heat retention increase ball lift device (2F) Increase head drop + Heat retention increase ball lift device (2F) is installed at the corner of the square turbine outer box to raise the liquid metal Preservation use + Solar heating air is compressed hot and cold manufacturing + Fully automatic machining turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump as thrust bearing, bearing and square turbine Various energy storage cycle coalescence engine provided in 4 stages together with the outer box (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Heat retention increase ball lift device (2F) Increase head drop + Heat retention increase ball lift device (2F) is installed at the corner of the square turbine outer box to raise the liquid metal Preservation use + Solar heating air is compressed and heated and cooled manufacturing + Turbine blade group capable of full-automatic processing is made to have the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump as thrust bearing, bearing and square type Various energy storage cycle coalescence engine provided in five stages together with the turbine outer box (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Heat retention increase ball lift device (2F) Increase head drop + Heat retention increase ball lift device (2F) is installed at the corner of the square turbine outer box to raise the liquid metal Preservation use + Compressed and heated solar air heating and cooling + Turbine rotor blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearings and bearings and rectangular turbine outer box (77a) Various energy storage cycle coalescence engines provided in 6 stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Heat retention increase ball lift device (2F) Increase head drop + Heat retention increase ball lift device (2F) is installed at the corner of the square turbine outer box to raise the liquid metal Preservation use + Compressed and heated solar air heating and cooling + Turbine rotor blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearings and bearings and rectangular turbine outer box (77a) Together with various energy conservation cycle coalescence engine provided in 7 stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of square turbine outer box and liquid metal is raised and used for storage + Solar heating air is compressed and produced with heat and cold + Fully automatic processing possible Various energy storage cycle coalescing engines in which the turbine blade groups are substantially the same shape for each paragraph, and the fitting bolt assembly turbine and heat pump are provided in eight stages together with thrust bearings, bearings, and the rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of square turbine outer box and liquid metal is raised and used for storage + Solar heating air is compressed and produced with heat and cold + Fully automatic processing possible Various energy storage cycle coalescing engines in which the rotor blade group of a simple turbine is substantially the same shape for each paragraph, and the fitting bolt assembly turbine and the heat pump are provided in nine stages together with a thrust bearing, a bearing and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of square turbine outer box and liquid metal is raised and used for storage + Solar heating air is compressed with heat and cold production + Fully automatic processing Various energy storage cycle coalescing engines in which the rotor blade groups of possible turbines have the same diameter and substantially the same shape for each paragraph, and the fitting bolt assembly turbine and the heat pump are provided in 10 stages together with the thrust bearing, the bearing and the rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Solar heated air is compressed and heated and produced with heat + turbine blades Various energy storage cycle coalescing engines in which groups are arranged in the same shape for each stage, and a bolt assembly turbine and a heat pump are provided in one stage together with a thrust bearing, a bearing and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Solar heated air is compressed and heated and produced with heat + turbine blades Various energy storage cycle coalescing engines in which the groups are made into substantially the same shape for each paragraph and the fitting bolt assembly turbine and the heat pump are provided in two stages together with the thrust bearing, the bearing and the rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used. + Solar heated air is compressed and heated and cooled. + Fully automatic processing is possible. Various energy storage cycle coalescing engines in which a fitting bolt assembly turbine and a heat pump are provided in three stages together with a thrust bearing, a bearing and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and stored. + Solar heated air is compressed and heated and cooled. Various energy storage cycle coalescing engines provided with a fitting bolt assembly turbine and a heat pump in four stages together with a thrust bearing, a bearing and a rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is raised and stored. + Solar heated air is compressed and heated and cooled. Various energy storage cycle coalescing engines in which a fitting bolt assembly turbine and a heat pump are provided in five stages together with a thrust bearing, a bearing and a rectangular turbine outer casing (77a) as the same shape.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and stored. + Solar heating air is compressed and heated and cooled. Various energy storage cycle coalescing engines in which a turbine and a heat pump are provided in six stages together with a thrust bearing, a bearing and a rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and stored. + Solar heating air is compressed and heated and cooled. Various energy storage cycle coalescing engines in which a turbine and a heat pump are provided in seven stages together with a thrust bearing, a bearing and a rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated Cool energy production + Fully automatic processing possible Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) in 8 stages Conservation cycle coalescence organization.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated Various types of turbine blades and heat pumps with 9 stages in combination with thrust bearings, bearings, and rectangular turbine outer casing (77a), with turbine blades that have the same diameter and the same shape for each stage. Energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated The turbine blade group capable of cold-heating manufacturing and fully automatic machining is made to have the same diameter and shape of each stage, and the fitting bolt assembly turbine and the heat pump are provided in 10 stages together with the thrust bearing, the bearing and the rectangular turbine outer box (77a). Various energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated Various energy storage cycle coalescing engines, with the cooling blades + turbine turbine blade group set to the same diameter and shape of each stage, and fitted bolt assembly turbines and heat pumps with thrust bearings, bearings, and a rectangular turbine outer box (77a) in one stage .   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated Various energy storage cycle coalescence engine with a turbine assembly and a heat pump in two stages with thrust bearings, bearings, and a rectangular turbine outer box (77a), with the rotor blades of the turbine + the same diameter and approximately the same shape for each stage. .   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air Compressed hot and cold manufacturing + Fully automatic processing possible The rotor blades of the turbine have the same diameter and shape of each stage, and the fitting bolt assembly turbine and heat pump are arranged in three stages together with thrust bearings, bearings, and the rectangular turbine outer casing (77a) Various energy conservation cycle coalescence engines provided.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air Compressed hot and cold production + Fully automatic machining of turbine blades with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) in 4 stages Various energy conservation cycle coalescence engine established in.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air The turbine blades capable of compressing hot and cold manufacturing and fully automatic machining are set to the same diameter and the same shape for each stage, and the fitting bolt assembly turbine and heat pump are combined with thrust bearings, bearings, and the rectangular turbine outer casing (77a). Various energy conservation cycle coalescence engine installed in the stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air Compressed hot and cold manufacturing + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with 6 stages with thrust bearing, bearing and square turbine outer box (77a) Conservation cycle coalescence organization.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air Compressed hot and cold manufacturing + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump in 7 stages with thrust bearing, bearing and square turbine outer box (77a) Conservation cycle coalescence organization.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driving propulsion force + Insulating and increasing ball lift device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and stored. + Solar heated air is compressed and heated and cooled. Various energy storage cycle coalescing engines in which the blade groups are substantially the same shape for each stage, and the fitting bolt assembly turbine and the heat pump are provided in eight stages together with the thrust bearing, the bearing, and the rectangular turbine outer box (77a).   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driving propulsion force + Insulating sphere increasing device (2F) is installed in the corner of the outer corner of the square turbine, and liquid metal is raised and stored + Solar heated air is compressed and heated and cooled + Turbine capable of fully automatic processing Various energy storage cycle coalescing engines in which the rotor blade group of each stage is substantially the same shape for each stage, and the fitting bolt assembly turbine and the heat pump are provided in 9 stages together with the thrust bearing, the bearing and the rectangular turbine outer casing (77a).   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driving propulsion force + Insulating and increasing ball lifting device (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Solar heating air is compressed and heated and cooled + Fully automatic processing is possible Various energy storage cycle coalescing engines in which turbine blade groups are substantially the same shape for each stage, and a fitting bolt assembly turbine and a heat pump are provided in 10 stages together with a thrust bearing, a bearing, and a rectangular turbine outer box (77a).   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Drives the propulsion force + Insulates and heats up ball riser (2F) at the corner of the square turbine outer casing and uses the liquid metal to save and use + Solar heating air is compressed hot and cold manufacturing + Turbine blade group Various energy storage cycle coalescing engines in which fitting bolt assembly turbines and heat pumps are provided in a single stage together with thrust bearings, bearings, and a rectangular turbine outer casing (77a) with the same diameter and shape of each paragraph.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Drives the propulsion force + Insulates and heats up ball riser (2F) at the corner of the square turbine outer casing and uses the liquid metal to save and use + Solar heating air is compressed hot and cold manufacturing + Turbine blade group Various energy storage cycle coalescing engines in which the fitting bolt assembly turbine and the heat pump are provided in two stages together with thrust bearings, bearings, and a rectangular turbine outer casing (77a) with the same diameter and substantially the same shape for each paragraph.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of square turbine outer box and liquid metal is raised and used for storage + Solar heating air is compressed and produced with heat and cold + Fully automatic processing possible Various energy storage cycle coalescing engines in which turbine blade groups are substantially the same shape for each paragraph, and a fitting bolt assembly turbine and a heat pump are provided in three stages together with a thrust bearing, a bearing and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of square turbine outer box and liquid metal is raised and used for storage + Solar heating air is compressed and produced with heat and cold + Fully automatic processing possible Various energy storage cycle coalescing engines in which the rotor blade group of a simple turbine is substantially the same shape for each paragraph and the fitting bolt assembly turbine and the heat pump are provided in four stages together with a thrust bearing, a bearing and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of square turbine outer box and liquid metal is raised and used for storage + Solar heating air is compressed with heat and cold production + Fully automatic processing Various energy storage cycle coalescing engines in which the turbine blade group of possible turbines has the same diameter and substantially the same shape for each paragraph, and the fitting bolt assembly turbine and the heat pump are provided in five stages together with the thrust bearing, the bearing and the rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Solar heated air is compressed and heated and produced with heat + turbine blades Various energy storage cycle coalescing engines in which the groups are arranged in the same shape for each stage and the bolt assembly turbine and the heat pump are provided in six stages together with the thrust bearing, the bearing and the rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Solar heated air is compressed and heated and produced with heat + turbine blades Various energy storage cycle coalescing engines in which the groups are made into the same shape and the same diameter for each stage, and the fitting bolt assembly turbine and the heat pump are provided in seven stages together with the thrust bearing, the bearing and the rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used. + Solar heated air is compressed and heated and cooled. + Fully automatic processing is possible. Various energy storage cycle coalescing engines in which a fitting bolt assembly turbine and a heat pump are provided in 8 stages together with a thrust bearing, a bearing and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and stored. + Solar heated air is compressed and heated and cooled. Various energy storage cycle coalescence engines provided with a fitting bolt assembly turbine and a heat pump in 9 stages together with a thrust bearing, a bearing and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is raised and stored. + Solar heated air is compressed and heated and cooled. Various energy storage cycle coalescing engines in which a fitting bolt assembly turbine and a heat pump are provided in 10 stages together with a thrust bearing, a bearing and a rectangular turbine outer box (77a) as the same shape.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and stored. + Solar heating air is compressed and heated and cooled. Various energy storage cycle coalescing engines in which a turbine and a heat pump are provided in a single stage together with a thrust bearing, a bearing and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and stored. + Solar heating air is compressed and heated and cooled. Various energy storage cycle coalescing engines in which a turbine and a heat pump are provided in two stages together with a thrust bearing, a bearing and a rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated Cold energy manufacturing + Fully automatic processing possible Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump in three stages with thrust bearing, bearing and square turbine outer box (77a) Conservation cycle coalescence organization.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated Various kinds of turbine blades that have the same diameter and almost the same shape for each stage, and are equipped with a fitting bolt assembly turbine and a heat pump in four stages together with thrust bearings, bearings, and a rectangular turbine outer box (77a). Energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated A turbine blade group capable of cold-heating manufacturing and fully automatic machining is provided with the same diameter and shape of each stage, and a fitting bolt assembly turbine and a heat pump are provided in five stages together with a thrust bearing, a bearing, and a rectangular turbine outer box (77a). Various energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated Various energy storage cycle coalescing engines with a turbine assembly and a heat pump in six stages together with thrust bearings, bearings, and a rectangular turbine outer box (77a) with a moving blade group of turbines and a diameter of substantially the same shape for each stage. .   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated Various energy storage cycle coalescing engines, with the turbine blades and heat pumps installed in 7 stages together with thrust bearings, bearings, and the rectangular turbine outer box (77a), with the rotor blades of the turbine + the same diameter and shape of each stage. .   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air Compressed hot and cold manufacturing + Fully automatic processing possible The turbine blades are set to the same diameter and shape of each stage, and the fitting bolt assembly turbine and heat pump are arranged in 8 stages together with thrust bearings, bearings and rectangular turbine outer casing (77a). Various energy conservation cycle coalescence engines provided.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air Compressed hot and cold manufacturing + Fully automatic machining of turbine blades with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with 9 stages with thrust bearing, bearing and square turbine outer box (77a) Various energy conservation cycle coalescence engine established in.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air A turbine blade group capable of full-automatic machining and compression hot / cold heat production is set to have the same diameter and shape of each stage, and a fitting bolt assembly turbine and a heat pump are installed together with a thrust bearing, a bearing and a rectangular turbine outer box (77a). Various energy conservation cycle coalescence engine installed in the stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air Compressed hot and cold manufacturing + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) in one stage Conservation cycle coalescence organization.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air Compressed hot and cold manufacturing + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) in two stages Conservation cycle coalescence organization.   Turbine multiple drive short-time coalescence engine injection section (78S) Liquid metal solar engine that makes large propulsion propulsion output + Accelerating the output sphere (2E) downward by gravity acceleration Turbine drive + Combined engine injection section (78S ) Driving propulsion force + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and stored. + Solar heated air is compressed and heated and cooled. Various energy storage cycle coalescing engines in which the blade groups are substantially the same shape for each stage, and the fitting bolt assembly turbine and heat pump are provided in three stages together with thrust bearings, bearings, and a rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalescence engine injection section (78S) Liquid metal solar engine that makes large propulsion propulsion output + Accelerating the output sphere (2E) downward by gravity acceleration Turbine drive + Combined engine injection section (78S ) Driving propulsion force + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and stored + Solar heated air is compressed and heated and cooled + Turbine capable of fully automatic processing Various energy storage cycle coalescing engines in which the rotor blade group of each stage is substantially the same shape for each stage, and the fitting bolt assembly turbine and the heat pump are provided in four stages together with the thrust bearing, the bearing and the rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalescence engine injection section (78S) Liquid metal solar engine that makes large propulsion propulsion output + Accelerating the output sphere (2E) downward by gravity acceleration Turbine drive + Combined engine injection section (78S ) Driving propulsion force + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and stored + Solar heated air is compressed and heated and cooled + Fully automatic processing is possible Various energy storage cycle coalescing engines in which the turbine blade groups are substantially the same shape for each paragraph, and the fitting bolt assembly turbine and heat pump are provided in five stages together with thrust bearings, bearings, and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection section (78S) Liquid metal solar engine that makes large propulsion propulsion output + Accelerating the output sphere (2E) downward by gravity acceleration Turbine drive + Combined engine injection section (78S ) Drives the propulsion force + Insulates and heats up sphere lift device (2F) at the corner of the square turbine outer box and uses the liquid metal ascending and storing + Solar heating air is compressed and heated and cooled + The turbine blades Various energy storage cycle coalescing engines in which the fitting bolt assembly turbine and heat pump are provided in six stages together with thrust bearings, bearings, and a rectangular turbine outer casing (77a) with the same diameter and substantially the same shape for each paragraph.   Turbine multiple drive short-time coalescence engine injection section (78S) Liquid metal solar engine that makes large propulsion propulsion output + Accelerating the output sphere (2E) downward by gravity acceleration Turbine drive + Combined engine injection section (78S ) Drives the propulsion force + Insulates and heats up ball riser (2F) at the corner of the square turbine outer casing and uses the liquid metal to save and use + Solar heating air is compressed hot and cold manufacturing + Turbine blade group Various energy storage cycle coalescing engines in which a fitting bolt assembly turbine and a heat pump are provided in seven stages together with a thrust bearing, a bearing, and a rectangular turbine outer casing (77a) as each paragraph having the same diameter and shape.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of square turbine outer box and liquid metal is raised and used for storage + Solar heating air is compressed and produced with heat and cold + Fully automatic processing possible Various energy storage cycle coalescing engines in which the turbine blade groups are substantially the same shape for each paragraph, and the fitting bolt assembly turbine and heat pump are provided in eight stages together with thrust bearings, bearings, and the rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of square turbine outer box and liquid metal is raised and used for storage + Solar heating air is compressed and produced with heat and cold + Fully automatic processing possible Various energy storage cycle coalescing engines in which the rotor blade group of a simple turbine is substantially the same shape for each paragraph, and the fitting bolt assembly turbine and the heat pump are provided in nine stages together with a thrust bearing, a bearing and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of square turbine outer box and liquid metal is raised and used for storage + Solar heating air is compressed with heat and cold production + Fully automatic processing Various energy storage cycle coalescing engines in which the rotor blade groups of possible turbines have the same diameter and substantially the same shape for each paragraph, and the fitting bolt assembly turbine and the heat pump are provided in 10 stages together with the thrust bearing, the bearing and the rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Solar heated air is compressed and heated and produced with heat + turbine blades Various energy storage cycle coalescing engines in which groups are arranged in the same shape for each stage, and a bolt assembly turbine and a heat pump are provided in one stage together with a thrust bearing, a bearing and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Solar heated air is compressed and heated and produced with heat + turbine blades Various energy storage cycle coalescing engines in which the groups are made into substantially the same shape for each paragraph and the fitting bolt assembly turbine and the heat pump are provided in two stages together with the thrust bearing, the bearing and the rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used. + Solar heated air is compressed and heated and cooled. + Fully automatic processing is possible. Various energy storage cycle coalescing engines in which a fitting bolt assembly turbine and a heat pump are provided in three stages together with a thrust bearing, a bearing and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and stored. + Solar heated air is compressed and heated and cooled. Various energy storage cycle coalescing engines provided with a fitting bolt assembly turbine and a heat pump in four stages together with a thrust bearing, a bearing and a rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is raised and stored. + Solar heated air is compressed and heated and cooled. Various energy storage cycle coalescing engines in which a fitting bolt assembly turbine and a heat pump are provided in five stages together with a thrust bearing, a bearing and a rectangular turbine outer casing (77a) as the same shape.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and stored. + Solar heating air is compressed and heated and cooled. Various energy storage cycle coalescing engines in which a turbine and a heat pump are provided in six stages together with a thrust bearing, a bearing and a rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and stored. + Solar heating air is compressed and heated and cooled. Various energy storage cycle coalescing engines in which a turbine and a heat pump are provided in seven stages together with a thrust bearing, a bearing and a rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated Cool energy production + Fully automatic processing possible Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) in 8 stages Conservation cycle coalescence organization.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated Various types of turbine blades and heat pumps with 9 stages in combination with thrust bearings, bearings, and rectangular turbine outer casing (77a), with turbine blades that have the same diameter and the same shape for each stage. Energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated The turbine blade group capable of cold-heating manufacturing and fully automatic machining is made to have the same diameter and shape of each stage, and the fitting bolt assembly turbine and the heat pump are provided in 10 stages together with the thrust bearing, the bearing and the rectangular turbine outer box (77a). Various energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated Various energy storage cycle coalescing engines, with the cooling blades + turbine turbine blade group set to the same diameter and shape of each stage, and fitted bolt assembly turbines and heat pumps with thrust bearings, bearings, and a rectangular turbine outer box (77a) in one stage .   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated Various energy storage cycle coalescing engines in which the turbine blades and the heat pumps are arranged in two stages together with thrust bearings, bearings, and a rectangular turbine outer box (77a) with the rotor blades of the turbine + the same diameter and the same shape for each stage. .   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air Compressed hot and cold manufacturing + Fully automatic processing possible The rotor blades of the turbine have the same diameter and shape of each stage, and the fitting bolt assembly turbine and heat pump are arranged in three stages together with thrust bearings, bearings, and the rectangular turbine outer casing (77a) Various energy conservation cycle coalescence engines provided.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air Compressed hot and cold production + Fully automatic machining of turbine blades with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) in 4 stages Various energy conservation cycle coalescence engine established in.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air The turbine blades capable of compressing hot and cold manufacturing and fully automatic machining are set to the same diameter and the same shape for each stage, and the fitting bolt assembly turbine and heat pump are combined with thrust bearings, bearings, and the rectangular turbine outer casing (77a). Various energy conservation cycle coalescence engine installed in the stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air Compressed hot and cold manufacturing + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with 6 stages with thrust bearing, bearing and square turbine outer box (77a) Conservation cycle coalescence organization.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air Compressed hot and cold manufacturing + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with 7 stages with thrust bearing, bearing and square turbine outer box (77a) Conservation cycle coalescence organization.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driving propulsion force + Insulating and increasing ball lift device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and stored. + Solar heated air is compressed and heated and cooled. Various energy storage cycle coalescing engines in which the blade groups are substantially the same shape for each stage, and the fitting bolt assembly turbine and the heat pump are provided in eight stages together with the thrust bearing, the bearing, and the rectangular turbine outer box (77a).   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driving propulsion force + Insulating sphere increasing device (2F) is installed in the corner of the outer corner of the square turbine, and liquid metal is raised and stored + Solar heated air is compressed and heated and cooled + Turbine capable of fully automatic processing Various energy storage cycle coalescing engines in which the rotor blade group of each stage is substantially the same shape for each stage, and the fitting bolt assembly turbine and the heat pump are provided in 9 stages together with the thrust bearing, the bearing and the rectangular turbine outer casing (77a).   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driving propulsion force + Insulating and increasing ball lifting device (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Solar heating air is compressed and heated and cooled + Fully automatic processing is possible Various energy storage cycle coalescing engines in which turbine blade groups are substantially the same shape for each stage, and a fitting bolt assembly turbine and a heat pump are provided in 10 stages together with a thrust bearing, a bearing, and a rectangular turbine outer box (77a).   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Drives the propulsion force + Insulates and heats up ball riser (2F) at the corner of the square turbine outer casing and uses the liquid metal to save and use + Solar heating air is compressed hot and cold manufacturing + Turbine blade group Various energy storage cycle coalescing engines in which fitting bolt assembly turbines and heat pumps are provided in a single stage together with thrust bearings, bearings, and a rectangular turbine outer casing (77a) with the same diameter and shape of each paragraph.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Drives the propulsion force + Insulates and heats up ball riser (2F) at the corner of the square turbine outer casing and uses the liquid metal to save and use + Solar heating air is compressed hot and cold manufacturing + Turbine blade group Various energy storage cycle coalescing engines in which the fitting bolt assembly turbine and the heat pump are provided in two stages together with thrust bearings, bearings, and a rectangular turbine outer casing (77a) with the same diameter and substantially the same shape for each paragraph.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of square turbine outer box and liquid metal is raised and used for storage + Solar heating air is compressed and produced with heat and cold + Fully automatic processing possible Various energy storage cycle coalescing engines in which turbine blade groups are substantially the same shape for each paragraph, and a fitting bolt assembly turbine and a heat pump are provided in three stages together with a thrust bearing, a bearing and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of square turbine outer box and liquid metal is raised and used for storage + Solar heating air is compressed and produced with heat and cold + Fully automatic processing possible Various energy storage cycle coalescing engines in which the rotor blade group of a simple turbine is substantially the same shape for each paragraph and the fitting bolt assembly turbine and the heat pump are provided in four stages together with a thrust bearing, a bearing and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of square turbine outer box and liquid metal is raised and used for storage + Solar heating air is compressed with heat and cold production + Fully automatic processing Various energy storage cycle coalescing engines in which the turbine blade group of possible turbines has the same diameter and substantially the same shape for each paragraph, and the fitting bolt assembly turbine and the heat pump are provided in five stages together with the thrust bearing, the bearing and the rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Solar heated air is compressed and heated and produced with heat + turbine blades Various energy storage cycle coalescing engines in which the groups are arranged in the same shape for each stage and the bolt assembly turbine and the heat pump are provided in six stages together with the thrust bearing, the bearing and the rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Solar heated air is compressed and heated and produced with heat + turbine blades Various energy storage cycle coalescing engines in which the groups are made into the same shape and the same diameter for each stage, and the fitting bolt assembly turbine and the heat pump are provided in seven stages together with the thrust bearing, the bearing and the rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used. + Solar heated air is compressed and heated and cooled. + Fully automatic processing is possible. Various energy storage cycle coalescing engines in which a fitting bolt assembly turbine and a heat pump are provided in 8 stages together with a thrust bearing, a bearing and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and stored. + Solar heated air is compressed and heated and cooled. Various energy storage cycle coalescence engines provided with a fitting bolt assembly turbine and a heat pump in 9 stages together with a thrust bearing, a bearing and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is raised and stored. + Solar heated air is compressed and heated and cooled. Various energy storage cycle coalescing engines in which a fitting bolt assembly turbine and a heat pump are provided in 10 stages together with a thrust bearing, a bearing and a rectangular turbine outer box (77a) as the same shape.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and stored. + Solar heating air is compressed and heated and cooled. Various energy storage cycle coalescing engines in which a turbine and a heat pump are provided in a single stage together with a thrust bearing, a bearing and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and stored. + Solar heating air is compressed and heated and cooled. Various energy storage cycle coalescing engines in which a turbine and a heat pump are provided in two stages together with a thrust bearing, a bearing and a rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated Cold energy production + Fully automatic processing possible Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) in 3 stages Conservation cycle coalescence organization.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated Various kinds of turbine blades that have the same diameter and almost the same shape for each stage, and are equipped with a fitting bolt assembly turbine and a heat pump in four stages together with thrust bearings, bearings, and a rectangular turbine outer box (77a). Energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated A turbine blade group capable of cold-heating manufacturing and fully automatic machining is provided with the same diameter and shape of each stage, and a fitting bolt assembly turbine and a heat pump are provided in five stages together with a thrust bearing, a bearing, and a rectangular turbine outer box (77a). Various energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated Various energy storage cycle coalescence engine with a turbine assembly and a heat pump in six stages with thrust bearings, bearings, and a rectangular turbine outer box (77a), with the cooling blade manufacturing + turbine rotor blade group having the same diameter and the same shape for each stage. .   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated Various energy storage cycle coalescing engines, with the turbine blades and heat pumps installed in 7 stages together with thrust bearings, bearings, and the rectangular turbine outer box (77a), with the rotor blades of the turbine + the same diameter and shape of each stage. .   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air Compressed hot and cold manufacturing + Fully automatic processing possible The turbine blades are set to the same diameter and shape of each stage, and the fitting bolt assembly turbine and heat pump are arranged in 8 stages together with thrust bearings, bearings and rectangular turbine outer casing (77a). Various energy conservation cycle coalescence engines provided.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air Compressed hot and cold manufacturing + Fully automatic machining of turbine blades with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with 9 stages with thrust bearing, bearing and square turbine outer box (77a) Various energy conservation cycle coalescence engine established in.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air A turbine blade group capable of full-automatic machining and compression hot / cold heat production is set to have the same diameter and shape of each stage, and a fitting bolt assembly turbine and a heat pump are installed together with a thrust bearing, a bearing and a rectangular turbine outer box (77a). Various energy conservation cycle coalescence engine installed in the stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air Compressed hot and cold manufacturing + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) in one stage Conservation cycle coalescence organization.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air Compressed hot and cold manufacturing + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) in two stages Conservation cycle coalescence organization.   Turbine multiple drive short-time coalescence engine injection section (78S) Liquid metal solar engine that makes large propulsion propulsion output + Accelerating the output sphere (2E) downward by gravity acceleration Turbine drive + Combined engine injection section (78S ) Driving propulsion force + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and stored. + Solar heated air is compressed and heated and cooled. Various energy storage cycle coalescing engines in which the blade groups are substantially the same shape for each stage, and the fitting bolt assembly turbine and heat pump are provided in three stages together with thrust bearings, bearings, and a rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalescence engine injection section (78S) Liquid metal solar engine that makes large propulsion propulsion output + Accelerating the output sphere (2E) downward by gravity acceleration Turbine drive + Combined engine injection section (78S ) Driving propulsion force + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and stored + Solar heated air is compressed and heated and cooled + Turbine capable of fully automatic processing Various energy storage cycle coalescing engines in which the rotor blade group of each stage is substantially the same shape for each stage, and the fitting bolt assembly turbine and the heat pump are provided in four stages together with the thrust bearing, the bearing and the rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalescence engine injection section (78S) Liquid metal solar engine that makes large propulsion propulsion output + Accelerating the output sphere (2E) downward by gravity acceleration Turbine drive + Combined engine injection section (78S ) Driving propulsion force + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and stored + Solar heated air is compressed and heated and cooled + Fully automatic processing is possible Various energy storage cycle coalescing engines in which the turbine blade groups are substantially the same shape for each paragraph, and the fitting bolt assembly turbine and heat pump are provided in five stages together with thrust bearings, bearings, and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection section (78S) Liquid metal solar engine that makes large propulsion propulsion output + Accelerating the output sphere (2E) downward by gravity acceleration Turbine drive + Combined engine injection section (78S ) Drives the propulsion force + Insulates and heats up sphere lift device (2F) at the corner of the square turbine outer box and uses the liquid metal ascending and storing + Solar heating air is compressed and heated and cooled + The turbine blades Various energy storage cycle coalescing engines in which the fitting bolt assembly turbine and heat pump are provided in six stages together with thrust bearings, bearings, and a rectangular turbine outer casing (77a) with the same diameter and substantially the same shape for each paragraph.   Turbine multiple drive short-time coalescence engine injection section (78S) Liquid metal solar engine that makes large propulsion propulsion output + Accelerating the output sphere (2E) downward by gravity acceleration Turbine drive + Combined engine injection section (78S ) Drives the propulsion force + Insulates and heats up ball riser (2F) at the corner of the square turbine outer casing and uses the liquid metal to save and use + Solar heating air is compressed hot and cold manufacturing + Turbine blade group Various energy storage cycle coalescing engines in which a fitting bolt assembly turbine and a heat pump are provided in seven stages together with a thrust bearing, a bearing, and a rectangular turbine outer casing (77a) as each paragraph having the same diameter and shape.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of square turbine outer box and liquid metal is raised and used for storage + Solar heating air is compressed and produced with heat and cold + Fully automatic processing possible Various energy storage cycle coalescing engines in which the turbine blade groups are substantially the same shape for each paragraph, and the fitting bolt assembly turbine and heat pump are provided in eight stages together with thrust bearings, bearings, and the rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is driven at right angles to square turbine outer box to drive alternating turbines in rotational direction + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of square turbine outer box and liquid metal is raised and used for storage + Solar heating air is compressed and produced with heat and cold + Fully automatic processing possible Various energy storage cycle coalescing engines in which the rotor blade group of a simple turbine is substantially the same shape for each paragraph, and the fitting bolt assembly turbine and the heat pump are provided in nine stages together with a thrust bearing, a bearing and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Solar heating air is compressed with heating and cooling production + fully automatic processing Various energy storage cycle coalescing engines in which the rotor blade groups of possible turbines have the same diameter and substantially the same shape for each paragraph, and the fitting bolt assembly turbine and the heat pump are provided in 10 stages together with the thrust bearing, the bearing and the rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Solar heated air is compressed and heated and produced with heat + turbine blades Various energy storage cycle coalescing engines in which groups are arranged in the same shape for each stage, and a bolt assembly turbine and a heat pump are provided in one stage together with a thrust bearing, a bearing and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Solar heated air is compressed and heated and produced with heat + turbine blades Various energy storage cycle coalescing engines in which the groups are made into substantially the same shape for each paragraph and the fitting bolt assembly turbine and the heat pump are provided in two stages together with the thrust bearing, the bearing and the rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used. + Solar heated air is compressed and heated and cooled. + Fully automatic processing is possible. Various energy storage cycle coalescing engines in which a fitting bolt assembly turbine and a heat pump are provided in three stages together with a thrust bearing, a bearing and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and stored. + Solar heated air is compressed and heated and cooled. Various energy storage cycle coalescing engines provided with a fitting bolt assembly turbine and a heat pump in four stages together with a thrust bearing, a bearing and a rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is raised and stored. + Solar heated air is compressed and heated and cooled. Various energy storage cycle coalescing engines in which a fitting bolt assembly turbine and a heat pump are provided in five stages together with a thrust bearing, a bearing and a rectangular turbine outer casing (77a) as the same shape.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and stored. + Solar heating air is compressed and heated and cooled. Various energy storage cycle coalescing engines in which a turbine and a heat pump are provided in six stages together with a thrust bearing, a bearing and a rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and stored. + Solar heating air is compressed and heated and cooled. Various energy storage cycle coalescing engines in which a turbine and a heat pump are provided in seven stages together with a thrust bearing, a bearing and a rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated Cool energy production + Fully automatic processing possible Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) in 8 stages Conservation cycle coalescence organization.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and liquid metal is raised and used for storage + Solar heating air is compressed and heated Various types of turbine blades and heat pumps with 9 stages in combination with thrust bearings, bearings, and rectangular turbine outer casing (77a), with turbine blades that have the same diameter and the same shape for each stage. Energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated The turbine blade group capable of cold-heating manufacturing and fully automatic machining is made to have the same diameter and shape of each stage, and the fitting bolt assembly turbine and the heat pump are provided in 10 stages together with the thrust bearing, the bearing and the rectangular turbine outer box (77a). Various energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated Various energy storage cycle coalescing engines in which the turbine blades and the heat pump are installed in a single stage together with thrust bearings, bearings, and a rectangular turbine outer box (77a), with the moving blades of the turbine + the same diameter and approximately the same shape for each stage. .   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated Various energy storage cycle coalescence engine with a turbine assembly and a heat pump in two stages with thrust bearings, bearings, and a rectangular turbine outer box (77a), with the rotor blades of the turbine + the same diameter and approximately the same shape for each stage. .   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air Compressed hot and cold manufacturing + Fully automatic processing possible The rotor blades of the turbine have the same diameter and shape of each stage, and the fitting bolt assembly turbine and heat pump are arranged in three stages together with thrust bearings, bearings, and the rectangular turbine outer casing (77a) Various energy conservation cycle coalescence engines provided.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air Compressed hot and cold production + Fully automatic machining of turbine blades with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) in 4 stages Various energy conservation cycle coalescence engine established in.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air The turbine blades capable of compressing hot and cold manufacturing and fully automatic machining are set to the same diameter and the same shape for each stage, and the fitting bolt assembly turbine and heat pump are combined with thrust bearings, bearings, and the rectangular turbine outer casing (77a). Various energy conservation cycle coalescence engine installed in the stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air Compressed hot and cold manufacturing + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with 6 stages with thrust bearing, bearing and square turbine outer box (77a) Conservation cycle coalescence organization.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air Compressed hot and cold manufacturing + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump in 7 stages with thrust bearing, bearing and square turbine outer box (77a) Conservation cycle coalescence organization.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driving propulsion force + Insulating and increasing ball lift device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and stored. + Solar heated air is compressed and heated and cooled. Various energy storage cycle coalescing engines in which the blade groups are substantially the same shape for each stage, and the fitting bolt assembly turbine and the heat pump are provided in eight stages together with the thrust bearing, the bearing, and the rectangular turbine outer box (77a).   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driving propulsion force + Insulating sphere increasing device (2F) is installed in the corner of the outer corner of the square turbine, and liquid metal is raised and stored + Solar heated air is compressed and heated and cooled + Turbine capable of fully automatic processing Various energy storage cycle coalescing engines in which the rotor blade group of each stage is substantially the same shape for each stage, and the fitting bolt assembly turbine and the heat pump are provided in 9 stages together with the thrust bearing, the bearing and the rectangular turbine outer casing (77a).   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driving propulsion force + Insulating and increasing ball lifting device (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Solar heating air is compressed and heated and cooled + Fully automatic processing is possible Various energy storage cycle coalescing engines in which turbine blade groups are substantially the same shape for each stage, and a fitting bolt assembly turbine and a heat pump are provided in 10 stages together with a thrust bearing, a bearing, and a rectangular turbine outer box (77a).   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Drives the propulsion force + Insulates and heats up ball riser (2F) at the corner of the square turbine outer casing and uses the liquid metal to save and use + Solar heating air is compressed hot and cold manufacturing + Turbine blade group Various energy storage cycle coalescing engines in which fitting bolt assembly turbines and heat pumps are provided in a single stage together with thrust bearings, bearings, and a rectangular turbine outer casing (77a) with the same diameter and shape of each paragraph.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Drives the propulsion force + Insulates and heats up ball riser (2F) at the corner of the square turbine outer casing and uses the liquid metal to save and use + Solar heating air is compressed hot and cold manufacturing + Turbine blade group Various energy storage cycle coalescing engines in which the fitting bolt assembly turbine and the heat pump are provided in two stages together with thrust bearings, bearings, and a rectangular turbine outer casing (77a) with the same diameter and substantially the same shape for each paragraph.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of square turbine outer box and liquid metal is raised and used for storage + Solar heating air is compressed and produced with heat and cold + Fully automatic processing possible Various energy storage cycle coalescing engines in which turbine blade groups are substantially the same shape for each paragraph, and a fitting bolt assembly turbine and a heat pump are provided in three stages together with a thrust bearing, a bearing and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of square turbine outer box and liquid metal is raised and used for storage + Solar heating air is compressed and produced with heat and cold + Fully automatic processing possible Various energy storage cycle coalescing engines in which the rotor blade group of a simple turbine is substantially the same shape for each paragraph and the fitting bolt assembly turbine and the heat pump are provided in four stages together with a thrust bearing, a bearing and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of square turbine outer box and liquid metal is raised and used for storage + Solar heating air is compressed with heat and cold production + Fully automatic processing Various energy storage cycle coalescing engines in which the turbine blade group of possible turbines has the same diameter and substantially the same shape for each paragraph, and the fitting bolt assembly turbine and the heat pump are provided in five stages together with the thrust bearing, the bearing and the rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Solar heated air is compressed and heated and produced with heat + turbine blades Various energy storage cycle coalescing engines in which the groups are arranged in the same shape for each stage and the bolt assembly turbine and the heat pump are provided in six stages together with the thrust bearing, the bearing and the rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Solar heated air is compressed and heated and produced with heat + turbine blades Various energy storage cycle coalescing engines in which the groups are made into the same shape and the same diameter for each stage, and the fitting bolt assembly turbine and the heat pump are provided in seven stages together with the thrust bearing, the bearing and the rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used. + Solar heated air is compressed and heated and cooled. + Fully automatic processing is possible. Various energy storage cycle coalescing engines in which a fitting bolt assembly turbine and a heat pump are provided in 8 stages together with a thrust bearing, a bearing and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and stored. + Solar heated air is compressed and heated and cooled. Various energy storage cycle coalescence engines provided with a fitting bolt assembly turbine and a heat pump in 9 stages together with a thrust bearing, a bearing and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is raised and stored. + Solar heated air is compressed and heated and cooled. Various energy storage cycle coalescing engines in which a fitting bolt assembly turbine and a heat pump are provided in 10 stages together with a thrust bearing, a bearing and a rectangular turbine outer box (77a) as the same shape.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and stored. + Solar heating air is compressed and heated and cooled. Various energy storage cycle coalescing engines in which a turbine and a heat pump are provided in a single stage together with a thrust bearing, a bearing and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and stored. + Solar heating air is compressed and heated and cooled. Various energy storage cycle coalescing engines in which a turbine and a heat pump are provided in two stages together with a thrust bearing, a bearing and a rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated Cold energy manufacturing + Fully automatic processing possible Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump in three stages with thrust bearing, bearing and square turbine outer box (77a) Conservation cycle coalescence organization.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated Various kinds of turbine blades that have the same diameter and almost the same shape for each stage, and are equipped with a fitting bolt assembly turbine and a heat pump in four stages together with thrust bearings, bearings, and a rectangular turbine outer box (77a). Energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated A turbine blade group capable of cold-heating manufacturing and fully automatic machining is provided with the same diameter and shape of each stage, and a fitting bolt assembly turbine and a heat pump are provided in five stages together with a thrust bearing, a bearing, and a rectangular turbine outer box (77a). Various energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated Various energy storage cycle coalescence engine with a turbine assembly and a heat pump in six stages with thrust bearings, bearings, and a rectangular turbine outer box (77a), with the cooling blade manufacturing + turbine rotor blade group having the same diameter and the same shape for each stage. .   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated Various energy storage cycle coalescing engines, with the turbine blades and heat pumps installed in 7 stages together with thrust bearings, bearings, and the rectangular turbine outer box (77a), with the rotor blades of the turbine + the same diameter and shape of each stage. .   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air Compressed hot and cold manufacturing + Fully automatic processing possible The turbine blades are set to the same diameter and shape of each stage, and the fitting bolt assembly turbine and heat pump are arranged in 8 stages together with thrust bearings, bearings and rectangular turbine outer casing (77a). Various energy conservation cycle coalescence engines provided.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air Compressed hot and cold manufacturing + Fully automatic machining of turbine blades with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with 9 stages with thrust bearing, bearing and square turbine outer box (77a) Various energy conservation cycle coalescence engine established in.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air A turbine blade group capable of full-automatic machining and compression hot / cold heat production is set to have the same diameter and shape of each stage, and a fitting bolt assembly turbine and a heat pump are installed together with a thrust bearing, a bearing and a rectangular turbine outer box (77a). Various energy conservation cycle coalescence engine installed in the stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air Compressed hot and cold manufacturing + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) in one stage Conservation cycle coalescence organization.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air Compressed hot and cold manufacturing + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) in two stages Conservation cycle coalescence organization.   Turbine multiple drive short-time coalescence engine injection section (78S) Liquid metal solar engine that makes large propulsion propulsion output + Accelerating the output sphere (2E) downward by gravity acceleration Turbine drive + Combined engine injection section (78S ) Driving propulsion force + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and stored. + Solar heated air is compressed and heated and cooled. Various energy storage cycle coalescing engines in which the blade groups are substantially the same shape for each stage, and the fitting bolt assembly turbine and heat pump are provided in three stages together with thrust bearings, bearings, and a rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalescence engine injection section (78S) Liquid metal solar engine that makes large propulsion propulsion output + Accelerating the output sphere (2E) downward by gravity acceleration Turbine drive + Combined engine injection section (78S ) Driving propulsion force + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and stored + Solar heated air is compressed and heated and cooled + Turbine capable of fully automatic processing Various energy storage cycle coalescing engines in which the rotor blade group of each stage is substantially the same shape for each stage, and the fitting bolt assembly turbine and the heat pump are provided in four stages together with the thrust bearing, the bearing and the rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalescence engine injection section (78S) Liquid metal solar engine that makes large propulsion propulsion output + Accelerating the output sphere (2E) downward by gravity acceleration Turbine drive + Combined engine injection section (78S ) Driving propulsion force + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and stored + Solar heated air is compressed and heated and cooled + Fully automatic processing is possible Various energy storage cycle coalescing engines in which the turbine blade groups are substantially the same shape for each paragraph, and the fitting bolt assembly turbine and heat pump are provided in five stages together with thrust bearings, bearings, and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection section (78S) Liquid metal solar engine that makes large propulsion propulsion output + Accelerating the output sphere (2E) downward by gravity acceleration Turbine drive + Combined engine injection section (78S ) Drives the propulsion force + Insulates and heats up sphere lift device (2F) at the corner of the square turbine outer box and uses the liquid metal ascending and storing + Solar heating air is compressed and heated and cooled + The turbine blades Various energy storage cycle coalescing engines in which the fitting bolt assembly turbine and heat pump are provided in six stages together with thrust bearings, bearings, and a rectangular turbine outer casing (77a) with the same diameter and substantially the same shape for each paragraph.   Turbine multiple drive short-time coalescence engine injection section (78S) Liquid metal solar engine that makes large propulsion propulsion output + Accelerating the output sphere (2E) downward by gravity acceleration Turbine drive + Combined engine injection section (78S ) Drives the propulsion force + Insulates and heats up ball riser (2F) at the corner of the square turbine outer casing and uses the liquid metal to save and use + Solar heating air is compressed hot and cold manufacturing + Turbine blade group Various energy storage cycle coalescing engines in which a fitting bolt assembly turbine and a heat pump are provided in seven stages together with a thrust bearing, a bearing, and a rectangular turbine outer casing (77a) as each paragraph having the same diameter and shape.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of square turbine outer box and liquid metal is raised and used for storage + Solar heating air is compressed and produced with heat and cold + Fully automatic processing possible Various energy storage cycle coalescing engines in which the turbine blade groups are substantially the same shape for each paragraph, and the fitting bolt assembly turbine and heat pump are provided in eight stages together with thrust bearings, bearings, and the rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of square turbine outer box and liquid metal is raised and used for storage + Solar heating air is compressed and produced with heat and cold + Fully automatic processing possible Various energy storage cycle coalescing engines in which the rotor blade group of a simple turbine is substantially the same shape for each paragraph, and the fitting bolt assembly turbine and the heat pump are provided in nine stages together with a thrust bearing, a bearing and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of square turbine outer box and liquid metal is raised and used for storage + Solar heating air is compressed with heat and cold production + Fully automatic processing Various energy storage cycle coalescing engines in which the rotor blade groups of possible turbines have the same diameter and substantially the same shape for each paragraph, and the fitting bolt assembly turbine and the heat pump are provided in 10 stages together with the thrust bearing, the bearing and the rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Solar heated air is compressed and heated and produced with heat + turbine blades Various energy storage cycle coalescing engines in which groups are arranged in the same shape for each stage, and a bolt assembly turbine and a heat pump are provided in one stage together with a thrust bearing, a bearing and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Solar heated air is compressed and heated and produced with heat + turbine blades Various energy storage cycle coalescing engines in which the groups are made into substantially the same shape for each paragraph and the fitting bolt assembly turbine and the heat pump are provided in two stages together with the thrust bearing, the bearing and the rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used. + Solar heated air is compressed and heated and cooled. + Fully automatic processing is possible. Various energy storage cycle coalescing engines in which a fitting bolt assembly turbine and a heat pump are provided in three stages together with a thrust bearing, a bearing and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and stored. + Solar heated air is compressed and heated and cooled. Various energy storage cycle coalescing engines provided with a fitting bolt assembly turbine and a heat pump in four stages together with a thrust bearing, a bearing and a rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is raised and stored. + Solar heated air is compressed and heated and cooled. Various energy storage cycle coalescing engines in which a fitting bolt assembly turbine and a heat pump are provided in five stages together with a thrust bearing, a bearing and a rectangular turbine outer casing (77a) as the same shape.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and stored. + Solar heating air is compressed and heated and cooled. Various energy storage cycle coalescing engines in which a turbine and a heat pump are provided in six stages together with a thrust bearing, a bearing and a rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and stored. + Solar heating air is compressed and heated and cooled. Various energy storage cycle coalescing engines in which a turbine and a heat pump are provided in seven stages together with a thrust bearing, a bearing and a rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated Cool energy production + Fully automatic processing possible Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) in 8 stages Conservation cycle coalescence organization.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and liquid metal is raised and used for storage + Solar heating air is compressed and heated Various types of turbine blades and heat pumps with 9 stages in combination with thrust bearings, bearings, and rectangular turbine outer casing (77a), with turbine blades that have the same diameter and the same shape for each stage. Energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated The turbine blade group capable of cold-heating manufacturing and fully automatic machining is made to have the same diameter and shape of each stage, and the fitting bolt assembly turbine and the heat pump are provided in 10 stages together with the thrust bearing, the bearing and the rectangular turbine outer box (77a). Various energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated Various energy storage cycle coalescing engines, with the cooling blades + turbine turbine blade group set to the same diameter and shape of each stage, and fitted bolt assembly turbines and heat pumps with thrust bearings, bearings, and a rectangular turbine outer box (77a) in one stage .   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated Various energy storage cycle coalescence engine with a turbine assembly and a heat pump in two stages with thrust bearings, bearings, and a rectangular turbine outer box (77a), with the rotor blades of the turbine + the same diameter and approximately the same shape for each stage. .   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air Compressed hot and cold manufacturing + Fully automatic processing possible The rotor blades of the turbine have the same diameter and shape of each stage, and the fitting bolt assembly turbine and heat pump are arranged in three stages together with thrust bearings, bearings, and the rectangular turbine outer casing (77a) Various energy conservation cycle coalescence engines provided.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air Compressed hot and cold production + Fully automatic machining of turbine blades with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) in 4 stages Various energy conservation cycle coalescence engine established in.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air The turbine blades capable of compressing hot and cold manufacturing and fully automatic machining are set to the same diameter and the same shape for each stage, and the fitting bolt assembly turbine and heat pump are combined with thrust bearings, bearings, and the rectangular turbine outer casing (77a). Various energy conservation cycle coalescence engine installed in the stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air Compressed hot and cold manufacturing + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with 6 stages with thrust bearing, bearing and square turbine outer box (77a) Conservation cycle coalescence organization.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air Compressed hot and cold manufacturing + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump in 7 stages with thrust bearing, bearing and square turbine outer box (77a) Conservation cycle coalescence organization.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driving propulsion force + Insulating and increasing ball lift device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and stored. + Solar heated air is compressed and heated and cooled. Various energy storage cycle coalescing engines in which the blade groups are substantially the same shape for each stage, and the fitting bolt assembly turbine and the heat pump are provided in eight stages together with the thrust bearing, the bearing, and the rectangular turbine outer box (77a).   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driving propulsion force + Insulating sphere increasing device (2F) is installed in the corner of the outer corner of the square turbine, and liquid metal is raised and stored + Solar heated air is compressed and heated and cooled + Turbine capable of fully automatic processing Various energy storage cycle coalescing engines in which the rotor blade group of each stage is substantially the same shape for each stage, and the fitting bolt assembly turbine and the heat pump are provided in 9 stages together with the thrust bearing, the bearing and the rectangular turbine outer casing (77a).   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driving propulsion force + Insulating and increasing ball lifting device (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Solar heating air is compressed and heated and cooled + Fully automatic processing is possible Various energy storage cycle coalescing engines in which turbine blade groups are substantially the same shape for each stage, and a fitting bolt assembly turbine and a heat pump are provided in 10 stages together with a thrust bearing, a bearing, and a rectangular turbine outer box (77a).   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Drives the propulsion force + Insulates and heats up ball riser (2F) at the corner of the square turbine outer casing and uses the liquid metal to save and use + Solar heating air is compressed hot and cold manufacturing + Turbine blade group Various energy storage cycle coalescing engines in which fitting bolt assembly turbines and heat pumps are provided in a single stage together with thrust bearings, bearings, and a rectangular turbine outer casing (77a) with the same diameter and shape of each paragraph.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Drives the propulsion force + Insulates and heats up ball riser (2F) at the corner of the square turbine outer casing and uses the liquid metal to save and use + Solar heating air is compressed hot and cold manufacturing + Turbine blade group Various energy storage cycle coalescing engines in which the fitting bolt assembly turbine and the heat pump are provided in two stages together with thrust bearings, bearings, and a rectangular turbine outer casing (77a) with the same diameter and substantially the same shape for each paragraph.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of square turbine outer box and liquid metal is raised and used for storage + Solar heating air is compressed and produced with heat and cold + Fully automatic processing possible Various energy storage cycle coalescing engines in which turbine blade groups are substantially the same shape for each paragraph, and a fitting bolt assembly turbine and a heat pump are provided in three stages together with a thrust bearing, a bearing and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of square turbine outer box and liquid metal is raised and used for storage + Solar heating air is compressed and produced with heat and cold + Fully automatic processing possible Various energy storage cycle coalescing engines in which the rotor blade group of a simple turbine is substantially the same shape for each paragraph and the fitting bolt assembly turbine and the heat pump are provided in four stages together with a thrust bearing, a bearing and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of square turbine outer box and liquid metal is raised and used for storage + Solar heating air is compressed with heat and cold production + Fully automatic processing Various energy storage cycle coalescing engines in which the turbine blade group of possible turbines has the same diameter and substantially the same shape for each paragraph, and the fitting bolt assembly turbine and the heat pump are provided in five stages together with the thrust bearing, the bearing and the rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Solar heated air is compressed and heated and produced with heat + turbine blades Various energy storage cycle coalescing engines in which the groups are arranged in the same shape for each stage and the bolt assembly turbine and the heat pump are provided in six stages together with the thrust bearing, the bearing and the rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Solar heated air is compressed and heated and produced with heat + turbine blades Various energy storage cycle coalescing engines in which the groups are made into the same shape and the same diameter for each stage, and the fitting bolt assembly turbine and the heat pump are provided in seven stages together with the thrust bearing, the bearing and the rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used. + Solar heated air is compressed and heated and cooled. + Fully automatic processing is possible. Various energy storage cycle coalescing engines in which a fitting bolt assembly turbine and a heat pump are provided in 8 stages together with a thrust bearing, a bearing and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and stored. + Solar heated air is compressed and heated and cooled. Various energy storage cycle coalescence engines provided with a fitting bolt assembly turbine and a heat pump in 9 stages together with a thrust bearing, a bearing and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is raised and stored. + Solar heated air is compressed and heated and cooled. Various energy storage cycle coalescing engines in which a fitting bolt assembly turbine and a heat pump are provided in 10 stages together with a thrust bearing, a bearing and a rectangular turbine outer box (77a) as the same shape.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and stored. + Solar heating air is compressed and heated and cooled. Various energy storage cycle coalescing engines in which a turbine and a heat pump are provided in a single stage together with a thrust bearing, a bearing and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and stored. + Solar heating air is compressed and heated and cooled. Various energy storage cycle coalescing engines in which a turbine and a heat pump are provided in two stages together with a thrust bearing, a bearing and a rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated Cold energy manufacturing + Fully automatic processing possible Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump in three stages with thrust bearing, bearing and square turbine outer box (77a) Conservation cycle coalescence organization.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated Various kinds of turbine blades that have the same diameter and almost the same shape for each stage, and are equipped with a fitting bolt assembly turbine and a heat pump in four stages together with thrust bearings, bearings, and a rectangular turbine outer box (77a). Energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated A turbine blade group capable of cold-heating manufacturing and fully automatic machining is provided with the same diameter and shape of each stage, and a fitting bolt assembly turbine and a heat pump are provided in five stages together with a thrust bearing, a bearing, and a rectangular turbine outer box (77a). Various energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated Various energy storage cycle coalescence engine with a turbine assembly and a heat pump in six stages with thrust bearings, bearings, and a rectangular turbine outer box (77a), with the cooling blade manufacturing + turbine rotor blade group having the same diameter and the same shape for each stage. .   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated Various energy storage cycle coalescing engines, with the turbine blades and heat pumps installed in 7 stages together with thrust bearings, bearings, and the rectangular turbine outer box (77a), with the rotor blades of the turbine + the same diameter and shape of each stage. .   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air Compressed hot and cold manufacturing + Fully automatic processing possible The turbine blades are set to the same diameter and shape of each stage, and the fitting bolt assembly turbine and heat pump are arranged in 8 stages together with thrust bearings, bearings and rectangular turbine outer casing (77a). Various energy conservation cycle coalescence engines provided.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air Compressed hot and cold manufacturing + Fully automatic machining of turbine blades with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with 9 stages with thrust bearing, bearing and square turbine outer box (77a) Various energy conservation cycle coalescence engine established in.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air A turbine blade group capable of full-automatic machining and compression hot / cold heat production is set to have the same diameter and shape of each stage, and a fitting bolt assembly turbine and a heat pump are installed together with a thrust bearing, a bearing and a rectangular turbine outer box (77a). Various energy conservation cycle coalescence engine installed in the stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air Compressed hot and cold manufacturing + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) in one stage Conservation cycle coalescence organization.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air Compressed hot and cold manufacturing + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) in two stages Conservation cycle coalescence organization.   Turbine multiple drive short-time coalescence engine injection section (78S) Liquid metal solar engine that makes large propulsion propulsion output + Accelerating the output sphere (2E) downward by gravity acceleration Turbine drive + Combined engine injection section (78S ) Driving propulsion force + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and stored. + Solar heated air is compressed and heated and cooled. Various energy storage cycle coalescing engines in which the blade groups are substantially the same shape for each stage, and the fitting bolt assembly turbine and heat pump are provided in three stages together with thrust bearings, bearings, and a rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalescence engine injection section (78S) Liquid metal solar engine that makes large propulsion propulsion output + Accelerating the output sphere (2E) downward by gravity acceleration Turbine drive + Combined engine injection section (78S ) Driving propulsion force + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and stored + Solar heated air is compressed and heated and cooled + Turbine capable of fully automatic processing Various energy storage cycle coalescing engines in which the rotor blade group of each stage is substantially the same shape for each stage, and the fitting bolt assembly turbine and the heat pump are provided in four stages together with the thrust bearing, the bearing and the rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalescence engine injection section (78S) Liquid metal solar engine that makes large propulsion propulsion output + Accelerating the output sphere (2E) downward by gravity acceleration Turbine drive + Combined engine injection section (78S ) Driving propulsion force + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and stored + Solar heated air is compressed and heated and cooled + Fully automatic processing is possible Various energy storage cycle coalescing engines in which the turbine blade groups are substantially the same shape for each paragraph, and the fitting bolt assembly turbine and heat pump are provided in five stages together with thrust bearings, bearings, and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection section (78S) Liquid metal solar engine that makes large propulsion propulsion output + Accelerating the output sphere (2E) downward by gravity acceleration Turbine drive + Combined engine injection section (78S ) Drives the propulsion force + Insulates and heats up sphere lift device (2F) at the corner of the square turbine outer box and uses the liquid metal ascending and storing + Solar heating air is compressed and heated and cooled + The turbine blades Various energy storage cycle coalescing engines in which the fitting bolt assembly turbine and heat pump are provided in six stages together with thrust bearings, bearings, and a rectangular turbine outer casing (77a) with the same diameter and substantially the same shape for each paragraph.   Turbine multiple drive short-time coalescence engine injection section (78S) Liquid metal solar engine that makes large propulsion propulsion output + Accelerating the output sphere (2E) downward by gravity acceleration Turbine drive + Combined engine injection section (78S ) Drives the propulsion force + Insulates and heats up ball riser (2F) at the corner of the square turbine outer casing and uses the liquid metal to save and use + Solar heating air is compressed hot and cold manufacturing + Turbine blade group Various energy storage cycle coalescing engines in which a fitting bolt assembly turbine and a heat pump are provided in seven stages together with a thrust bearing, a bearing, and a rectangular turbine outer casing (77a) as each paragraph having the same diameter and shape.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine for large injection propulsion output + Configuration and method for accelerating output increase sphere (2E) + Intake air path length lens and solar heating / cooling manufacture with sunlight + A warming-increasing sphere raising device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and stored and used. + Solar heated air is compressed and heated and cooled. + Fully automatic processing possible. Various energy storage cycle coalescing engines in which fitting bolt assembly turbines and heat pumps are provided in eight stages with a thrust bearing, a bearing, and a rectangular turbine outer box (77a) as substantially the same diameter.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine for large injection propulsion output + Configuration and method for accelerating output augmenting sphere (2E) + Intake air path length lens and solar heating / cooling manufacture with sunlight + A warming-increasing sphere raising device (2F) is installed at the corner of the square turbine outer box to save and use liquid metal. + Solar heated air is compressed and heated and cooled. Various energy storage cycle coalescence engines with fitting bolt assembly turbines and heat pumps of the same diameter and substantially the same shape, provided in 9 stages together with thrust bearings, bearings and square turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine for large injection propulsion output + Configuration and method for accelerating output increase sphere (2E) + Intake air path length lens and solar heating / cooling manufacture with sunlight + A warming and increasing ball lifting device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and stored. + Solar heated air is compressed and heated and cooled. Various energy storage cycle coalescing engines in which fitting bolt assembly turbines and heat pumps are provided in 10 stages together with thrust bearings, bearings and a rectangular turbine outer box (77a), each having the same diameter and substantially the same shape.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine for large injection propulsion output + Configuration and method for accelerating output augmenting sphere (2E) + Intake air path length lens and solar heating / cooling manufacture with sunlight + A warming and increasing sphere raising device (2F) is installed at the corner of the square turbine outer box to save and use liquid metal. + Solar heated air is compressed and heated and cooled. Various energy storage cycle coalescing engines in which a fitting bolt assembly turbine and a heat pump are provided in one stage together with a thrust bearing, a bearing and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine for large injection propulsion output + Configuration and method for accelerating output augmenting sphere (2E) + Intake air path length lens and solar heating / cooling manufacture with sunlight + A warming and increasing sphere raising device (2F) is installed at the corner of the square turbine outer box to save and use liquid metal. + Solar heated air is compressed and heated and cooled. Various energy storage cycle coalescing engines in which a fitting bolt assembly turbine and a heat pump are provided in two stages together with a thrust bearing, a bearing and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine for large injection propulsion output + Configuration and method for accelerating output increase sphere (2E) + Intake air path length lens and solar heating / cooling manufacture with sunlight + A warming-increasing sphere raising device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and stored and used. + Solar heated air is compressed and heated and cooled. + Fully automatic processing possible. Various energy storage cycle coalescing engines in which fitting bolt assembly turbines and heat pumps are provided in three stages with thrust bearings, bearings, and a rectangular turbine outer casing (77a) as substantially the same diameter.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine for large injection propulsion output + Configuration and method for accelerating output increase sphere (2E) + Intake air path length lens and solar heating / cooling manufacture with sunlight + A warming-increasing sphere raising device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and stored. + Solar heated air is compressed and heated and cooled. Various energy storage cycle coalescing engines with fitting bolt assembly turbines and heat pumps having the same diameter and substantially the same shape as thrust bearings, bearings, and a rectangular turbine outer box (77a) in four stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine for large injection propulsion output + Configuration and method for accelerating output augmenting sphere (2E) + Intake air path length lens and solar heating / cooling manufacture with sunlight + A warming and increasing ball lifting device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and stored. + Solar heated air is compressed and heated and cooled. Various energy storage cycle coalescing engines in which fitting bolt assembly turbines and heat pumps are provided in five stages together with thrust bearings and bearings and a rectangular turbine outer casing (77a), each having the same diameter and substantially the same shape.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine for large injection propulsion output + Configuration and method for accelerating output augmenting sphere (2E) + Intake air path length lens and solar heating / cooling manufacture with sunlight + A warming and increasing sphere raising device (2F) is installed at the corner of the square turbine outer box to save and use liquid metal. + Solar heated air is compressed and heated and cooled. Various energy storage cycle coalescing engines in which a fitting bolt assembly turbine and a heat pump are provided in six stages together with a thrust bearing, a bearing and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine for large injection propulsion output + Configuration and method for accelerating output augmenting sphere (2E) + Intake air path length lens and solar heating / cooling manufacture with sunlight + A warming and increasing sphere raising device (2F) is installed at the corner of the square turbine outer box to save and use liquid metal. + Solar heated air is compressed and heated and cooled. Various energy storage cycle coalescing engines in which a fitting bolt assembly turbine and a heat pump are provided in seven stages together with a thrust bearing, a bearing and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection driving force + Insulates and uses liquid thermal riser by installing heat-increasing sphere raising device (2F) at corner of outer corner of square turbine + Solar heating Air can be compressed and heated and cooled + Fully automatic processable The turbine blades are of the same shape and the same shape for each stage, and the fitting bolt assembly turbine and heat pump are combined with thrust bearings, bearings, and a rectangular turbine outer box (77a) in 8 stages. Various energy conservation cycle coalescence engine established in   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying ships with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal rises by installing a heat-retaining and increasing ball raising device (2F) at the corner of the rectangular turbine outer casing + Solar heating The turbine blades of the turbine capable of compressing hot and cold manufacturing + fully automatic processing and having the same diameter and the same shape for each stage are fitted with a bolt assembly turbine and a heat pump together with thrust bearings, bearings and a rectangular turbine outer casing (77a). Various energy conservation cycle coalescence engine installed in the stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying ships with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal rises by installing a heat-retaining and increasing ball raising device (2F) at the corner of the rectangular turbine outer casing + Solar heating Turbine blades capable of compressing hot and cold production and fully automatic machining with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump together with thrust bearing, bearing and square turbine outer box (77a) Various energy conservation cycle coalescence engine provided in 10 stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection driving force + Insulates and uses liquid thermal riser by installing heat-increasing sphere raising device (2F) at corner of outer corner of square turbine + Solar heating Compressed hot / cold air and air production + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) in one stage Energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Drives + Drives various flying ships with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal rises by installing a heat-retaining and increasing ball raising device (2F) at the corner of the rectangular turbine outer casing + Solar heating Compressed and heated air and cold production + turbine blades with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) in two stages Energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection driving force + Insulates and uses liquid thermal riser by installing heat-increasing sphere raising device (2F) at corner of outer corner of square turbine + Solar heating Air can be compressed and heated and cooled + Fully automatic processable The turbine blades have the same diameter and shape of each stage, and the fitting bolt assembly turbine and heat pump are combined with thrust bearings, bearings, and the rectangular turbine outer box (77a) in three stages. Various energy conservation cycle coalescence engine established in.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Drives + Drives various flying ships with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal rises by installing a heat-retaining and increasing ball raising device (2F) at the corner of the rectangular turbine outer casing + Solar heating Air can be compressed and heated and cooled + Fully automatic processable The rotor blade group of the turbine has the same diameter and shape of each stage, and the fitting bolt assembly turbine and heat pump are combined with thrust bearings, bearings, and the rectangular turbine outer casing (77a) in four stages. Various energy conservation cycle coalescence engine established in.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying ships with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal rises by installing a heat-retaining and increasing ball raising device (2F) at the corner of the rectangular turbine outer casing + Solar heating Air can be compressed and heated and cooled + Fully automatic processable The blades of the turbine have the same diameter and the same shape for each stage, and the fitting bolt assembly turbine and heat pump are combined with thrust bearings, bearings, and the rectangular turbine outer box (77a) in five stages. Various energy conservation cycle coalescence engine established in.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection driving force + Insulates and uses liquid thermal riser by installing heat-increasing sphere raising device (2F) at corner of outer corner of square turbine + Solar heating Compressed hot / cold air and air production + Fully automatic processable The rotor blades of the turbine have the same diameter and shape of each stage, and the fitting bolt assembly turbine and heat pump are combined with thrust bearings, bearings, and a square turbine outer box (77a) in six stages. Various energy conservation cycle coalescence engine established in.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection driving force + Insulates and uses liquid thermal riser by installing heat-increasing sphere raising device (2F) at corner of outer corner of square turbine + Solar heating Air can be compressed and heated and cooled + Fully automatic processable The turbine blades are almost the same shape for each stage, and the assembly bolt assembly turbine and heat pump are combined with thrust bearings, bearings, and a rectangular turbine outer box (77a) in 7 stages. Various energy conservation cycle coalescence engine established in.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying ships with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal rises by installing a heat-retaining and increasing ball raising device (2F) at the corner of the rectangular turbine outer casing + Solar heating Compressed hot / cold heat and cold production + Fully automatic machining of turbine blades with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump together with thrust bearing, bearing and square turbine outer box (77a) 8 Various energy conservation cycle coalescence engine installed in the stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying ships with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal rises by installing a heat-retaining and increasing ball raising device (2F) at the corner of the rectangular turbine outer casing + Solar heating The turbine blades of the turbine capable of compressing hot and cold manufacturing + fully automatic processing and having the same diameter and the same shape for each stage are fitted with a bolt assembly turbine and a heat pump together with thrust bearings, bearings and a rectangular turbine outer casing (77a). Various energy conservation cycle coalescence engine installed in the stage.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection driving force + Insulates and uses liquid thermal riser by installing heat-increasing sphere raising device (2F) at corner of outer corner of square turbine + Solar heating The turbine blades of the turbine capable of compressing hot and cold production and fully automatic processing with the same diameter and the same shape for each stage are fitted with a fitting bolt assembly turbine and a heat pump together with a thrust bearing, a bearing and a rectangular turbine outer box (77a). Various energy conservation cycle coalescence engine installed in the stage.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection driving force + Insulates and uses liquid thermal riser by installing heat-increasing sphere raising device (2F) at corner of outer corner of square turbine + Solar heating Compressed hot / cold heat and air production + Fully automatic machining of turbine blades with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) Various energy conservation cycle coalescence engine installed in the stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying ships with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal rises by installing a heat-retaining and increasing ball raising device (2F) at the corner of the rectangular turbine outer casing + Solar heating Compressed hot / cold air and air production + Fully automatic machining of turbine blades with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) Various energy conservation cycle coalescence engine installed in the stage.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection driving force + Insulates and uses liquid thermal riser by installing heat-increasing sphere raising device (2F) at corner of outer corner of square turbine + Solar heating Compressed hot / cold heat and cold production + Fully automatic machining of turbine blades with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump together with thrust bearing, bearing and square turbine outer box (77a) Various energy storage cycle coalescing engine in 3 stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection driving force + Insulates and uses liquid thermal riser by installing heat-increasing sphere raising device (2F) at corner of outer corner of square turbine + Solar heating Compressed hot / cold heat and cold production + Fully automatic machining of turbine blades with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump together with thrust bearing, bearing and square turbine outer box (77a) Various energy storage cycle coalescence engine provided in 4 stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying ships with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal rises by installing a heat-retaining and increasing ball raising device (2F) at the corner of the rectangular turbine outer casing + Solar heating Turbine blades capable of compressing hot and cold production and fully automatic machining with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump together with thrust bearing, bearing and square turbine outer box (77a) Various energy storage cycle coalescence engine provided in 5 stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection driving force + Insulates and uses liquid thermal riser by installing heat-increasing sphere raising device (2F) at corner of outer corner of square turbine + Solar heating Compressed hot / cold heat and cold production + Fully automatic machining of turbine blades with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump together with thrust bearing, bearing and square turbine outer box (77a) Various energy storage cycle coalescing engines in 6 stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection driving force + Insulates and uses liquid thermal riser by installing heat-increasing sphere raising device (2F) at corner of outer corner of square turbine + Solar heating Compressed hot / cold heat and cold production + Fully automatic machining of turbine blades with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump together with thrust bearing, bearing and square turbine outer box (77a) Various energy conservation cycle coalescence engine provided in 7 stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection driving force + Insulates and uses liquid thermal riser by installing heat-increasing sphere raising device (2F) at corner of outer corner of square turbine + Solar heating Compressed hot / cold air and air production + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) in 8 stages Energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection driving force + Insulates and uses liquid thermal riser by installing heat-increasing sphere raising device (2F) at corner of outer corner of square turbine + Solar heating Compressed hot / cold air and air production + Turbine rotor blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with 9 stages with thrust bearing, bearing and square turbine outer box (77a) Energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection driving force + Insulates and uses liquid thermal riser by installing heat-increasing sphere raising device (2F) at corner of outer corner of square turbine + Solar heating Compressed hot / cold air and air production + turbine rotor blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) in 10 stages Energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection driving force + Insulates and uses liquid thermal riser by installing heat-increasing sphere raising device (2F) at corner of outer corner of square turbine + Solar heating Compressed hot / cold air and air production + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) in one stage Energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Drives + Drives various flying ships with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal rises by installing a heat-retaining and increasing ball raising device (2F) at the corner of the rectangular turbine outer casing + Solar heating Compressed and heated air and cold production + turbine blades with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) in two stages Energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection driving force + Insulates and uses liquid thermal riser by installing heat-increasing sphere raising device (2F) at corner of outer corner of square turbine + Solar heating Compressed hot / cold air and air production + turbine rotor blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump in three stages with thrust bearing, bearing and square turbine outer box (77a) Energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying ships with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal rises by installing a heat-retaining and increasing ball raising device (2F) at the corner of the rectangular turbine outer casing + Solar heating Compressed hot / cold air and air production + turbine rotor blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) in 4 stages Energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying ships with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal rises by installing a heat-retaining and increasing ball raising device (2F) at the corner of the rectangular turbine outer casing + Solar heating Compressed hot / cold air and air production + turbine blades with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) in 5 stages Energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying ships with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal rises by installing a heat-retaining and increasing ball raising device (2F) at the corner of the rectangular turbine outer casing + Solar heating Compressed hot / cold air and air production + turbine blades with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) in 6 stages Energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying ships with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal rises by installing a heat-retaining and increasing ball raising device (2F) at the corner of the rectangular turbine outer casing + Solar heating Compressed hot / cold air and air production + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) in 7 stages Energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying ships with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal rises by installing a heat-retaining and increasing ball raising device (2F) at the corner of the rectangular turbine outer casing + Solar heating Compressed and heated air and air production + Turbine blades are almost the same shape for each stage to form a fitting bolt assembly, and heat pumps are provided in 8 stages together with thrust bearings, bearings, and a rectangular turbine outer box (77a) Various energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying ships with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal rises by installing a heat-retaining and increasing ball raising device (2F) at the corner of the rectangular turbine outer casing + Solar heating Compressed hot and cold air production + turbine rotor blade group with the same diameter and shape of each stage for assembly bolt assembly, and heat pumps are provided in 9 stages together with thrust bearings, bearings and rectangular turbine outer box (77a) Various energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying ships with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal rises by installing a heat-retaining and increasing ball raising device (2F) at the corner of the rectangular turbine outer casing + Solar heating Compressed hot / cold air and air production + turbine rotor blade group with the same diameter and shape of each stage for assembly bolt assembly, and heat pump with 10 stages along with thrust bearing, bearing and square turbine outer box (77a) Various energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying ships with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal rises by installing a heat-retaining and increasing ball raising device (2F) at the corner of the rectangular turbine outer casing + Solar heating Compressed hot / cold air and air production + Turbine blade group with the same diameter and shape of each stage for assembly bolt assembly and heat pump with thrust bearing, bearing and square turbine outer box (77a) in one stage Various energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying ships with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal rises by installing a heat-retaining and increasing ball raising device (2F) at the corner of the rectangular turbine outer casing + Solar heating Compressed hot / cold air and air production + Turbine blade group with the same diameter and shape of each stage for assembly bolt assembly and heat pump in two stages with thrust bearing, bearing and square turbine outer box (77a) Various energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Heat retention increase ball lift device (2F) Increase head drop + Heat retention increase ball lift device (2F) is installed at the corner of the square turbine outer box to raise the liquid metal Preservation use + Solar heating air is compressed and heated and cooled + Fully automatic processable The turbine blades are of the same diameter and shape of each stage, and the bolt assembly turbine and heat pump are installed outside the thrust bearing, bearing or square turbine Various energy conservation cycle coalescence engine provided in 3 stages with box (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Heat retention increase ball lift device (2F) Increase head drop + Heat retention increase ball lift device (2F) is installed at the corner of the square turbine outer box to raise the liquid metal Preservation use + Solar heating air is compressed hot and cold manufacturing + Fully automatic machining turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump as thrust bearing, bearing and square turbine Various energy storage cycle coalescence engine provided in 4 stages together with the outer box (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Heat retention increase ball lift device (2F) Increase head drop + Heat retention increase ball lift device (2F) is installed at the corner of the square turbine outer box to raise the liquid metal Preservation use + Solar heating air is compressed and heated and cooled manufacturing + Turbine blade group capable of full-automatic processing is made to have the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump as thrust bearing, bearing and square type Various energy storage cycle coalescence engine provided in five stages together with the turbine outer box (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Heat retention increase ball lift device (2F) Increase head drop + Heat retention increase ball lift device (2F) is installed at the corner of the square turbine outer box to raise the liquid metal Preservation use + Compressed and heated solar air heating and cooling + Turbine rotor blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearings and bearings and rectangular turbine outer box (77a) Various energy storage cycle coalescence engines provided in 6 stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Heat retention increase ball lift device (2F) Increase head drop + Heat retention increase ball lift device (2F) is installed at the corner of the square turbine outer box to raise the liquid metal Preservation use + Compressed and heated solar air heating and cooling + Turbine rotor blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearings and bearings and rectangular turbine outer box (77a) Together with various energy conservation cycle coalescence engine provided in 7 stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of square turbine outer box and liquid metal is raised and used for storage + Solar heating air is compressed and produced with heat and cold + Fully automatic processing possible Various energy storage cycle coalescing engines in which the turbine blade groups are substantially the same shape for each paragraph, and the fitting bolt assembly turbine and heat pump are provided in eight stages together with thrust bearings, bearings, and the rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of square turbine outer box and liquid metal is raised and used for storage + Solar heating air is compressed and produced with heat and cold + Fully automatic processing possible Various energy storage cycle coalescing engines in which the rotor blade group of a simple turbine is substantially the same shape for each paragraph, and the fitting bolt assembly turbine and the heat pump are provided in nine stages together with a thrust bearing, a bearing and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of square turbine outer box and liquid metal is raised and used for storage + Solar heating air is compressed with heat and cold production + Fully automatic processing Various energy storage cycle coalescing engines in which the rotor blade groups of possible turbines have the same diameter and substantially the same shape for each paragraph, and the fitting bolt assembly turbine and the heat pump are provided in 10 stages together with the thrust bearing, the bearing and the rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Solar heated air is compressed and heated and produced with heat + turbine blades Various energy storage cycle coalescing engines in which groups are arranged in the same shape for each stage, and a bolt assembly turbine and a heat pump are provided in one stage together with a thrust bearing, a bearing and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Solar heated air is compressed and heated and produced with heat + turbine blades Various energy storage cycle coalescing engines in which the groups are made into substantially the same shape for each paragraph and the fitting bolt assembly turbine and the heat pump are provided in two stages together with the thrust bearing, the bearing and the rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used. + Solar heated air is compressed and heated and cooled. + Fully automatic processing is possible. Various energy storage cycle coalescing engines in which a fitting bolt assembly turbine and a heat pump are provided in three stages together with a thrust bearing, a bearing and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and stored. + Solar heated air is compressed and heated and cooled. Various energy storage cycle coalescing engines provided with a fitting bolt assembly turbine and a heat pump in four stages together with a thrust bearing, a bearing and a rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is raised and stored. + Solar heated air is compressed and heated and cooled. Various energy storage cycle coalescing engines in which a fitting bolt assembly turbine and a heat pump are provided in five stages together with a thrust bearing, a bearing and a rectangular turbine outer casing (77a) as the same shape.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and stored. + Solar heating air is compressed and heated and cooled. Various energy storage cycle coalescing engines in which a turbine and a heat pump are provided in six stages together with a thrust bearing, a bearing and a rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and stored. + Solar heating air is compressed and heated and cooled. Various energy storage cycle coalescing engines in which a turbine and a heat pump are provided in seven stages together with a thrust bearing, a bearing and a rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated Cool energy production + Fully automatic processing possible Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) in 8 stages Conservation cycle coalescence organization.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and liquid metal is raised and used for storage + Solar heating air is compressed and heated Various types of turbine blades and heat pumps with 9 stages in combination with thrust bearings, bearings, and rectangular turbine outer casing (77a), with turbine blades that have the same diameter and the same shape for each stage. Energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated The turbine blade group capable of cold-heating manufacturing and fully automatic machining is made to have the same diameter and shape of each stage, and the fitting bolt assembly turbine and the heat pump are provided in 10 stages together with the thrust bearing, the bearing and the rectangular turbine outer box (77a). Various energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated Various energy storage cycle coalescing engines, with the cooling blades + turbine turbine blade group set to the same diameter and shape of each stage, and fitted bolt assembly turbines and heat pumps with thrust bearings, bearings, and a rectangular turbine outer box (77a) in one stage .   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated Various energy storage cycle coalescence engine with a turbine assembly and a heat pump in two stages with thrust bearings, bearings, and a rectangular turbine outer box (77a), with the rotor blades of the turbine + the same diameter and approximately the same shape for each stage. .   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air Compressed hot and cold manufacturing + Fully automatic processing possible The rotor blades of the turbine have the same diameter and shape of each stage, and the fitting bolt assembly turbine and heat pump are arranged in three stages together with thrust bearings, bearings, and the rectangular turbine outer casing (77a) Various energy conservation cycle coalescence engines provided.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air Compressed hot and cold production + Fully automatic machining of turbine blades with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) in 4 stages Various energy conservation cycle coalescence engine established in.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air The turbine blades capable of compressing hot and cold manufacturing and fully automatic machining are set to the same diameter and the same shape for each stage, and the fitting bolt assembly turbine and heat pump are combined with thrust bearings, bearings, and the rectangular turbine outer casing (77a). Various energy conservation cycle coalescence engine installed in the stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air Compressed hot and cold manufacturing + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with 6 stages with thrust bearing, bearing and square turbine outer box (77a) Conservation cycle coalescence organization.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air Compressed hot and cold manufacturing + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump in 7 stages with thrust bearing, bearing and square turbine outer box (77a) Conservation cycle coalescence organization.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driving propulsion force + Insulating and increasing ball lift device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and stored. + Solar heated air is compressed and heated and cooled. Various energy storage cycle coalescing engines in which the blade groups are substantially the same shape for each stage, and the fitting bolt assembly turbine and the heat pump are provided in eight stages together with the thrust bearing, the bearing, and the rectangular turbine outer box (77a).   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driving propulsion force + Insulating sphere increasing device (2F) is installed in the corner of the outer corner of the square turbine, and liquid metal is raised and stored + Solar heated air is compressed and heated and cooled + Turbine capable of fully automatic processing Various energy storage cycle coalescing engines in which the rotor blade group of each stage is substantially the same shape for each stage, and the fitting bolt assembly turbine and the heat pump are provided in 9 stages together with the thrust bearing, the bearing and the rectangular turbine outer casing (77a).   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driving propulsion force + Insulating and increasing ball lifting device (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Solar heating air is compressed and heated and cooled + Fully automatic processing is possible Various energy storage cycle coalescing engines in which turbine blade groups are substantially the same shape for each stage, and a fitting bolt assembly turbine and a heat pump are provided in 10 stages together with a thrust bearing, a bearing, and a rectangular turbine outer box (77a).   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Drives the propulsion force + Insulates and heats up ball riser (2F) at the corner of the square turbine outer casing and uses the liquid metal to save and use + Solar heating air is compressed hot and cold manufacturing + Turbine blade group Various energy storage cycle coalescing engines in which fitting bolt assembly turbines and heat pumps are provided in a single stage together with thrust bearings, bearings, and a rectangular turbine outer casing (77a) with the same diameter and shape of each paragraph.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Drives the propulsion force + Insulates and heats up ball riser (2F) at the corner of the square turbine outer casing and uses the liquid metal to save and use + Solar heating air is compressed hot and cold manufacturing + Turbine blade group Various energy storage cycle coalescing engines in which the fitting bolt assembly turbine and the heat pump are provided in two stages together with thrust bearings, bearings, and a rectangular turbine outer casing (77a) with the same diameter and substantially the same shape for each paragraph.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of square turbine outer box and liquid metal is raised and used for storage + Solar heating air is compressed and produced with heat and cold + Fully automatic processing possible Various energy storage cycle coalescing engines in which turbine blade groups are substantially the same shape for each paragraph, and a fitting bolt assembly turbine and a heat pump are provided in three stages together with a thrust bearing, a bearing and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of square turbine outer box and liquid metal is raised and used for storage + Solar heating air is compressed and produced with heat and cold + Fully automatic processing possible Various energy storage cycle coalescing engines in which the rotor blade group of a simple turbine is substantially the same shape for each paragraph and the fitting bolt assembly turbine and the heat pump are provided in four stages together with a thrust bearing, a bearing and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of square turbine outer box and liquid metal is raised and used for storage + Solar heating air is compressed with heat and cold production + Fully automatic processing Various energy storage cycle coalescing engines in which the turbine blade group of possible turbines has the same diameter and substantially the same shape for each paragraph, and the fitting bolt assembly turbine and the heat pump are provided in five stages together with the thrust bearing, the bearing and the rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Solar heated air is compressed and heated and produced with heat + turbine blades Various energy storage cycle coalescing engines in which the groups are arranged in the same shape for each stage and the bolt assembly turbine and the heat pump are provided in six stages together with the thrust bearing, the bearing and the rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Solar heated air is compressed and heated and produced with heat + turbine blades Various energy storage cycle coalescing engines in which the groups are made into the same shape and the same diameter for each stage, and the fitting bolt assembly turbine and the heat pump are provided in seven stages together with the thrust bearing, the bearing and the rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used. + Solar heated air is compressed and heated and cooled. + Fully automatic processing is possible. Various energy storage cycle coalescing engines in which a fitting bolt assembly turbine and a heat pump are provided in 8 stages together with a thrust bearing, a bearing and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and stored. + Solar heated air is compressed and heated and cooled. Various energy storage cycle coalescence engines provided with a fitting bolt assembly turbine and a heat pump in 9 stages together with a thrust bearing, a bearing and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is raised and stored. + Solar heated air is compressed and heated and cooled. Various energy storage cycle coalescing engines in which a fitting bolt assembly turbine and a heat pump are provided in 10 stages together with a thrust bearing, a bearing and a rectangular turbine outer box (77a) as the same shape.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and stored. + Solar heating air is compressed and heated and cooled. Various energy storage cycle coalescing engines in which a turbine and a heat pump are provided in a single stage together with a thrust bearing, a bearing and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and stored. + Solar heating air is compressed and heated and cooled. Various energy storage cycle coalescing engines in which a turbine and a heat pump are provided in two stages together with a thrust bearing, a bearing and a rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated Cold energy manufacturing + Fully automatic processing possible Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump in three stages with thrust bearing, bearing and square turbine outer box (77a) Conservation cycle coalescence organization.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated Various kinds of turbine blades that have the same diameter and almost the same shape for each stage, and are equipped with a fitting bolt assembly turbine and a heat pump in four stages together with thrust bearings, bearings, and a rectangular turbine outer box (77a). Energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated A turbine blade group capable of cold-heating manufacturing and fully automatic machining is provided with the same diameter and shape of each stage, and a fitting bolt assembly turbine and a heat pump are provided in five stages together with a thrust bearing, a bearing, and a rectangular turbine outer box (77a). Various energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated Various energy storage cycle coalescence engine with a turbine assembly and a heat pump in six stages with thrust bearings, bearings, and a rectangular turbine outer box (77a), with the cooling blade manufacturing + turbine rotor blade group having the same diameter and the same shape for each stage. .   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated Various energy storage cycle coalescing engines, with the turbine blades and heat pumps installed in 7 stages together with thrust bearings, bearings, and the rectangular turbine outer box (77a), with the rotor blades of the turbine + the same diameter and shape of each stage. .   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air Compressed hot and cold manufacturing + Fully automatic processing possible The turbine blades are set to the same diameter and shape of each stage, and the fitting bolt assembly turbine and heat pump are arranged in 8 stages together with thrust bearings, bearings and rectangular turbine outer casing (77a). Various energy conservation cycle coalescence engines provided.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air Compressed hot and cold manufacturing + Fully automatic machining of turbine blades with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with 9 stages with thrust bearing, bearing and square turbine outer box (77a) Various energy conservation cycle coalescence engine established in.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air A turbine blade group capable of full-automatic machining and compression hot / cold heat production is set to have the same diameter and shape of each stage, and a fitting bolt assembly turbine and a heat pump are installed together with a thrust bearing, a bearing and a rectangular turbine outer box (77a). Various energy conservation cycle coalescence engine installed in the stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air Compressed hot and cold manufacturing + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) in one stage Conservation cycle coalescence organization.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air Compressed hot and cold manufacturing + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) in two stages Conservation cycle coalescence organization.   Turbine multiple drive short-time coalescence engine injection section (78S) Liquid metal solar engine that makes large propulsion propulsion output + Accelerating the output sphere (2E) downward by gravity acceleration Turbine drive + Combined engine injection section (78S ) Driving propulsion force + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and stored. + Solar heated air is compressed and heated and cooled. Various energy storage cycle coalescing engines in which the blade groups are substantially the same shape for each stage, and the fitting bolt assembly turbine and heat pump are provided in three stages together with thrust bearings, bearings, and a rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalescence engine injection section (78S) Liquid metal solar engine that makes large propulsion propulsion output + Accelerating the output sphere (2E) downward by gravity acceleration Turbine drive + Combined engine injection section (78S ) Driving propulsion force + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and stored + Solar heated air is compressed and heated and cooled + Turbine capable of fully automatic processing Various energy storage cycle coalescing engines in which the rotor blade group of each stage is substantially the same shape for each stage, and the fitting bolt assembly turbine and the heat pump are provided in four stages together with the thrust bearing, the bearing and the rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalescence engine injection section (78S) Liquid metal solar engine that makes large propulsion propulsion output + Accelerating the output sphere (2E) downward by gravity acceleration Turbine drive + Combined engine injection section (78S ) Driving propulsion force + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and stored + Solar heated air is compressed and heated and cooled + Fully automatic processing is possible Various energy storage cycle coalescing engines in which the turbine blade groups are substantially the same shape for each paragraph, and the fitting bolt assembly turbine and heat pump are provided in five stages together with thrust bearings, bearings, and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection section (78S) Liquid metal solar engine that makes large propulsion propulsion output + Accelerating the output sphere (2E) downward by gravity acceleration Turbine drive + Combined engine injection section (78S ) Drives the propulsion force + Insulates and heats up sphere lift device (2F) at the corner of the square turbine outer box and uses the liquid metal ascending and storing + Solar heating air is compressed and heated and cooled + The turbine blades Various energy storage cycle coalescing engines in which the fitting bolt assembly turbine and heat pump are provided in six stages together with thrust bearings, bearings, and a rectangular turbine outer casing (77a) with the same diameter and substantially the same shape for each paragraph.   Turbine multiple drive short-time coalescence engine injection section (78S) Liquid metal solar engine that makes large propulsion propulsion output + Accelerating the output sphere (2E) downward by gravity acceleration Turbine drive + Combined engine injection section (78S ) Drives the propulsion force + Insulates and heats up ball riser (2F) at the corner of the square turbine outer casing and uses the liquid metal to save and use + Solar heating air is compressed hot and cold manufacturing + Turbine blade group Various energy storage cycle coalescing engines in which a fitting bolt assembly turbine and a heat pump are provided in seven stages together with a thrust bearing, a bearing, and a rectangular turbine outer casing (77a) as each paragraph having the same diameter and shape.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of square turbine outer box and liquid metal is raised and used for storage + Solar heating air is compressed and produced with heat and cold + Fully automatic processing possible Various energy storage cycle coalescing engines in which the turbine blade groups are substantially the same shape for each paragraph, and the fitting bolt assembly turbine and heat pump are provided in eight stages together with thrust bearings, bearings, and the rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of square turbine outer box and liquid metal is raised and used for storage + Solar heating air is compressed and produced with heat and cold + Fully automatic processing possible Various energy storage cycle coalescing engines in which the rotor blade group of a simple turbine is substantially the same shape for each paragraph, and the fitting bolt assembly turbine and the heat pump are provided in nine stages together with a thrust bearing, a bearing and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of square turbine outer box and liquid metal is raised and used for storage + Solar heating air is compressed with heat and cold production + Fully automatic processing Various energy storage cycle coalescing engines in which the rotor blade groups of possible turbines have the same diameter and substantially the same shape for each paragraph, and the fitting bolt assembly turbine and the heat pump are provided in 10 stages together with the thrust bearing, the bearing and the rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Solar heated air is compressed and heated and produced with heat + turbine blades Various energy storage cycle coalescing engines in which groups are arranged in the same shape for each stage, and a bolt assembly turbine and a heat pump are provided in one stage together with a thrust bearing, a bearing and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Solar heated air is compressed and heated and produced with heat + turbine blades Various energy storage cycle coalescing engines in which the groups are made into substantially the same shape for each paragraph and the fitting bolt assembly turbine and the heat pump are provided in two stages together with the thrust bearing, the bearing and the rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used. + Solar heated air is compressed and heated and cooled. + Fully automatic processing is possible. Various energy storage cycle coalescing engines in which a fitting bolt assembly turbine and a heat pump are provided in three stages together with a thrust bearing, a bearing and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and stored. + Solar heated air is compressed and heated and cooled. Various energy storage cycle coalescing engines provided with a fitting bolt assembly turbine and a heat pump in four stages together with a thrust bearing, a bearing and a rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is raised and stored. + Solar heated air is compressed and heated and cooled. Various energy storage cycle coalescing engines in which a fitting bolt assembly turbine and a heat pump are provided in five stages together with a thrust bearing, a bearing and a rectangular turbine outer casing (77a) as the same shape.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and stored. + Solar heating air is compressed and heated and cooled. Various energy storage cycle coalescing engines in which a turbine and a heat pump are provided in six stages together with a thrust bearing, a bearing and a rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and stored. + Solar heating air is compressed and heated and cooled. Various energy storage cycle coalescing engines in which a turbine and a heat pump are provided in seven stages together with a thrust bearing, a bearing and a rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated Cool energy production + Fully automatic processing possible Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) in 8 stages Conservation cycle coalescence organization.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and liquid metal is raised and used for storage + Solar heating air is compressed and heated Various types of turbine blades and heat pumps with 9 stages in combination with thrust bearings, bearings, and rectangular turbine outer casing (77a), with turbine blades that have the same diameter and the same shape for each stage. Energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated The turbine blade group capable of cold-heating manufacturing and fully automatic machining is made to have the same diameter and shape of each stage, and the fitting bolt assembly turbine and the heat pump are provided in 10 stages together with the thrust bearing, the bearing and the rectangular turbine outer box (77a). Various energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated Various energy storage cycle coalescing engines, with the cooling blades + turbine turbine blade group set to the same diameter and shape of each stage, and fitted bolt assembly turbines and heat pumps with thrust bearings, bearings, and a rectangular turbine outer box (77a) in one stage .   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated Various energy storage cycle coalescence engine with a turbine assembly and a heat pump in two stages with thrust bearings, bearings, and a rectangular turbine outer box (77a), with the rotor blades of the turbine + the same diameter and approximately the same shape for each stage. .   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air Compressed hot and cold manufacturing + Fully automatic processing possible The rotor blades of the turbine have the same diameter and shape of each stage, and the fitting bolt assembly turbine and heat pump are arranged in three stages together with thrust bearings, bearings, and the rectangular turbine outer casing (77a) Various energy conservation cycle coalescence engines provided.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air Compressed hot and cold production + Fully automatic machining of turbine blades with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) in 4 stages Various energy conservation cycle coalescence engine established in.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air The turbine blades capable of compressing hot and cold manufacturing and fully automatic machining are set to the same diameter and the same shape for each stage, and the fitting bolt assembly turbine and heat pump are combined with thrust bearings, bearings, and the rectangular turbine outer casing (77a). Various energy conservation cycle coalescence engine installed in the stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air Compressed hot and cold manufacturing + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with 6 stages with thrust bearing, bearing and square turbine outer box (77a) Conservation cycle coalescence organization.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air Compressed hot and cold manufacturing + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump in 7 stages with thrust bearing, bearing and square turbine outer box (77a) Conservation cycle coalescence organization.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driving propulsion force + Insulating and increasing ball lift device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and stored. + Solar heated air is compressed and heated and cooled. Various energy storage cycle coalescing engines in which the blade groups are substantially the same shape for each stage, and the fitting bolt assembly turbine and the heat pump are provided in eight stages together with the thrust bearing, the bearing, and the rectangular turbine outer box (77a).   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driving propulsion force + Insulating sphere increasing device (2F) is installed in the corner of the outer corner of the square turbine, and liquid metal is raised and stored + Solar heated air is compressed and heated and cooled + Turbine capable of fully automatic processing Various energy storage cycle coalescing engines in which the rotor blade group of each stage is substantially the same shape for each stage, and the fitting bolt assembly turbine and the heat pump are provided in 9 stages together with the thrust bearing, the bearing and the rectangular turbine outer casing (77a).   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driving propulsion force + Insulating and increasing ball lifting device (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Solar heating air is compressed and heated and cooled + Fully automatic processing is possible Various energy storage cycle coalescing engines in which turbine blade groups are substantially the same shape for each stage, and a fitting bolt assembly turbine and a heat pump are provided in 10 stages together with a thrust bearing, a bearing, and a rectangular turbine outer box (77a).   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Drives the propulsion force + Insulates and heats up ball riser (2F) at the corner of the square turbine outer casing and uses the liquid metal to save and use + Solar heating air is compressed hot and cold manufacturing + Turbine blade group Various energy storage cycle coalescing engines in which fitting bolt assembly turbines and heat pumps are provided in a single stage together with thrust bearings, bearings, and a rectangular turbine outer casing (77a) with the same diameter and shape of each paragraph.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Drives the propulsion force + Insulates and heats up ball riser (2F) at the corner of the square turbine outer casing and uses the liquid metal to save and use + Solar heating air is compressed hot and cold manufacturing + Turbine blade group Various energy storage cycle coalescing engines in which the fitting bolt assembly turbine and the heat pump are provided in two stages together with thrust bearings, bearings, and a rectangular turbine outer casing (77a) with the same diameter and substantially the same shape for each paragraph.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of square turbine outer box and liquid metal is raised and used for storage + Solar heating air is compressed and produced with heat and cold + Fully automatic processing possible Various energy storage cycle coalescing engines in which turbine blade groups are substantially the same shape for each paragraph, and a fitting bolt assembly turbine and a heat pump are provided in three stages together with a thrust bearing, a bearing and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of square turbine outer box and liquid metal is raised and used for storage + Solar heating air is compressed and produced with heat and cold + Fully automatic processing possible Various energy storage cycle coalescing engines in which the rotor blade group of a simple turbine is substantially the same shape for each paragraph and the fitting bolt assembly turbine and the heat pump are provided in four stages together with a thrust bearing, a bearing and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of square turbine outer box and liquid metal is raised and used for storage + Solar heating air is compressed with heat and cold production + Fully automatic processing Various energy storage cycle coalescing engines in which the turbine blade group of possible turbines has the same diameter and substantially the same shape for each paragraph, and the fitting bolt assembly turbine and the heat pump are provided in five stages together with the thrust bearing, the bearing and the rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Solar heated air is compressed and heated and produced with heat + turbine blades Various energy storage cycle coalescing engines in which the groups are arranged in the same shape for each stage and the bolt assembly turbine and the heat pump are provided in six stages together with the thrust bearing, the bearing and the rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Solar heated air is compressed and heated and produced with heat + turbine blades Various energy storage cycle coalescing engines in which the groups are made into the same shape and the same diameter for each stage, and the fitting bolt assembly turbine and the heat pump are provided in seven stages together with the thrust bearing, the bearing and the rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used. + Solar heated air is compressed and heated and cooled. + Fully automatic processing is possible. Various energy storage cycle coalescing engines in which a fitting bolt assembly turbine and a heat pump are provided in 8 stages together with a thrust bearing, a bearing and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and stored. + Solar heated air is compressed and heated and cooled. Various energy storage cycle coalescence engines provided with a fitting bolt assembly turbine and a heat pump in 9 stages together with a thrust bearing, a bearing and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is raised and stored. + Solar heated air is compressed and heated and cooled. Various energy storage cycle coalescing engines in which a fitting bolt assembly turbine and a heat pump are provided in 10 stages together with a thrust bearing, a bearing and a rectangular turbine outer box (77a) as the same shape.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and stored. + Solar heating air is compressed and heated and cooled. Various energy storage cycle coalescing engines in which a turbine and a heat pump are provided in a single stage together with a thrust bearing, a bearing and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and stored. + Solar heating air is compressed and heated and cooled. Various energy storage cycle coalescing engines in which a turbine and a heat pump are provided in two stages together with a thrust bearing, a bearing and a rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated Cold energy manufacturing + Fully automatic processing possible Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump in three stages with thrust bearing, bearing and square turbine outer box (77a) Conservation cycle coalescence organization.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated Various kinds of turbine blades that have the same diameter and almost the same shape for each stage, and are equipped with a fitting bolt assembly turbine and a heat pump in four stages together with thrust bearings, bearings, and a rectangular turbine outer box (77a). Energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated A turbine blade group capable of cold-heating manufacturing and fully automatic machining is provided with the same diameter and shape of each stage, and a fitting bolt assembly turbine and a heat pump are provided in five stages together with a thrust bearing, a bearing, and a rectangular turbine outer box (77a). Various energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated Various energy storage cycle coalescence engine with a turbine assembly and a heat pump in six stages with thrust bearings, bearings, and a rectangular turbine outer box (77a), with the cooling blade manufacturing + turbine rotor blade group having the same diameter and the same shape for each stage. .   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated Various energy storage cycle coalescing engines, with the turbine blades and heat pumps installed in 7 stages together with thrust bearings, bearings, and the rectangular turbine outer box (77a), with the rotor blades of the turbine + the same diameter and shape of each stage. .   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air Compressed hot and cold manufacturing + Fully automatic processing possible The turbine blades are set to the same diameter and shape of each stage, and the fitting bolt assembly turbine and heat pump are arranged in 8 stages together with thrust bearings, bearings and rectangular turbine outer casing (77a). Various energy conservation cycle coalescence engines provided.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air Compressed hot and cold manufacturing + Fully automatic machining of turbine blades with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with 9 stages with thrust bearing, bearing and square turbine outer box (77a) Various energy conservation cycle coalescence engine established in.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air A turbine blade group capable of full-automatic machining and compression hot / cold heat production is set to have the same diameter and shape of each stage, and a fitting bolt assembly turbine and a heat pump are installed together with a thrust bearing, a bearing and a rectangular turbine outer box (77a). Various energy conservation cycle coalescence engine installed in the stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air Compressed hot and cold manufacturing + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) in one stage Conservation cycle coalescence organization.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air Compressed hot and cold manufacturing + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) in two stages Conservation cycle coalescence organization.   Turbine multiple drive short-time coalescence engine injection section (78S) Liquid metal solar engine that makes large propulsion propulsion output + Accelerating the output sphere (2E) downward by gravity acceleration Turbine drive + Combined engine injection section (78S ) Driving propulsion force + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and stored. + Solar heated air is compressed and heated and cooled. Various energy storage cycle coalescing engines in which the blade groups are substantially the same shape for each stage, and the fitting bolt assembly turbine and heat pump are provided in three stages together with thrust bearings, bearings, and a rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalescence engine injection section (78S) Liquid metal solar engine that makes large propulsion propulsion output + Accelerating the output sphere (2E) downward by gravity acceleration Turbine drive + Combined engine injection section (78S ) Driving propulsion force + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and stored + Solar heated air is compressed and heated and cooled + Turbine capable of fully automatic processing Various energy storage cycle coalescing engines in which the rotor blade group of each stage is substantially the same shape for each stage, and the fitting bolt assembly turbine and the heat pump are provided in four stages together with the thrust bearing, the bearing and the rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalescence engine injection section (78S) Liquid metal solar engine that makes large propulsion propulsion output + Accelerating the output sphere (2E) downward by gravity acceleration Turbine drive + Combined engine injection section (78S ) Driving propulsion force + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and stored + Solar heated air is compressed and heated and cooled + Fully automatic processing is possible Various energy storage cycle coalescing engines in which the turbine blade groups are substantially the same shape for each paragraph, and the fitting bolt assembly turbine and heat pump are provided in five stages together with thrust bearings, bearings, and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection section (78S) Liquid metal solar engine that makes large propulsion propulsion output + Accelerating the output sphere (2E) downward by gravity acceleration Turbine drive + Combined engine injection section (78S ) Drives the propulsion force + Insulates and heats up sphere lift device (2F) at the corner of the square turbine outer box and uses the liquid metal ascending and storing + Solar heating air is compressed and heated and cooled + The turbine blades Various energy storage cycle coalescing engines in which the fitting bolt assembly turbine and heat pump are provided in six stages together with thrust bearings, bearings, and a rectangular turbine outer casing (77a) with the same diameter and substantially the same shape for each paragraph.   Turbine multiple drive short-time coalescence engine injection section (78S) Liquid metal solar engine that makes large propulsion propulsion output + Accelerating the output sphere (2E) downward by gravity acceleration Turbine drive + Combined engine injection section (78S ) Drives the propulsion force + Insulates and heats up ball riser (2F) at the corner of the square turbine outer casing and uses the liquid metal to save and use + Solar heating air is compressed hot and cold manufacturing + Turbine blade group Various energy storage cycle coalescing engines in which a fitting bolt assembly turbine and a heat pump are provided in seven stages together with a thrust bearing, a bearing, and a rectangular turbine outer casing (77a) as each paragraph having the same diameter and shape.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of square turbine outer box and liquid metal is raised and used for storage + Solar heating air is compressed and produced with heat and cold + Fully automatic processing possible Various energy storage cycle coalescing engines in which the turbine blade groups are substantially the same shape for each paragraph, and the fitting bolt assembly turbine and heat pump are provided in eight stages together with thrust bearings, bearings, and the rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of square turbine outer box and liquid metal is raised and used for storage + Solar heating air is compressed and produced with heat and cold + Fully automatic processing possible Various energy storage cycle coalescing engines in which the rotor blade group of a simple turbine is substantially the same shape for each paragraph, and the fitting bolt assembly turbine and the heat pump are provided in nine stages together with a thrust bearing, a bearing and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of square turbine outer box and liquid metal is raised and used for storage + Solar heating air is compressed with heat and cold production + Fully automatic processing Various energy storage cycle coalescing engines in which the rotor blade groups of possible turbines have the same diameter and substantially the same shape for each paragraph, and the fitting bolt assembly turbine and the heat pump are provided in 10 stages together with the thrust bearing, the bearing and the rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Solar heated air is compressed and heated and produced with heat + turbine blades Various energy storage cycle coalescing engines in which groups are arranged in the same shape for each stage, and a bolt assembly turbine and a heat pump are provided in one stage together with a thrust bearing, a bearing and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Solar heated air is compressed and heated and produced with heat + turbine blades Various energy storage cycle coalescing engines in which the groups are made into substantially the same shape for each paragraph and the fitting bolt assembly turbine and the heat pump are provided in two stages together with the thrust bearing, the bearing and the rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used. + Solar heated air is compressed and heated and cooled. + Fully automatic processing is possible. Various energy storage cycle coalescing engines in which a fitting bolt assembly turbine and a heat pump are provided in three stages together with a thrust bearing, a bearing and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and stored. + Solar heated air is compressed and heated and cooled. Various energy storage cycle coalescing engines provided with a fitting bolt assembly turbine and a heat pump in four stages together with a thrust bearing, a bearing and a rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is raised and stored. + Solar heated air is compressed and heated and cooled. Various energy storage cycle coalescing engines in which a fitting bolt assembly turbine and a heat pump are provided in five stages together with a thrust bearing, a bearing and a rectangular turbine outer casing (77a) as the same shape.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and stored. + Solar heating air is compressed and heated and cooled. Various energy storage cycle coalescing engines in which a turbine and a heat pump are provided in six stages together with a thrust bearing, a bearing and a rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and stored. + Solar heating air is compressed and heated and cooled. Various energy storage cycle coalescing engines in which a turbine and a heat pump are provided in seven stages together with a thrust bearing, a bearing and a rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated Cool energy production + Fully automatic processing possible Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) in 8 stages Conservation cycle coalescence organization.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and liquid metal is raised and used for storage + Solar heating air is compressed and heated Various types of turbine blades and heat pumps with 9 stages in combination with thrust bearings, bearings, and rectangular turbine outer casing (77a), with turbine blades that have the same diameter and the same shape for each stage. Energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated The turbine blade group capable of cold-heating manufacturing and fully automatic machining is made to have the same diameter and shape of each stage, and the fitting bolt assembly turbine and the heat pump are provided in 10 stages together with the thrust bearing, the bearing and the rectangular turbine outer box (77a). Various energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated Various energy storage cycle coalescing engines, with the cooling blades + turbine turbine blade group set to the same diameter and shape of each stage, and fitted bolt assembly turbines and heat pumps with thrust bearings, bearings, and a rectangular turbine outer box (77a) in one stage .   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated Various energy storage cycle coalescence engine with a turbine assembly and a heat pump in two stages with thrust bearings, bearings, and a rectangular turbine outer box (77a), with the rotor blades of the turbine + the same diameter and approximately the same shape for each stage. .   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air Compressed hot and cold manufacturing + Fully automatic processing possible The rotor blades of the turbine have the same diameter and shape of each stage, and the fitting bolt assembly turbine and heat pump are arranged in three stages together with thrust bearings, bearings, and the rectangular turbine outer casing (77a) Various energy conservation cycle coalescence engines provided.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air Compressed hot and cold production + Fully automatic machining of turbine blades with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) in 4 stages Various energy conservation cycle coalescence engine established in.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air The turbine blades capable of compressing hot and cold manufacturing and fully automatic machining are set to the same diameter and the same shape for each stage, and the fitting bolt assembly turbine and heat pump are combined with thrust bearings, bearings, and the rectangular turbine outer casing (77a). Various energy conservation cycle coalescence engine installed in the stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air Compressed hot and cold manufacturing + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with 6 stages with thrust bearing, bearing and square turbine outer box (77a) Conservation cycle coalescence organization.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air Compressed hot and cold manufacturing + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump in 7 stages with thrust bearing, bearing and square turbine outer box (77a) Conservation cycle coalescence organization.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driving propulsion force + Insulating and increasing ball lift device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and stored. + Solar heated air is compressed and heated and cooled. Various energy storage cycle coalescing engines in which the blade groups are substantially the same shape for each stage, and the fitting bolt assembly turbine and the heat pump are provided in eight stages together with the thrust bearing, the bearing, and the rectangular turbine outer box (77a).   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driving propulsion force + Insulating sphere increasing device (2F) is installed in the corner of the outer corner of the square turbine, and liquid metal is raised and stored + Solar heated air is compressed and heated and cooled + Turbine capable of fully automatic processing Various energy storage cycle coalescing engines in which the rotor blade group of each stage is substantially the same shape for each stage, and the fitting bolt assembly turbine and the heat pump are provided in 9 stages together with the thrust bearing, the bearing and the rectangular turbine outer casing (77a).   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driving propulsion force + Insulating and increasing ball lifting device (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Solar heating air is compressed and heated and cooled + Fully automatic processing is possible Various energy storage cycle coalescing engines in which turbine blade groups are substantially the same shape for each stage, and a fitting bolt assembly turbine and a heat pump are provided in 10 stages together with a thrust bearing, a bearing, and a rectangular turbine outer box (77a).   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Drives the propulsion force + Insulates and heats up ball riser (2F) at the corner of the square turbine outer casing and uses the liquid metal to save and use + Solar heating air is compressed hot and cold manufacturing + Turbine blade group Various energy storage cycle coalescing engines in which fitting bolt assembly turbines and heat pumps are provided in a single stage together with thrust bearings, bearings, and a rectangular turbine outer casing (77a) with the same diameter and shape of each paragraph.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Drives the propulsion force + Insulates and heats up ball riser (2F) at the corner of the square turbine outer casing and uses the liquid metal to save and use + Solar heating air is compressed hot and cold manufacturing + Turbine blade group Various energy storage cycle coalescing engines in which the fitting bolt assembly turbine and the heat pump are provided in two stages together with thrust bearings, bearings, and a rectangular turbine outer casing (77a) with the same diameter and substantially the same shape for each paragraph.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of square turbine outer box and liquid metal is raised and used for storage + Solar heating air is compressed and produced with heat and cold + Fully automatic processing possible Various energy storage cycle coalescing engines in which turbine blade groups are substantially the same shape for each paragraph, and a fitting bolt assembly turbine and a heat pump are provided in three stages together with a thrust bearing, a bearing and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of square turbine outer box and liquid metal is raised and used for storage + Solar heating air is compressed and produced with heat and cold + Fully automatic processing possible Various energy storage cycle coalescing engines in which the rotor blade group of a simple turbine is substantially the same shape for each paragraph and the fitting bolt assembly turbine and the heat pump are provided in four stages together with a thrust bearing, a bearing and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of square turbine outer box and liquid metal is raised and used for storage + Solar heating air is compressed with heat and cold production + Fully automatic processing Various energy storage cycle coalescing engines in which the turbine blade group of possible turbines has the same diameter and substantially the same shape for each paragraph, and the fitting bolt assembly turbine and the heat pump are provided in five stages together with the thrust bearing, the bearing and the rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Solar heated air is compressed and heated and produced with heat + turbine blades Various energy storage cycle coalescing engines in which the groups are arranged in the same shape for each stage and the bolt assembly turbine and the heat pump are provided in six stages together with the thrust bearing, the bearing and the rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Solar heated air is compressed and heated and produced with heat + turbine blades Various energy storage cycle coalescing engines in which the groups are made into the same shape and the same diameter for each stage, and the fitting bolt assembly turbine and the heat pump are provided in seven stages together with the thrust bearing, the bearing and the rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used. + Solar heated air is compressed and heated and cooled. + Fully automatic processing is possible. Various energy storage cycle coalescing engines in which a fitting bolt assembly turbine and a heat pump are provided in 8 stages together with a thrust bearing, a bearing and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and stored. + Solar heated air is compressed and heated and cooled. Various energy storage cycle coalescence engines provided with a fitting bolt assembly turbine and a heat pump in 9 stages together with a thrust bearing, a bearing and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is raised and stored. + Solar heated air is compressed and heated and cooled. Various energy storage cycle coalescing engines in which a fitting bolt assembly turbine and a heat pump are provided in 10 stages together with a thrust bearing, a bearing and a rectangular turbine outer box (77a) as the same shape.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and stored. + Solar heating air is compressed and heated and cooled. Various energy storage cycle coalescing engines in which a turbine and a heat pump are provided in a single stage together with a thrust bearing, a bearing and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and stored. + Solar heating air is compressed and heated and cooled. Various energy storage cycle coalescing engines in which a turbine and a heat pump are provided in two stages together with a thrust bearing, a bearing and a rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated Cold energy manufacturing + Fully automatic processing possible Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump in three stages with thrust bearing, bearing and square turbine outer box (77a) Conservation cycle coalescence organization.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated Various kinds of turbine blades that have the same diameter and almost the same shape for each stage, and are equipped with a fitting bolt assembly turbine and a heat pump in four stages together with thrust bearings, bearings, and a rectangular turbine outer box (77a). Energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated A turbine blade group capable of cold-heating manufacturing and fully automatic machining is provided with the same diameter and shape of each stage, and a fitting bolt assembly turbine and a heat pump are provided in five stages together with a thrust bearing, a bearing, and a rectangular turbine outer box (77a). Various energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated Various energy storage cycle coalescence engine with a turbine assembly and a heat pump in six stages with thrust bearings, bearings, and a rectangular turbine outer box (77a), with the cooling blade manufacturing + turbine rotor blade group having the same diameter and the same shape for each stage. .   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated Various energy storage cycle coalescing engines, with the turbine blades and heat pumps installed in 7 stages together with thrust bearings, bearings, and the rectangular turbine outer box (77a), with the rotor blades of the turbine + the same diameter and shape of each stage. .   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air Compressed hot and cold manufacturing + Fully automatic processing possible The turbine blades are set to the same diameter and shape of each stage, and the fitting bolt assembly turbine and heat pump are arranged in 8 stages together with thrust bearings, bearings and rectangular turbine outer casing (77a). Various energy conservation cycle coalescence engines provided.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air Compressed hot and cold manufacturing + Fully automatic machining of turbine blades with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with 9 stages with thrust bearing, bearing and square turbine outer box (77a) Various energy conservation cycle coalescence engine established in.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air A turbine blade group capable of full-automatic machining and compression hot / cold heat production is set to have the same diameter and shape of each stage, and a fitting bolt assembly turbine and a heat pump are installed together with a thrust bearing, a bearing and a rectangular turbine outer box (77a). Various energy conservation cycle coalescence engine installed in the stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air Compressed hot and cold manufacturing + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) in one stage Conservation cycle coalescence organization.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air Compressed hot and cold manufacturing + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) in two stages Conservation cycle coalescence organization.   Turbine multiple drive short-time coalescence engine injection section (78S) Liquid metal solar engine that makes large propulsion propulsion output + Accelerating the output sphere (2E) downward by gravity acceleration Turbine drive + Combined engine injection section (78S ) Driving propulsion force + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and stored. + Solar heated air is compressed and heated and cooled. Various energy storage cycle coalescing engines in which the blade groups are substantially the same shape for each stage, and the fitting bolt assembly turbine and heat pump are provided in three stages together with thrust bearings, bearings, and a rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalescence engine injection section (78S) Liquid metal solar engine that makes large propulsion propulsion output + Accelerating the output sphere (2E) downward by gravity acceleration Turbine drive + Combined engine injection section (78S ) Driving propulsion force + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and stored + Solar heated air is compressed and heated and cooled + Turbine capable of fully automatic processing Various energy storage cycle coalescing engines in which the rotor blade group of each stage is substantially the same shape for each stage, and the fitting bolt assembly turbine and the heat pump are provided in four stages together with the thrust bearing, the bearing and the rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalescence engine injection section (78S) Liquid metal solar engine that makes large propulsion propulsion output + Accelerating the output sphere (2E) downward by gravity acceleration Turbine drive + Combined engine injection section (78S ) Driving propulsion force + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and stored + Solar heated air is compressed and heated and cooled + Fully automatic processing is possible Various energy storage cycle coalescing engines in which the turbine blade groups are substantially the same shape for each paragraph, and the fitting bolt assembly turbine and heat pump are provided in five stages together with thrust bearings, bearings, and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection section (78S) Liquid metal solar engine that makes large propulsion propulsion output + Accelerating the output sphere (2E) downward by gravity acceleration Turbine drive + Combined engine injection section (78S ) Drives the propulsion force + Insulates and heats up sphere lift device (2F) at the corner of the square turbine outer box and uses the liquid metal ascending and storing + Solar heating air is compressed and heated and cooled + The turbine blades Various energy storage cycle coalescing engines in which the fitting bolt assembly turbine and heat pump are provided in six stages together with thrust bearings, bearings, and a rectangular turbine outer casing (77a) with the same diameter and substantially the same shape for each paragraph.   Turbine multiple drive short-time coalescence engine injection section (78S) Liquid metal solar engine that makes large propulsion propulsion output + Accelerating the output sphere (2E) downward by gravity acceleration Turbine drive + Combined engine injection section (78S ) Drives the propulsion force + Insulates and heats up ball riser (2F) at the corner of the square turbine outer casing and uses the liquid metal to save and use + Solar heating air is compressed hot and cold manufacturing + Turbine blade group Various energy storage cycle coalescing engines in which a fitting bolt assembly turbine and a heat pump are provided in seven stages together with a thrust bearing, a bearing, and a rectangular turbine outer casing (77a) as each paragraph having the same diameter and shape.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of square turbine outer box and liquid metal is raised and used for storage + Solar heating air is compressed and produced with heat and cold + Fully automatic processing possible Various energy storage cycle coalescing engines in which the turbine blade groups are substantially the same shape for each paragraph, and the fitting bolt assembly turbine and heat pump are provided in eight stages together with thrust bearings, bearings, and the rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of square turbine outer box and liquid metal is raised and used for storage + Solar heating air is compressed and produced with heat and cold + Fully automatic processing possible Various energy storage cycle coalescing engines in which the rotor blade group of a simple turbine is substantially the same shape for each paragraph, and the fitting bolt assembly turbine and the heat pump are provided in nine stages together with a thrust bearing, a bearing and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of square turbine outer box and liquid metal is raised and used for storage + Solar heating air is compressed with heat and cold production + Fully automatic processing Various energy storage cycle coalescing engines in which the rotor blade groups of possible turbines have the same diameter and substantially the same shape for each paragraph, and the fitting bolt assembly turbine and the heat pump are provided in 10 stages together with the thrust bearing, the bearing and the rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Solar heated air is compressed and heated and produced with heat + turbine blades Various energy storage cycle coalescing engines in which groups are arranged in the same shape for each stage, and a bolt assembly turbine and a heat pump are provided in one stage together with a thrust bearing, a bearing and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Solar heated air is compressed and heated and produced with heat + turbine blades Various energy storage cycle coalescing engines in which the groups are made into substantially the same shape for each paragraph and the fitting bolt assembly turbine and the heat pump are provided in two stages together with the thrust bearing, the bearing and the rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used. + Solar heated air is compressed and heated and cooled. + Fully automatic processing is possible. Various energy storage cycle coalescing engines in which a fitting bolt assembly turbine and a heat pump are provided in three stages together with a thrust bearing, a bearing and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and stored. + Solar heated air is compressed and heated and cooled. Various energy storage cycle coalescing engines provided with a fitting bolt assembly turbine and a heat pump in four stages together with a thrust bearing, a bearing and a rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is raised and stored. + Solar heated air is compressed and heated and cooled. Various energy storage cycle coalescing engines in which a fitting bolt assembly turbine and a heat pump are provided in five stages together with a thrust bearing, a bearing and a rectangular turbine outer casing (77a) as the same shape.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and stored. + Solar heating air is compressed and heated and cooled. Various energy storage cycle coalescing engines in which a turbine and a heat pump are provided in six stages together with a thrust bearing, a bearing and a rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and stored. + Solar heating air is compressed and heated and cooled. Various energy storage cycle coalescing engines in which a turbine and a heat pump are provided in seven stages together with a thrust bearing, a bearing and a rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated Cool energy production + Fully automatic processing possible Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) in 8 stages Conservation cycle coalescence organization.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and liquid metal is raised and used for storage + Solar heating air is compressed and heated Various types of turbine blades and heat pumps with 9 stages in combination with thrust bearings, bearings, and rectangular turbine outer casing (77a), with turbine blades that have the same diameter and the same shape for each stage. Energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated The turbine blade group capable of cold-heating manufacturing and fully automatic machining is made to have the same diameter and shape of each stage, and the fitting bolt assembly turbine and the heat pump are provided in 10 stages together with the thrust bearing, the bearing and the rectangular turbine outer box (77a). Various energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated Various energy storage cycle coalescing engines, with the cooling blades + turbine turbine blade group set to the same diameter and shape of each stage, and fitted bolt assembly turbines and heat pumps with thrust bearings, bearings, and a rectangular turbine outer box (77a) in one stage .   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated Various energy storage cycle coalescence engine with a turbine assembly and a heat pump in two stages with thrust bearings, bearings, and a rectangular turbine outer box (77a), with the rotor blades of the turbine + the same diameter and approximately the same shape for each stage. .   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air Compressed hot and cold manufacturing + Fully automatic processing possible The rotor blades of the turbine have the same diameter and shape of each stage, and the fitting bolt assembly turbine and heat pump are arranged in three stages together with thrust bearings, bearings, and the rectangular turbine outer casing (77a) Various energy conservation cycle coalescence engines provided.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air Compressed hot and cold production + Fully automatic machining of turbine blades with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) in 4 stages Various energy conservation cycle coalescence engine established in.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air The turbine blades capable of compressing hot and cold manufacturing and fully automatic machining are set to the same diameter and the same shape for each stage, and the fitting bolt assembly turbine and heat pump are combined with thrust bearings, bearings, and the rectangular turbine outer casing (77a). Various energy conservation cycle coalescence engine installed in the stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air Compressed hot and cold manufacturing + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with 6 stages with thrust bearing, bearing and square turbine outer box (77a) Conservation cycle coalescence organization.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air Compressed hot and cold manufacturing + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump in 7 stages with thrust bearing, bearing and square turbine outer box (77a) Conservation cycle coalescence organization.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driving propulsion force + Insulating and increasing ball lift device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and stored. + Solar heated air is compressed and heated and cooled. Various energy storage cycle coalescing engines in which the blade groups are substantially the same shape for each stage, and the fitting bolt assembly turbine and the heat pump are provided in eight stages together with the thrust bearing, the bearing, and the rectangular turbine outer box (77a).   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driving propulsion force + Insulating sphere increasing device (2F) is installed in the corner of the outer corner of the square turbine, and liquid metal is raised and stored + Solar heated air is compressed and heated and cooled + Turbine capable of fully automatic processing Various energy storage cycle coalescing engines in which the rotor blade group of each stage is substantially the same shape for each stage, and the fitting bolt assembly turbine and the heat pump are provided in 9 stages together with the thrust bearing, the bearing and the rectangular turbine outer casing (77a).   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driving propulsion force + Insulating and increasing ball lifting device (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Solar heating air is compressed and heated and cooled + Fully automatic processing is possible Various energy storage cycle coalescing engines in which turbine blade groups are substantially the same shape for each stage, and a fitting bolt assembly turbine and a heat pump are provided in 10 stages together with a thrust bearing, a bearing, and a rectangular turbine outer box (77a).   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Drives the propulsion force + Insulates and heats up ball riser (2F) at the corner of the square turbine outer casing and uses the liquid metal to save and use + Solar heating air is compressed hot and cold manufacturing + Turbine blade group Various energy storage cycle coalescing engines in which fitting bolt assembly turbines and heat pumps are provided in a single stage together with thrust bearings, bearings, and a rectangular turbine outer casing (77a) with the same diameter and shape of each paragraph.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Drives the propulsion force + Insulates and heats up ball riser (2F) at the corner of the square turbine outer casing and uses the liquid metal to save and use + Solar heating air is compressed hot and cold manufacturing + Turbine blade group Various energy storage cycle coalescing engines in which the fitting bolt assembly turbine and the heat pump are provided in two stages together with thrust bearings, bearings, and a rectangular turbine outer casing (77a) with the same diameter and substantially the same shape for each paragraph.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of square turbine outer box and liquid metal is raised and used for storage + Solar heating air is compressed and produced with heat and cold + Fully automatic processing possible Various energy storage cycle coalescing engines in which turbine blade groups are substantially the same shape for each paragraph, and a fitting bolt assembly turbine and a heat pump are provided in three stages together with a thrust bearing, a bearing and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of square turbine outer box and liquid metal is raised and used for storage + Solar heating air is compressed and produced with heat and cold + Fully automatic processing possible Various energy storage cycle coalescing engines in which the rotor blade group of a simple turbine is substantially the same shape for each paragraph and the fitting bolt assembly turbine and the heat pump are provided in four stages together with a thrust bearing, a bearing and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of square turbine outer box and liquid metal is raised and used for storage + Solar heating air is compressed with heat and cold production + Fully automatic processing Various energy storage cycle coalescing engines in which the turbine blade group of possible turbines has the same diameter and substantially the same shape for each paragraph, and the fitting bolt assembly turbine and the heat pump are provided in five stages together with the thrust bearing, the bearing and the rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Solar heated air is compressed and heated and produced with heat + turbine blades Various energy storage cycle coalescing engines in which the groups are arranged in the same shape for each stage and the bolt assembly turbine and the heat pump are provided in six stages together with the thrust bearing, the bearing and the rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Solar heated air is compressed and heated and produced with heat + turbine blades Various energy storage cycle coalescing engines in which the groups are made into the same shape and the same diameter for each stage, and the fitting bolt assembly turbine and the heat pump are provided in seven stages together with the thrust bearing, the bearing and the rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used. + Solar heated air is compressed and heated and cooled. + Fully automatic processing is possible. Various energy storage cycle coalescing engines in which a fitting bolt assembly turbine and a heat pump are provided in 8 stages together with a thrust bearing, a bearing and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and stored. + Solar heated air is compressed and heated and cooled. Various energy storage cycle coalescence engines provided with a fitting bolt assembly turbine and a heat pump in 9 stages together with a thrust bearing, a bearing and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is raised and stored. + Solar heated air is compressed and heated and cooled. Various energy storage cycle coalescing engines in which a fitting bolt assembly turbine and a heat pump are provided in 10 stages together with a thrust bearing, a bearing and a rectangular turbine outer box (77a) as the same shape.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and stored. + Solar heating air is compressed and heated and cooled. Various energy storage cycle coalescing engines in which a turbine and a heat pump are provided in a single stage together with a thrust bearing, a bearing and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and stored. + Solar heating air is compressed and heated and cooled. Various energy storage cycle coalescing engines in which a turbine and a heat pump are provided in two stages together with a thrust bearing, a bearing and a rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated Cold energy manufacturing + Fully automatic processing possible Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump in three stages with thrust bearing, bearing and square turbine outer box (77a) Conservation cycle coalescence organization.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated Various kinds of turbine blades that have the same diameter and almost the same shape for each stage, and are equipped with a fitting bolt assembly turbine and a heat pump in four stages together with thrust bearings, bearings, and a rectangular turbine outer box (77a). Energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated A turbine blade group capable of cold-heating manufacturing and fully automatic machining is provided with the same diameter and shape of each stage, and a fitting bolt assembly turbine and a heat pump are provided in five stages together with a thrust bearing, a bearing, and a rectangular turbine outer box (77a). Various energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated Various energy storage cycle coalescence engine with a turbine assembly and a heat pump in six stages with thrust bearings, bearings, and a rectangular turbine outer box (77a), with the cooling blade manufacturing + turbine rotor blade group having the same diameter and the same shape for each stage. .   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated Various energy storage cycle coalescing engines, with the turbine blades and heat pumps installed in 7 stages together with thrust bearings, bearings, and the rectangular turbine outer box (77a), with the rotor blades of the turbine + the same diameter and shape of each stage. .   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air Compressed hot and cold manufacturing + Fully automatic processing possible The turbine blades are set to the same diameter and shape of each stage, and the fitting bolt assembly turbine and heat pump are arranged in 8 stages together with thrust bearings, bearings and rectangular turbine outer casing (77a). Various energy conservation cycle coalescence engines provided.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air Compressed hot and cold manufacturing + Fully automatic machining of turbine blades with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with 9 stages with thrust bearing, bearing and square turbine outer box (77a) Various energy conservation cycle coalescence engine established in.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air A turbine blade group capable of full-automatic machining and compression hot / cold heat production is set to have the same diameter and shape of each stage, and a fitting bolt assembly turbine and a heat pump are installed together with a thrust bearing, a bearing and a rectangular turbine outer box (77a). Various energy conservation cycle coalescence engine installed in the stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air Compressed hot and cold manufacturing + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) in one stage Conservation cycle coalescence organization.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air Compressed hot and cold manufacturing + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) in two stages Conservation cycle coalescence organization.   Turbine multiple drive short-time coalescence engine injection section (78S) Liquid metal solar engine that makes large propulsion propulsion output + Accelerating the output sphere (2E) downward by gravity acceleration Turbine drive + Combined engine injection section (78S ) Driving propulsion force + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and stored. + Solar heated air is compressed and heated and cooled. Various energy storage cycle coalescing engines in which the blade groups are substantially the same shape for each stage, and the fitting bolt assembly turbine and heat pump are provided in three stages together with thrust bearings, bearings, and a rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalescence engine injection section (78S) Liquid metal solar engine that makes large propulsion propulsion output + Accelerating the output sphere (2E) downward by gravity acceleration Turbine drive + Combined engine injection section (78S ) Driving propulsion force + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and stored + Solar heated air is compressed and heated and cooled + Turbine capable of fully automatic processing Various energy storage cycle coalescing engines in which the rotor blade group of each stage is substantially the same shape for each stage, and the fitting bolt assembly turbine and the heat pump are provided in four stages together with the thrust bearing, the bearing and the rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalescence engine injection section (78S) Liquid metal solar engine that makes large propulsion propulsion output + Accelerating the output sphere (2E) downward by gravity acceleration Turbine drive + Combined engine injection section (78S ) Driving propulsion force + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and stored + Solar heated air is compressed and heated and cooled + Fully automatic processing is possible Various energy storage cycle coalescing engines in which the turbine blade groups are substantially the same shape for each paragraph, and the fitting bolt assembly turbine and heat pump are provided in five stages together with thrust bearings, bearings, and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection section (78S) Liquid metal solar engine that makes large propulsion propulsion output + Accelerating the output sphere (2E) downward by gravity acceleration Turbine drive + Combined engine injection section (78S ) Drives the propulsion force + Insulates and heats up sphere lift device (2F) at the corner of the square turbine outer box and uses the liquid metal ascending and storing + Solar heating air is compressed and heated and cooled + The turbine blades Various energy storage cycle coalescing engines in which the fitting bolt assembly turbine and heat pump are provided in six stages together with thrust bearings, bearings, and a rectangular turbine outer casing (77a) with the same diameter and substantially the same shape for each paragraph.   Turbine multiple drive short-time coalescence engine injection section (78S) Liquid metal solar engine that makes large propulsion propulsion output + Accelerating the output sphere (2E) downward by gravity acceleration Turbine drive + Combined engine injection section (78S ) Drives the propulsion force + Insulates and heats up ball riser (2F) at the corner of the square turbine outer casing and uses the liquid metal to save and use + Solar heating air is compressed hot and cold manufacturing + Turbine blade group Various energy storage cycle coalescing engines in which a fitting bolt assembly turbine and a heat pump are provided in seven stages together with a thrust bearing, a bearing, and a rectangular turbine outer casing (77a) as each paragraph having the same diameter and shape.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine for large injection propulsion output + Configuration and method for accelerating output increase sphere (2E) + Intake air path length lens and solar heating / cooling manufacture with sunlight + A warming-increasing sphere raising device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and stored and used. + Solar heated air is compressed and heated and cooled. + Fully automatic processing possible. Various energy storage cycle coalescing engines in which fitting bolt assembly turbines and heat pumps are provided in eight stages with a thrust bearing, a bearing, and a rectangular turbine outer box (77a) as substantially the same diameter.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine for large injection propulsion output + Configuration and method for accelerating output augmenting sphere (2E) + Intake air path length lens and solar heating / cooling manufacture with sunlight + A warming-increasing sphere raising device (2F) is installed at the corner of the square turbine outer box to save and use liquid metal. + Solar heated air is compressed and heated and cooled. Various energy storage cycle coalescence engines with fitting bolt assembly turbines and heat pumps of the same diameter and substantially the same shape, provided in 9 stages together with thrust bearings, bearings and square turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine for large injection propulsion output + Configuration and method for accelerating output increase sphere (2E) + Intake air path length lens and solar heating / cooling manufacture with sunlight + A warming and increasing ball lifting device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and stored. + Solar heated air is compressed and heated and cooled. Various energy storage cycle coalescing engines in which fitting bolt assembly turbines and heat pumps are provided in 10 stages together with thrust bearings, bearings and a rectangular turbine outer box (77a), each having the same diameter and substantially the same shape.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine for large injection propulsion output + Configuration and method for accelerating output augmenting sphere (2E) + Intake air path length lens and solar heating / cooling manufacture with sunlight + A warming and increasing sphere raising device (2F) is installed at the corner of the square turbine outer box to save and use liquid metal. + Solar heated air is compressed and heated and cooled. Various energy storage cycle coalescing engines in which a fitting bolt assembly turbine and a heat pump are provided in one stage together with a thrust bearing, a bearing and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine for large injection propulsion output + Configuration and method for accelerating output augmenting sphere (2E) + Intake air path length lens and solar heating / cooling manufacture with sunlight + A warming and increasing sphere raising device (2F) is installed at the corner of the square turbine outer box to save and use liquid metal. + Solar heated air is compressed and heated and cooled. Various energy storage cycle coalescing engines in which a fitting bolt assembly turbine and a heat pump are provided in two stages together with a thrust bearing, a bearing and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine for large injection propulsion output + Configuration and method for accelerating output increase sphere (2E) + Intake air path length lens and solar heating / cooling manufacture with sunlight + A warming-increasing sphere raising device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and stored and used. + Solar heated air is compressed and heated and cooled. + Fully automatic processing possible. Various energy storage cycle coalescing engines in which fitting bolt assembly turbines and heat pumps are provided in three stages with thrust bearings, bearings, and a rectangular turbine outer casing (77a) as substantially the same diameter.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine for large injection propulsion output + Configuration and method for accelerating output increase sphere (2E) + Intake air path length lens and solar heating / cooling manufacture with sunlight + A warming-increasing sphere raising device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and stored. + Solar heated air is compressed and heated and cooled. Various energy storage cycle coalescing engines with fitting bolt assembly turbines and heat pumps having the same diameter and substantially the same shape as thrust bearings, bearings, and a rectangular turbine outer box (77a) in four stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine for large injection propulsion output + Configuration and method for accelerating output augmenting sphere (2E) + Intake air path length lens and solar heating / cooling manufacture with sunlight + A warming and increasing ball lifting device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and stored. + Solar heated air is compressed and heated and cooled. Various energy storage cycle coalescing engines in which fitting bolt assembly turbines and heat pumps are provided in five stages together with thrust bearings and bearings and a rectangular turbine outer casing (77a), each having the same diameter and substantially the same shape.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine for large injection propulsion output + Configuration and method for accelerating output augmenting sphere (2E) + Intake air path length lens and solar heating / cooling manufacture with sunlight + A warming and increasing sphere raising device (2F) is installed at the corner of the square turbine outer box to save and use liquid metal. + Solar heated air is compressed and heated and cooled. Various energy storage cycle coalescing engines in which a fitting bolt assembly turbine and a heat pump are provided in six stages together with a thrust bearing, a bearing and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine for large injection propulsion output + Configuration and method for accelerating output augmenting sphere (2E) + Intake air path length lens and solar heating / cooling manufacture with sunlight + A warming and increasing sphere raising device (2F) is installed at the corner of the square turbine outer box to save and use liquid metal. + Solar heated air is compressed and heated and cooled. Various energy storage cycle coalescing engines in which a fitting bolt assembly turbine and a heat pump are provided in seven stages together with a thrust bearing, a bearing and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection driving force + Insulates and uses liquid thermal riser by installing heat-increasing sphere raising device (2F) at corner of outer corner of square turbine + Solar heating Air can be compressed and heated and cooled + Fully automatic processable The turbine blades are of the same shape and the same shape for each stage, and the fitting bolt assembly turbine and heat pump are combined with thrust bearings, bearings, and a rectangular turbine outer box (77a) in 8 stages. Various energy conservation cycle coalescence engine established in   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying ships with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal rises by installing a heat-retaining and increasing ball raising device (2F) at the corner of the rectangular turbine outer casing + Solar heating The turbine blades of the turbine capable of compressing hot and cold manufacturing + fully automatic processing and having the same diameter and the same shape for each stage are fitted with a bolt assembly turbine and a heat pump together with thrust bearings, bearings and a rectangular turbine outer casing (77a). Various energy conservation cycle coalescence engine installed in the stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying ships with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal rises by installing a heat-retaining and increasing ball raising device (2F) at the corner of the rectangular turbine outer casing + Solar heating Turbine blades capable of compressing hot and cold production and fully automatic machining with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump together with thrust bearing, bearing and square turbine outer box (77a) Various energy conservation cycle coalescence engine provided in 10 stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection driving force + Insulates and uses liquid thermal riser by installing heat-increasing sphere raising device (2F) at corner of outer corner of square turbine + Solar heating Compressed hot / cold air and air production + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) in one stage Energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Drives + Drives various flying ships with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal rises by installing a heat-retaining and increasing ball raising device (2F) at the corner of the rectangular turbine outer casing + Solar heating Compressed and heated air and cold production + turbine blades with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) in two stages Energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection driving force + Insulates and uses liquid thermal riser by installing heat-increasing sphere raising device (2F) at corner of outer corner of square turbine + Solar heating Air can be compressed and heated and cooled + Fully automatic processable The turbine blades have the same diameter and shape of each stage, and the fitting bolt assembly turbine and heat pump are combined with thrust bearings, bearings, and the rectangular turbine outer box (77a) in three stages. Various energy conservation cycle coalescence engine established in.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Drives + Drives various flying ships with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal rises by installing a heat-retaining and increasing ball raising device (2F) at the corner of the rectangular turbine outer casing + Solar heating Air can be compressed and heated and cooled + Fully automatic processable The rotor blade group of the turbine has the same diameter and shape of each stage, and the fitting bolt assembly turbine and heat pump are combined with thrust bearings, bearings, and the rectangular turbine outer casing (77a) in four stages. Various energy conservation cycle coalescence engine established in.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying ships with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal rises by installing a heat-retaining and increasing ball raising device (2F) at the corner of the rectangular turbine outer casing + Solar heating Air can be compressed and heated and cooled + Fully automatic processable The blades of the turbine have the same diameter and the same shape for each stage, and the fitting bolt assembly turbine and heat pump are combined with thrust bearings, bearings, and the rectangular turbine outer box (77a) in five stages. Various energy conservation cycle coalescence engine established in.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection driving force + Insulates and uses liquid thermal riser by installing heat-increasing sphere raising device (2F) at corner of outer corner of square turbine + Solar heating Compressed hot / cold air and air production + Fully automatic processable The rotor blades of the turbine have the same diameter and shape of each stage, and the fitting bolt assembly turbine and heat pump are combined with thrust bearings, bearings, and a square turbine outer box (77a) in six stages. Various energy conservation cycle coalescence engine established in.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection driving force + Insulates and uses liquid thermal riser by installing heat-increasing sphere raising device (2F) at corner of outer corner of square turbine + Solar heating Air can be compressed and heated and cooled + Fully automatic processable The turbine blades are almost the same shape for each stage, and the assembly bolt assembly turbine and heat pump are combined with thrust bearings, bearings, and a rectangular turbine outer box (77a) in 7 stages. Various energy conservation cycle coalescence engine established in.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying ships with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal rises by installing a heat-retaining and increasing ball raising device (2F) at the corner of the rectangular turbine outer casing + Solar heating Compressed hot / cold heat and cold production + Fully automatic machining of turbine blades with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump together with thrust bearing, bearing and square turbine outer box (77a) 8 Various energy conservation cycle coalescence engine installed in the stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying ships with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal rises by installing a heat-retaining and increasing ball raising device (2F) at the corner of the rectangular turbine outer casing + Solar heating The turbine blades of the turbine capable of compressing hot and cold manufacturing + fully automatic processing and having the same diameter and the same shape for each stage are fitted with a bolt assembly turbine and a heat pump together with thrust bearings, bearings and a rectangular turbine outer casing (77a). Various energy conservation cycle coalescence engine installed in the stage.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection driving force + Insulates and uses liquid thermal riser by installing heat-increasing sphere raising device (2F) at corner of outer corner of square turbine + Solar heating The turbine blades of the turbine capable of compressing hot and cold production and fully automatic processing with the same diameter and the same shape for each stage are fitted with a fitting bolt assembly turbine and a heat pump together with a thrust bearing, a bearing and a rectangular turbine outer box (77a). Various energy conservation cycle coalescence engine installed in the stage.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection driving force + Insulates and uses liquid thermal riser by installing heat-increasing sphere raising device (2F) at corner of outer corner of square turbine + Solar heating Compressed hot / cold heat and air production + Fully automatic machining of turbine blades with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) Various energy conservation cycle coalescence engine installed in the stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying ships with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal rises by installing a heat-retaining and increasing ball raising device (2F) at the corner of the rectangular turbine outer casing + Solar heating Compressed hot / cold air and air production + Fully automatic machining of turbine blades with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) Various energy conservation cycle coalescence engine installed in the stage.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection driving force + Insulates and uses liquid thermal riser by installing heat-increasing sphere raising device (2F) at corner of outer corner of square turbine + Solar heating Compressed hot / cold heat and cold production + Fully automatic machining of turbine blades with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump together with thrust bearing, bearing and square turbine outer box (77a) Various energy storage cycle coalescing engine in 3 stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection driving force + Insulates and uses liquid thermal riser by installing heat-increasing sphere raising device (2F) at corner of outer corner of square turbine + Solar heating Compressed hot / cold heat and cold production + Fully automatic machining of turbine blades with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump together with thrust bearing, bearing and square turbine outer box (77a) Various energy storage cycle coalescence engine provided in 4 stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying ships with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal rises by installing a heat-retaining and increasing ball raising device (2F) at the corner of the rectangular turbine outer casing + Solar heating Turbine blades capable of compressing hot and cold production and fully automatic machining with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump together with thrust bearing, bearing and square turbine outer box (77a) Various energy storage cycle coalescence engine provided in 5 stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection driving force + Insulates and uses liquid thermal riser by installing heat-increasing sphere raising device (2F) at corner of outer corner of square turbine + Solar heating Compressed hot / cold heat and cold production + Fully automatic machining of turbine blades with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump together with thrust bearing, bearing and square turbine outer box (77a) Various energy storage cycle coalescing engines in 6 stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection driving force + Insulates and uses liquid thermal riser by installing heat-increasing sphere raising device (2F) at corner of outer corner of square turbine + Solar heating Compressed hot / cold heat and cold production + Fully automatic machining of turbine blades with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump together with thrust bearing, bearing and square turbine outer box (77a) Various energy conservation cycle coalescence engine provided in 7 stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection driving force + Insulates and uses liquid thermal riser by installing heat-increasing sphere raising device (2F) at corner of outer corner of square turbine + Solar heating Compressed hot / cold air and air production + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) in 8 stages Energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection driving force + Insulates and uses liquid thermal riser by installing heat-increasing sphere raising device (2F) at corner of outer corner of square turbine + Solar heating Compressed hot / cold air and air production + Turbine rotor blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with 9 stages with thrust bearing, bearing and square turbine outer box (77a) Energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection driving force + Insulates and uses liquid thermal riser by installing heat-increasing sphere raising device (2F) at corner of outer corner of square turbine + Solar heating Compressed hot / cold air and air production + turbine rotor blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) in 10 stages Energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection driving force + Insulates and uses liquid thermal riser by installing heat-increasing sphere raising device (2F) at corner of outer corner of square turbine + Solar heating Compressed hot / cold air and air production + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) in one stage Energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Drives + Drives various flying ships with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal rises by installing a heat-retaining and increasing ball raising device (2F) at the corner of the rectangular turbine outer casing + Solar heating Compressed and heated air and cold production + turbine blades with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) in two stages Energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Drives + Drives various flying vessels with united engine injection part (78S) injection driving force + Insulates and uses liquid thermal riser by installing heat-increasing sphere raising device (2F) at corner of outer corner of square turbine + Solar heating Compressed hot / cold air and air production + turbine rotor blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump in three stages with thrust bearing, bearing and square turbine outer box (77a) Energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying ships with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal rises by installing a heat-retaining and increasing ball raising device (2F) at the corner of the rectangular turbine outer casing + Solar heating Compressed hot / cold air and air production + turbine rotor blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) in 4 stages Energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying ships with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal rises by installing a heat-retaining and increasing ball raising device (2F) at the corner of the rectangular turbine outer casing + Solar heating Compressed hot / cold air and air production + turbine blades with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) in 5 stages Energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying ships with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal rises by installing a heat-retaining and increasing ball raising device (2F) at the corner of the rectangular turbine outer casing + Solar heating Compressed hot / cold air and air production + turbine blades with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) in 6 stages Energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying ships with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal rises by installing a heat-retaining and increasing ball raising device (2F) at the corner of the rectangular turbine outer casing + Solar heating Compressed hot / cold air and air production + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) in 7 stages Energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying ships with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal rises by installing a heat-retaining and increasing ball raising device (2F) at the corner of the rectangular turbine outer casing + Solar heating Compressed and heated air and air production + Turbine blades are almost the same shape for each stage to form a fitting bolt assembly, and heat pumps are provided in 8 stages together with thrust bearings, bearings, and a rectangular turbine outer box (77a) Various energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying ships with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal rises by installing a heat-retaining and increasing ball raising device (2F) at the corner of the rectangular turbine outer casing + Solar heating Compressed hot and cold air production + turbine rotor blade group with the same diameter and shape of each stage for assembly bolt assembly, and heat pumps are provided in 9 stages together with thrust bearings, bearings and rectangular turbine outer box (77a) Various energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying ships with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal rises by installing a heat-retaining and increasing ball raising device (2F) at the corner of the rectangular turbine outer casing + Solar heating Compressed hot / cold air and air production + turbine rotor blade group with the same diameter and shape of each stage for assembly bolt assembly, and heat pump with 10 stages along with thrust bearing, bearing and square turbine outer box (77a) Various energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying ships with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal rises by installing a heat-retaining and increasing ball raising device (2F) at the corner of the rectangular turbine outer casing + Solar heating Compressed hot / cold air and air production + Turbine blade group with the same diameter and shape of each stage for assembly bolt assembly and heat pump with thrust bearing, bearing and square turbine outer box (77a) in one stage Various energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various flying ships with united engine injection part (78S) injection propulsion force + Insulates and uses liquid metal rises by installing a heat-retaining and increasing ball raising device (2F) at the corner of the rectangular turbine outer casing + Solar heating Compressed hot / cold air and air production + Turbine blade group with the same diameter and shape of each stage for assembly bolt assembly and heat pump in two stages with thrust bearing, bearing and square turbine outer box (77a) Various energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Heat retention increase ball lift device (2F) Increase head drop + Heat retention increase ball lift device (2F) is installed at the corner of the square turbine outer box to raise the liquid metal Preservation use + Solar heating air is compressed and heated and cooled + Fully automatic processable The turbine blades are of the same diameter and shape of each stage, and the bolt assembly turbine and heat pump are installed outside the thrust bearing, bearing or square turbine Various energy conservation cycle coalescence engine provided in 3 stages with box (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Heat retention increase ball lift device (2F) Increase head drop + Heat retention increase ball lift device (2F) is installed at the corner of the square turbine outer box to raise the liquid metal Preservation use + Solar heating air is compressed hot and cold manufacturing + Fully automatic machining turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump as thrust bearing, bearing and square turbine Various energy storage cycle coalescence engine provided in 4 stages together with the outer box (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Heat retention increase ball lift device (2F) Increase head drop + Heat retention increase ball lift device (2F) is installed at the corner of the square turbine outer box to raise the liquid metal Preservation use + Solar heating air is compressed and heated and cooled manufacturing + Turbine blade group capable of full-automatic processing is made to have the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump as thrust bearing, bearing and square type Various energy storage cycle coalescence engine provided in five stages together with the turbine outer box (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Heat retention increase ball lift device (2F) Increase head drop + Heat retention increase ball lift device (2F) is installed at the corner of the square turbine outer box to raise the liquid metal Preservation use + Compressed and heated solar air heating and cooling + Turbine rotor blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearings and bearings and rectangular turbine outer box (77a) Various energy storage cycle coalescence engines provided in 6 stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Heat retention increase ball lift device (2F) Increase head drop + Heat retention increase ball lift device (2F) is installed at the corner of the square turbine outer box to raise the liquid metal Preservation use + Compressed and heated solar air heating and cooling + Turbine rotor blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearings and bearings and rectangular turbine outer box (77a) Together with various energy conservation cycle coalescence engine provided in 7 stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of square turbine outer box and liquid metal is raised and used for storage + Solar heating air is compressed and produced with heat and cold + Fully automatic processing possible Various energy storage cycle coalescing engines in which the turbine blade groups are substantially the same shape for each paragraph, and the fitting bolt assembly turbine and heat pump are provided in eight stages together with thrust bearings, bearings, and the rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of square turbine outer box and liquid metal is raised and used for storage + Solar heating air is compressed and produced with heat and cold + Fully automatic processing possible Various energy storage cycle coalescing engines in which the rotor blade group of a simple turbine is substantially the same shape for each paragraph, and the fitting bolt assembly turbine and the heat pump are provided in nine stages together with a thrust bearing, a bearing and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of square turbine outer box and liquid metal is raised and used for storage + Solar heating air is compressed with heat and cold production + Fully automatic processing Various energy storage cycle coalescing engines in which the rotor blade groups of possible turbines have the same diameter and substantially the same shape for each paragraph, and the fitting bolt assembly turbine and the heat pump are provided in 10 stages together with the thrust bearing, the bearing and the rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Solar heated air is compressed and heated and produced with heat + turbine blades Various energy storage cycle coalescing engines in which groups are arranged in the same shape for each stage, and a bolt assembly turbine and a heat pump are provided in one stage together with a thrust bearing, a bearing and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Solar heated air is compressed and heated and produced with heat + turbine blades Various energy storage cycle coalescing engines in which the groups are made into substantially the same shape for each paragraph and the fitting bolt assembly turbine and the heat pump are provided in two stages together with the thrust bearing, the bearing and the rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used. + Solar heated air is compressed and heated and cooled. + Fully automatic processing is possible. Various energy storage cycle coalescing engines in which a fitting bolt assembly turbine and a heat pump are provided in three stages together with a thrust bearing, a bearing and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and stored. + Solar heated air is compressed and heated and cooled. Various energy storage cycle coalescing engines provided with a fitting bolt assembly turbine and a heat pump in four stages together with a thrust bearing, a bearing and a rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is raised and stored. + Solar heated air is compressed and heated and cooled. Various energy storage cycle coalescing engines in which a fitting bolt assembly turbine and a heat pump are provided in five stages together with a thrust bearing, a bearing and a rectangular turbine outer casing (77a) as the same shape.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and stored. + Solar heating air is compressed and heated and cooled. Various energy storage cycle coalescing engines in which a turbine and a heat pump are provided in six stages together with a thrust bearing, a bearing and a rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and stored. + Solar heating air is compressed and heated and cooled. Various energy storage cycle coalescing engines in which a turbine and a heat pump are provided in seven stages together with a thrust bearing, a bearing and a rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated Cool energy production + Fully automatic processing possible Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) in 8 stages Conservation cycle coalescence organization.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and liquid metal is raised and used for storage + Solar heating air is compressed and heated Various types of turbine blades and heat pumps with 9 stages in combination with thrust bearings, bearings, and rectangular turbine outer casing (77a), with turbine blades that have the same diameter and the same shape for each stage. Energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated The turbine blade group capable of cold-heating manufacturing and fully automatic machining is made to have the same diameter and shape of each stage, and the fitting bolt assembly turbine and the heat pump are provided in 10 stages together with the thrust bearing, the bearing and the rectangular turbine outer box (77a). Various energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated Various energy storage cycle coalescing engines, with the cooling blades + turbine turbine blade group set to the same diameter and shape of each stage, and fitted bolt assembly turbines and heat pumps with thrust bearings, bearings, and a rectangular turbine outer box (77a) in one stage .   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated Various energy storage cycle coalescence engine with a turbine assembly and a heat pump in two stages with thrust bearings, bearings, and a rectangular turbine outer box (77a), with the rotor blades of the turbine + the same diameter and approximately the same shape for each stage. .   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air Compressed hot and cold manufacturing + Fully automatic processing possible The rotor blades of the turbine have the same diameter and shape of each stage, and the fitting bolt assembly turbine and heat pump are arranged in three stages together with thrust bearings, bearings, and the rectangular turbine outer casing (77a) Various energy conservation cycle coalescence engines provided.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air Compressed hot and cold production + Fully automatic machining of turbine blades with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) in 4 stages Various energy conservation cycle coalescence engine established in.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air The turbine blades capable of compressing hot and cold manufacturing and fully automatic machining are set to the same diameter and the same shape for each stage, and the fitting bolt assembly turbine and heat pump are combined with thrust bearings, bearings, and the rectangular turbine outer casing (77a). Various energy conservation cycle coalescence engine installed in the stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air Compressed hot and cold manufacturing + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with 6 stages with thrust bearing, bearing and square turbine outer box (77a) Conservation cycle coalescence organization.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air Compressed hot and cold manufacturing + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump in 7 stages with thrust bearing, bearing and square turbine outer box (77a) Conservation cycle coalescence organization.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driving propulsion force + Insulating and increasing ball lift device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and stored. + Solar heated air is compressed and heated and cooled. Various energy storage cycle coalescing engines in which the blade groups are substantially the same shape for each stage, and the fitting bolt assembly turbine and the heat pump are provided in eight stages together with the thrust bearing, the bearing, and the rectangular turbine outer box (77a).   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driving propulsion force + Insulating sphere increasing device (2F) is installed in the corner of the outer corner of the square turbine, and liquid metal is raised and stored + Solar heated air is compressed and heated and cooled + Turbine capable of fully automatic processing Various energy storage cycle coalescing engines in which the rotor blade group of each stage is substantially the same shape for each stage, and the fitting bolt assembly turbine and the heat pump are provided in 9 stages together with the thrust bearing, the bearing and the rectangular turbine outer casing (77a).   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driving propulsion force + Insulating and increasing ball lifting device (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Solar heating air is compressed and heated and cooled + Fully automatic processing is possible Various energy storage cycle coalescing engines in which turbine blade groups are substantially the same shape for each stage, and a fitting bolt assembly turbine and a heat pump are provided in 10 stages together with a thrust bearing, a bearing, and a rectangular turbine outer box (77a).   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Drives the propulsion force + Insulates and heats up ball riser (2F) at the corner of the square turbine outer casing and uses the liquid metal to save and use + Solar heating air is compressed hot and cold manufacturing + Turbine blade group Various energy storage cycle coalescing engines in which fitting bolt assembly turbines and heat pumps are provided in a single stage together with thrust bearings, bearings, and a rectangular turbine outer casing (77a) with the same diameter and shape of each paragraph.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Drives the propulsion force + Insulates and heats up ball riser (2F) at the corner of the square turbine outer casing and uses the liquid metal to save and use + Solar heating air is compressed hot and cold manufacturing + Turbine blade group Various energy storage cycle coalescing engines in which the fitting bolt assembly turbine and the heat pump are provided in two stages together with thrust bearings, bearings, and a rectangular turbine outer casing (77a) with the same diameter and substantially the same shape for each paragraph.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of square turbine outer box and liquid metal is raised and used for storage + Solar heating air is compressed and produced with heat and cold + Fully automatic processing possible Various energy storage cycle coalescing engines in which turbine blade groups are substantially the same shape for each paragraph, and a fitting bolt assembly turbine and a heat pump are provided in three stages together with a thrust bearing, a bearing and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of square turbine outer box and liquid metal is raised and used for storage + Solar heating air is compressed and produced with heat and cold + Fully automatic processing possible Various energy storage cycle coalescing engines in which the rotor blade group of a simple turbine is substantially the same shape for each paragraph and the fitting bolt assembly turbine and the heat pump are provided in four stages together with a thrust bearing, a bearing and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of square turbine outer box and liquid metal is raised and used for storage + Solar heating air is compressed with heat and cold production + Fully automatic processing Various energy storage cycle coalescing engines in which the turbine blade group of possible turbines has the same diameter and substantially the same shape for each paragraph, and the fitting bolt assembly turbine and the heat pump are provided in five stages together with the thrust bearing, the bearing and the rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Solar heated air is compressed and heated and produced with heat + turbine blades Various energy storage cycle coalescing engines in which the groups are arranged in the same shape for each stage and the bolt assembly turbine and the heat pump are provided in six stages together with the thrust bearing, the bearing and the rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Solar heated air is compressed and heated and produced with heat + turbine blades Various energy storage cycle coalescing engines in which the groups are made into the same shape and the same diameter for each stage, and the fitting bolt assembly turbine and the heat pump are provided in seven stages together with the thrust bearing, the bearing and the rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used. + Solar heated air is compressed and heated and cooled. + Fully automatic processing is possible. Various energy storage cycle coalescing engines in which a fitting bolt assembly turbine and a heat pump are provided in 8 stages together with a thrust bearing, a bearing and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and stored. + Solar heated air is compressed and heated and cooled. Various energy storage cycle coalescence engines provided with a fitting bolt assembly turbine and a heat pump in 9 stages together with a thrust bearing, a bearing and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is raised and stored. + Solar heated air is compressed and heated and cooled. Various energy storage cycle coalescing engines in which a fitting bolt assembly turbine and a heat pump are provided in 10 stages together with a thrust bearing, a bearing and a rectangular turbine outer box (77a) as the same shape.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and stored. + Solar heating air is compressed and heated and cooled. Various energy storage cycle coalescing engines in which a turbine and a heat pump are provided in a single stage together with a thrust bearing, a bearing and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and stored. + Solar heating air is compressed and heated and cooled. Various energy storage cycle coalescing engines in which a turbine and a heat pump are provided in two stages together with a thrust bearing, a bearing and a rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated Cold energy manufacturing + Fully automatic processing possible Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump in three stages with thrust bearing, bearing and square turbine outer box (77a) Conservation cycle coalescence organization.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated Various kinds of turbine blades that have the same diameter and almost the same shape for each stage, and are equipped with a fitting bolt assembly turbine and a heat pump in four stages together with thrust bearings, bearings, and a rectangular turbine outer box (77a). Energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated A turbine blade group capable of cold-heating manufacturing and fully automatic machining is provided with the same diameter and shape of each stage, and a fitting bolt assembly turbine and a heat pump are provided in five stages together with a thrust bearing, a bearing, and a rectangular turbine outer box (77a). Various energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated Various energy storage cycle coalescence engine with a turbine assembly and a heat pump in six stages with thrust bearings, bearings, and a rectangular turbine outer box (77a), with the cooling blade manufacturing + turbine rotor blade group having the same diameter and the same shape for each stage. .   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated Various energy storage cycle coalescing engines, with the turbine blades and heat pumps installed in 7 stages together with thrust bearings, bearings, and the rectangular turbine outer box (77a), with the rotor blades of the turbine + the same diameter and shape of each stage. .   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air Compressed hot and cold manufacturing + Fully automatic processing possible The turbine blades are set to the same diameter and shape of each stage, and the fitting bolt assembly turbine and heat pump are arranged in 8 stages together with thrust bearings, bearings and rectangular turbine outer casing (77a). Various energy conservation cycle coalescence engines provided.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air Compressed hot and cold manufacturing + Fully automatic machining of turbine blades with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with 9 stages with thrust bearing, bearing and square turbine outer box (77a) Various energy conservation cycle coalescence engine established in.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air A turbine blade group capable of full-automatic machining and compression hot / cold heat production is set to have the same diameter and shape of each stage, and a fitting bolt assembly turbine and a heat pump are installed together with a thrust bearing, a bearing and a rectangular turbine outer box (77a). Various energy conservation cycle coalescence engine installed in the stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air Compressed hot and cold manufacturing + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) in one stage Conservation cycle coalescence organization.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air Compressed hot and cold manufacturing + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) in two stages Conservation cycle coalescence organization.   Turbine multiple drive short-time coalescence engine injection section (78S) Liquid metal solar engine that makes large propulsion propulsion output + Accelerating the output sphere (2E) downward by gravity acceleration Turbine drive + Combined engine injection section (78S ) Driving propulsion force + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and stored. + Solar heated air is compressed and heated and cooled. Various energy storage cycle coalescing engines in which the blade groups are substantially the same shape for each stage, and the fitting bolt assembly turbine and heat pump are provided in three stages together with thrust bearings, bearings, and a rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalescence engine injection section (78S) Liquid metal solar engine that makes large propulsion propulsion output + Accelerating the output sphere (2E) downward by gravity acceleration Turbine drive + Combined engine injection section (78S ) Driving propulsion force + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and stored + Solar heated air is compressed and heated and cooled + Turbine capable of fully automatic processing Various energy storage cycle coalescing engines in which the rotor blade group of each stage is substantially the same shape for each stage, and the fitting bolt assembly turbine and the heat pump are provided in four stages together with the thrust bearing, the bearing and the rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalescence engine injection section (78S) Liquid metal solar engine that makes large propulsion propulsion output + Accelerating the output sphere (2E) downward by gravity acceleration Turbine drive + Combined engine injection section (78S ) Driving propulsion force + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and stored + Solar heated air is compressed and heated and cooled + Fully automatic processing is possible Various energy storage cycle coalescing engines in which the turbine blade groups are substantially the same shape for each paragraph, and the fitting bolt assembly turbine and heat pump are provided in five stages together with thrust bearings, bearings, and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection section (78S) Liquid metal solar engine that makes large propulsion propulsion output + Accelerating the output sphere (2E) downward by gravity acceleration Turbine drive + Combined engine injection section (78S ) Drives the propulsion force + Insulates and heats up sphere lift device (2F) at the corner of the square turbine outer box and uses the liquid metal ascending and storing + Solar heating air is compressed and heated and cooled + The turbine blades Various energy storage cycle coalescing engines in which the fitting bolt assembly turbine and heat pump are provided in six stages together with thrust bearings, bearings, and a rectangular turbine outer casing (77a) with the same diameter and substantially the same shape for each paragraph.   Turbine multiple drive short-time coalescence engine injection section (78S) Liquid metal solar engine that makes large propulsion propulsion output + Accelerating the output sphere (2E) downward by gravity acceleration Turbine drive + Combined engine injection section (78S ) Drives the propulsion force + Insulates and heats up ball riser (2F) at the corner of the square turbine outer casing and uses the liquid metal to save and use + Solar heating air is compressed hot and cold manufacturing + Turbine blade group Various energy storage cycle coalescing engines in which a fitting bolt assembly turbine and a heat pump are provided in seven stages together with a thrust bearing, a bearing, and a rectangular turbine outer casing (77a) as each paragraph having the same diameter and shape.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of square turbine outer box and liquid metal is raised and used for storage + Solar heating air is compressed and produced with heat and cold + Fully automatic processing possible Various energy storage cycle coalescing engines in which the turbine blade groups are substantially the same shape for each paragraph, and the fitting bolt assembly turbine and heat pump are provided in eight stages together with thrust bearings, bearings, and the rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of square turbine outer box and liquid metal is raised and used for storage + Solar heating air is compressed and produced with heat and cold + Fully automatic processing possible Various energy storage cycle coalescing engines in which the rotor blade group of a simple turbine is substantially the same shape for each paragraph, and the fitting bolt assembly turbine and the heat pump are provided in nine stages together with a thrust bearing, a bearing and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of square turbine outer box and liquid metal is raised and used for storage + Solar heating air is compressed with heat and cold production + Fully automatic processing Various energy storage cycle coalescing engines in which the rotor blade groups of possible turbines have the same diameter and substantially the same shape for each paragraph, and the fitting bolt assembly turbine and the heat pump are provided in 10 stages together with the thrust bearing, the bearing and the rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Solar heated air is compressed and heated and produced with heat + turbine blades Various energy storage cycle coalescing engines in which groups are arranged in the same shape for each stage, and a bolt assembly turbine and a heat pump are provided in one stage together with a thrust bearing, a bearing and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Solar heated air is compressed and heated and produced with heat + turbine blades Various energy storage cycle coalescing engines in which the groups are made into substantially the same shape for each paragraph and the fitting bolt assembly turbine and the heat pump are provided in two stages together with the thrust bearing, the bearing and the rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used. + Solar heated air is compressed and heated and cooled. + Fully automatic processing is possible. Various energy storage cycle coalescing engines in which a fitting bolt assembly turbine and a heat pump are provided in three stages together with a thrust bearing, a bearing and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and stored. + Solar heated air is compressed and heated and cooled. Various energy storage cycle coalescing engines provided with a fitting bolt assembly turbine and a heat pump in four stages together with a thrust bearing, a bearing and a rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is raised and stored. + Solar heated air is compressed and heated and cooled. Various energy storage cycle coalescing engines in which a fitting bolt assembly turbine and a heat pump are provided in five stages together with a thrust bearing, a bearing and a rectangular turbine outer casing (77a) as the same shape.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and stored. + Solar heating air is compressed and heated and cooled. Various energy storage cycle coalescing engines in which a turbine and a heat pump are provided in six stages together with a thrust bearing, a bearing and a rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and stored. + Solar heating air is compressed and heated and cooled. Various energy storage cycle coalescing engines in which a turbine and a heat pump are provided in seven stages together with a thrust bearing, a bearing and a rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated Cool energy production + Fully automatic processing possible Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) in 8 stages Conservation cycle coalescence organization.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and liquid metal is raised and used for storage + Solar heating air is compressed and heated Various types of turbine blades and heat pumps with 9 stages in combination with thrust bearings, bearings, and rectangular turbine outer casing (77a), with turbine blades that have the same diameter and the same shape for each stage. Energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated The turbine blade group capable of cold-heating manufacturing and fully automatic machining is made to have the same diameter and shape of each stage, and the fitting bolt assembly turbine and the heat pump are provided in 10 stages together with the thrust bearing, the bearing and the rectangular turbine outer box (77a). Various energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated Various energy storage cycle coalescing engines, with the cooling blades + turbine turbine blade group set to the same diameter and shape of each stage, and fitted bolt assembly turbines and heat pumps with thrust bearings, bearings, and a rectangular turbine outer box (77a) in one stage .   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated Various energy storage cycle coalescence engine with a turbine assembly and a heat pump in two stages with thrust bearings, bearings, and a rectangular turbine outer box (77a), with the rotor blades of the turbine + the same diameter and approximately the same shape for each stage. .   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air Compressed hot and cold manufacturing + Fully automatic processing possible The rotor blades of the turbine have the same diameter and shape of each stage, and the fitting bolt assembly turbine and heat pump are arranged in three stages together with thrust bearings, bearings, and the rectangular turbine outer casing (77a) Various energy conservation cycle coalescence engines provided.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air Compressed hot and cold production + Fully automatic machining of turbine blades with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) in 4 stages Various energy conservation cycle coalescence engine established in.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air The turbine blades capable of compressing hot and cold manufacturing and fully automatic machining are set to the same diameter and the same shape for each stage, and the fitting bolt assembly turbine and heat pump are combined with thrust bearings, bearings, and the rectangular turbine outer casing (77a). Various energy conservation cycle coalescence engine installed in the stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air Compressed hot and cold manufacturing + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with 6 stages with thrust bearing, bearing and square turbine outer box (77a) Conservation cycle coalescence organization.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air Compressed hot and cold manufacturing + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump in 7 stages with thrust bearing, bearing and square turbine outer box (77a) Conservation cycle coalescence organization.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driving propulsion force + Insulating and increasing ball lift device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and stored. + Solar heated air is compressed and heated and cooled. Various energy storage cycle coalescing engines in which the blade groups are substantially the same shape for each stage, and the fitting bolt assembly turbine and the heat pump are provided in eight stages together with the thrust bearing, the bearing, and the rectangular turbine outer box (77a).   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driving propulsion force + Insulating sphere increasing device (2F) is installed in the corner of the outer corner of the square turbine, and liquid metal is raised and stored + Solar heated air is compressed and heated and cooled + Turbine capable of fully automatic processing Various energy storage cycle coalescing engines in which the rotor blade group of each stage is substantially the same shape for each stage, and the fitting bolt assembly turbine and the heat pump are provided in 9 stages together with the thrust bearing, the bearing and the rectangular turbine outer casing (77a).   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driving propulsion force + Insulating and increasing ball lifting device (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Solar heating air is compressed and heated and cooled + Fully automatic processing is possible Various energy storage cycle coalescing engines in which turbine blade groups are substantially the same shape for each stage, and a fitting bolt assembly turbine and a heat pump are provided in 10 stages together with a thrust bearing, a bearing, and a rectangular turbine outer box (77a).   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Drives the propulsion force + Insulates and heats up ball riser (2F) at the corner of the square turbine outer casing and uses the liquid metal to save and use + Solar heating air is compressed hot and cold manufacturing + Turbine blade group Various energy storage cycle coalescing engines in which fitting bolt assembly turbines and heat pumps are provided in a single stage together with thrust bearings, bearings, and a rectangular turbine outer casing (77a) with the same diameter and shape of each paragraph.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Drives the propulsion force + Insulates and heats up ball riser (2F) at the corner of the square turbine outer casing and uses the liquid metal to save and use + Solar heating air is compressed hot and cold manufacturing + Turbine blade group Various energy storage cycle coalescing engines in which the fitting bolt assembly turbine and the heat pump are provided in two stages together with thrust bearings, bearings, and a rectangular turbine outer casing (77a) with the same diameter and substantially the same shape for each paragraph.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of square turbine outer box and liquid metal is raised and used for storage + Solar heating air is compressed and produced with heat and cold + Fully automatic processing possible Various energy storage cycle coalescing engines in which turbine blade groups are substantially the same shape for each paragraph, and a fitting bolt assembly turbine and a heat pump are provided in three stages together with a thrust bearing, a bearing and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of square turbine outer box and liquid metal is raised and used for storage + Solar heating air is compressed and produced with heat and cold + Fully automatic processing possible Various energy storage cycle coalescing engines in which the rotor blade group of a simple turbine is substantially the same shape for each paragraph and the fitting bolt assembly turbine and the heat pump are provided in four stages together with a thrust bearing, a bearing and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of square turbine outer box and liquid metal is raised and used for storage + Solar heating air is compressed with heat and cold production + Fully automatic processing Various energy storage cycle coalescing engines in which the turbine blade group of possible turbines has the same diameter and substantially the same shape for each paragraph, and the fitting bolt assembly turbine and the heat pump are provided in five stages together with the thrust bearing, the bearing and the rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Solar heated air is compressed and heated and produced with heat + turbine blades Various energy storage cycle coalescing engines in which the groups are arranged in the same shape for each stage and the bolt assembly turbine and the heat pump are provided in six stages together with the thrust bearing, the bearing and the rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Solar heated air is compressed and heated and produced with heat + turbine blades Various energy storage cycle coalescing engines in which the groups are made into the same shape and the same diameter for each stage, and the fitting bolt assembly turbine and the heat pump are provided in seven stages together with the thrust bearing, the bearing and the rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used. + Solar heated air is compressed and heated and cooled. + Fully automatic processing is possible. Various energy storage cycle coalescing engines in which a fitting bolt assembly turbine and a heat pump are provided in 8 stages together with a thrust bearing, a bearing and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and stored. + Solar heated air is compressed and heated and cooled. Various energy storage cycle coalescence engines provided with a fitting bolt assembly turbine and a heat pump in 9 stages together with a thrust bearing, a bearing and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is raised and stored. + Solar heated air is compressed and heated and cooled. Various energy storage cycle coalescing engines in which a fitting bolt assembly turbine and a heat pump are provided in 10 stages together with a thrust bearing, a bearing and a rectangular turbine outer box (77a) as the same shape.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and stored. + Solar heating air is compressed and heated and cooled. Various energy storage cycle coalescing engines in which a turbine and a heat pump are provided in a single stage together with a thrust bearing, a bearing and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and stored. + Solar heating air is compressed and heated and cooled. Various energy storage cycle coalescing engines in which a turbine and a heat pump are provided in two stages together with a thrust bearing, a bearing and a rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated Cold energy manufacturing + Fully automatic processing possible Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump in three stages with thrust bearing, bearing and square turbine outer box (77a) Conservation cycle coalescence organization.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated Various kinds of turbine blades that have the same diameter and almost the same shape for each stage, and are equipped with a fitting bolt assembly turbine and a heat pump in four stages together with thrust bearings, bearings, and a rectangular turbine outer box (77a). Energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated A turbine blade group capable of cold-heating manufacturing and fully automatic machining is provided with the same diameter and shape of each stage, and a fitting bolt assembly turbine and a heat pump are provided in five stages together with a thrust bearing, a bearing, and a rectangular turbine outer box (77a). Various energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated Various energy storage cycle coalescence engine with a turbine assembly and a heat pump in six stages with thrust bearings, bearings, and a rectangular turbine outer box (77a), with the cooling blade manufacturing + turbine rotor blade group having the same diameter and the same shape for each stage. .   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated Various energy storage cycle coalescing engines, with the turbine blades and heat pumps installed in 7 stages together with thrust bearings, bearings, and the rectangular turbine outer box (77a), with the rotor blades of the turbine + the same diameter and shape of each stage. .   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air Compressed hot and cold manufacturing + Fully automatic processing possible The turbine blades are set to the same diameter and shape of each stage, and the fitting bolt assembly turbine and heat pump are arranged in 8 stages together with thrust bearings, bearings and rectangular turbine outer casing (77a). Various energy conservation cycle coalescence engines provided.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air Compressed hot and cold manufacturing + Fully automatic machining of turbine blades with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with 9 stages with thrust bearing, bearing and square turbine outer box (77a) Various energy conservation cycle coalescence engine established in.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air A turbine blade group capable of full-automatic machining and compression hot / cold heat production is set to have the same diameter and shape of each stage, and a fitting bolt assembly turbine and a heat pump are installed together with a thrust bearing, a bearing and a rectangular turbine outer box (77a). Various energy conservation cycle coalescence engine installed in the stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air Compressed hot and cold manufacturing + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) in one stage Conservation cycle coalescence organization.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air Compressed hot and cold manufacturing + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) in two stages Conservation cycle coalescence organization.   Turbine multiple drive short-time coalescence engine injection section (78S) Liquid metal solar engine that makes large propulsion propulsion output + Accelerating the output sphere (2E) downward by gravity acceleration Turbine drive + Combined engine injection section (78S ) Driving propulsion force + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and stored. + Solar heated air is compressed and heated and cooled. Various energy storage cycle coalescing engines in which the blade groups are substantially the same shape for each stage, and the fitting bolt assembly turbine and heat pump are provided in three stages together with thrust bearings, bearings, and a rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalescence engine injection section (78S) Liquid metal solar engine that makes large propulsion propulsion output + Accelerating the output sphere (2E) downward by gravity acceleration Turbine drive + Combined engine injection section (78S ) Driving propulsion force + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and stored + Solar heated air is compressed and heated and cooled + Turbine capable of fully automatic processing Various energy storage cycle coalescing engines in which the rotor blade group of each stage is substantially the same shape for each stage, and the fitting bolt assembly turbine and the heat pump are provided in four stages together with the thrust bearing, the bearing and the rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalescence engine injection section (78S) Liquid metal solar engine that makes large propulsion propulsion output + Accelerating the output sphere (2E) downward by gravity acceleration Turbine drive + Combined engine injection section (78S ) Driving propulsion force + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and stored + Solar heated air is compressed and heated and cooled + Fully automatic processing is possible Various energy storage cycle coalescing engines in which the turbine blade groups are substantially the same shape for each paragraph, and the fitting bolt assembly turbine and heat pump are provided in five stages together with thrust bearings, bearings, and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection section (78S) Liquid metal solar engine that makes large propulsion propulsion output + Accelerating the output sphere (2E) downward by gravity acceleration Turbine drive + Combined engine injection section (78S ) Drives the propulsion force + Insulates and heats up sphere lift device (2F) at the corner of the square turbine outer box and uses the liquid metal ascending and storing + Solar heating air is compressed and heated and cooled + The turbine blades Various energy storage cycle coalescing engines in which the fitting bolt assembly turbine and heat pump are provided in six stages together with thrust bearings, bearings, and a rectangular turbine outer casing (77a) with the same diameter and substantially the same shape for each paragraph.   Turbine multiple drive short-time coalescence engine injection section (78S) Liquid metal solar engine that makes large propulsion propulsion output + Accelerating the output sphere (2E) downward by gravity acceleration Turbine drive + Combined engine injection section (78S ) Drives the propulsion force + Insulates and heats up ball riser (2F) at the corner of the square turbine outer casing and uses the liquid metal to save and use + Solar heating air is compressed hot and cold manufacturing + Turbine blade group Various energy storage cycle coalescing engines in which a fitting bolt assembly turbine and a heat pump are provided in seven stages together with a thrust bearing, a bearing, and a rectangular turbine outer casing (77a) as each paragraph having the same diameter and shape.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of square turbine outer box and liquid metal is raised and used for storage + Solar heating air is compressed and produced with heat and cold + Fully automatic processing possible Various energy storage cycle coalescing engines in which the turbine blade groups are substantially the same shape for each paragraph, and the fitting bolt assembly turbine and heat pump are provided in eight stages together with thrust bearings, bearings, and the rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of square turbine outer box and liquid metal is raised and used for storage + Solar heating air is compressed and produced with heat and cold + Fully automatic processing possible Various energy storage cycle coalescing engines in which the rotor blade group of a simple turbine is substantially the same shape for each paragraph, and the fitting bolt assembly turbine and the heat pump are provided in nine stages together with a thrust bearing, a bearing and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of square turbine outer box and liquid metal is raised and used for storage + Solar heating air is compressed with heat and cold production + Fully automatic processing Various energy storage cycle coalescing engines in which the rotor blade groups of possible turbines have the same diameter and substantially the same shape for each paragraph, and the fitting bolt assembly turbine and the heat pump are provided in 10 stages together with the thrust bearing, the bearing and the rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Solar heated air is compressed and heated and produced with heat + turbine blades Various energy storage cycle coalescing engines in which groups are arranged in the same shape for each stage, and a bolt assembly turbine and a heat pump are provided in one stage together with a thrust bearing, a bearing and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Solar heated air is compressed and heated and produced with heat + turbine blades Various energy storage cycle coalescing engines in which the groups are made into substantially the same shape for each paragraph and the fitting bolt assembly turbine and the heat pump are provided in two stages together with the thrust bearing, the bearing and the rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used. + Solar heated air is compressed and heated and cooled. + Fully automatic processing is possible. Various energy storage cycle coalescing engines in which a fitting bolt assembly turbine and a heat pump are provided in three stages together with a thrust bearing, a bearing and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and stored. + Solar heated air is compressed and heated and cooled. Various energy storage cycle coalescing engines provided with a fitting bolt assembly turbine and a heat pump in four stages together with a thrust bearing, a bearing and a rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is raised and stored. + Solar heated air is compressed and heated and cooled. Various energy storage cycle coalescing engines in which a fitting bolt assembly turbine and a heat pump are provided in five stages together with a thrust bearing, a bearing and a rectangular turbine outer casing (77a) as the same shape.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and stored. + Solar heating air is compressed and heated and cooled. Various energy storage cycle coalescing engines in which a turbine and a heat pump are provided in six stages together with a thrust bearing, a bearing and a rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and stored. + Solar heating air is compressed and heated and cooled. Various energy storage cycle coalescing engines in which a turbine and a heat pump are provided in seven stages together with a thrust bearing, a bearing and a rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated Cool energy production + Fully automatic processing possible Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) in 8 stages Conservation cycle coalescence organization.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and liquid metal is raised and used for storage + Solar heating air is compressed and heated Various types of turbine blades and heat pumps with 9 stages in combination with thrust bearings, bearings, and rectangular turbine outer casing (77a), with turbine blades that have the same diameter and the same shape for each stage. Energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated The turbine blade group capable of cold-heating manufacturing and fully automatic machining is made to have the same diameter and shape of each stage, and the fitting bolt assembly turbine and the heat pump are provided in 10 stages together with the thrust bearing, the bearing and the rectangular turbine outer box (77a). Various energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated Various energy storage cycle coalescing engines, with the cooling blades + turbine turbine blade group set to the same diameter and shape of each stage, and fitted bolt assembly turbines and heat pumps with thrust bearings, bearings, and a rectangular turbine outer box (77a) in one stage .   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated Various energy storage cycle coalescence engine with a turbine assembly and a heat pump in two stages with thrust bearings, bearings, and a rectangular turbine outer box (77a), with the rotor blades of the turbine + the same diameter and approximately the same shape for each stage. .   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air Compressed hot and cold manufacturing + Fully automatic processing possible The rotor blades of the turbine have the same diameter and shape of each stage, and the fitting bolt assembly turbine and heat pump are arranged in three stages together with thrust bearings, bearings, and the rectangular turbine outer casing (77a) Various energy conservation cycle coalescence engines provided.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air Compressed hot and cold production + Fully automatic machining of turbine blades with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) in 4 stages Various energy conservation cycle coalescence engine established in.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air The turbine blades capable of compressing hot and cold manufacturing and fully automatic machining are set to the same diameter and the same shape for each stage, and the fitting bolt assembly turbine and heat pump are combined with thrust bearings, bearings, and the rectangular turbine outer casing (77a). Various energy conservation cycle coalescence engine installed in the stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air Compressed hot and cold manufacturing + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with 6 stages with thrust bearing, bearing and square turbine outer box (77a) Conservation cycle coalescence organization.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air Compressed hot and cold manufacturing + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump in 7 stages with thrust bearing, bearing and square turbine outer box (77a) Conservation cycle coalescence organization.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driving propulsion force + Insulating and increasing ball lift device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and stored. + Solar heated air is compressed and heated and cooled. Various energy storage cycle coalescing engines in which the blade groups are substantially the same shape for each stage, and the fitting bolt assembly turbine and the heat pump are provided in eight stages together with the thrust bearing, the bearing, and the rectangular turbine outer box (77a).   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driving propulsion force + Insulating sphere increasing device (2F) is installed in the corner of the outer corner of the square turbine, and liquid metal is raised and stored + Solar heated air is compressed and heated and cooled + Turbine capable of fully automatic processing Various energy storage cycle coalescing engines in which the rotor blade group of each stage is substantially the same shape for each stage, and the fitting bolt assembly turbine and the heat pump are provided in 9 stages together with the thrust bearing, the bearing and the rectangular turbine outer casing (77a).   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driving propulsion force + Insulating and increasing ball lifting device (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Solar heating air is compressed and heated and cooled + Fully automatic processing is possible Various energy storage cycle coalescing engines in which turbine blade groups are substantially the same shape for each stage, and a fitting bolt assembly turbine and a heat pump are provided in 10 stages together with a thrust bearing, a bearing, and a rectangular turbine outer box (77a).   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Drives the propulsion force + Insulates and heats up ball riser (2F) at the corner of the square turbine outer casing and uses the liquid metal to save and use + Solar heating air is compressed hot and cold manufacturing + Turbine blade group Various energy storage cycle coalescing engines in which fitting bolt assembly turbines and heat pumps are provided in a single stage together with thrust bearings, bearings, and a rectangular turbine outer casing (77a) with the same diameter and shape of each paragraph.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Drives the propulsion force + Insulates and heats up ball riser (2F) at the corner of the square turbine outer casing and uses the liquid metal to save and use + Solar heating air is compressed hot and cold manufacturing + Turbine blade group Various energy storage cycle coalescing engines in which the fitting bolt assembly turbine and the heat pump are provided in two stages together with thrust bearings, bearings, and a rectangular turbine outer casing (77a) with the same diameter and substantially the same shape for each paragraph.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of square turbine outer box and liquid metal is raised and used for storage + Solar heating air is compressed and produced with heat and cold + Fully automatic processing possible Various energy storage cycle coalescing engines in which turbine blade groups are substantially the same shape for each paragraph, and a fitting bolt assembly turbine and a heat pump are provided in three stages together with a thrust bearing, a bearing and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of square turbine outer box and liquid metal is raised and used for storage + Solar heating air is compressed and produced with heat and cold + Fully automatic processing possible Various energy storage cycle coalescing engines in which the rotor blade group of a simple turbine is substantially the same shape for each paragraph and the fitting bolt assembly turbine and the heat pump are provided in four stages together with a thrust bearing, a bearing and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of square turbine outer box and liquid metal is raised and used for storage + Solar heating air is compressed with heat and cold production + Fully automatic processing Various energy storage cycle coalescing engines in which the turbine blade group of possible turbines has the same diameter and substantially the same shape for each paragraph, and the fitting bolt assembly turbine and the heat pump are provided in five stages together with the thrust bearing, the bearing and the rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Solar heated air is compressed and heated and produced with heat + turbine blades Various energy storage cycle coalescing engines in which the groups are arranged in the same shape for each stage and the bolt assembly turbine and the heat pump are provided in six stages together with the thrust bearing, the bearing and the rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and liquid metal is raised and used for storage + Solar heated air is compressed and heated and produced with heat + turbine blades Various energy storage cycle coalescing engines in which the groups are made into the same shape and the same diameter for each stage, and the fitting bolt assembly turbine and the heat pump are provided in seven stages together with the thrust bearing, the bearing and the rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used. + Solar heated air is compressed and heated and cooled. + Fully automatic processing is possible. Various energy storage cycle coalescing engines in which a fitting bolt assembly turbine and a heat pump are provided in 8 stages together with a thrust bearing, a bearing and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and stored. + Solar heated air is compressed and heated and cooled. Various energy storage cycle coalescence engines provided with a fitting bolt assembly turbine and a heat pump in 9 stages together with a thrust bearing, a bearing and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is raised and stored. + Solar heated air is compressed and heated and cooled. Various energy storage cycle coalescing engines in which a fitting bolt assembly turbine and a heat pump are provided in 10 stages together with a thrust bearing, a bearing and a rectangular turbine outer box (77a) as the same shape.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and stored. + Solar heating air is compressed and heated and cooled. Various energy storage cycle coalescing engines in which a turbine and a heat pump are provided in a single stage together with a thrust bearing, a bearing and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and stored. + Solar heating air is compressed and heated and cooled. Various energy storage cycle coalescing engines in which a turbine and a heat pump are provided in two stages together with a thrust bearing, a bearing and a rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated Cold energy manufacturing + Fully automatic processing possible Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump in three stages with thrust bearing, bearing and square turbine outer box (77a) Conservation cycle coalescence organization.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated Various kinds of turbine blades that have the same diameter and almost the same shape for each stage, and are equipped with a fitting bolt assembly turbine and a heat pump in four stages together with thrust bearings, bearings, and a rectangular turbine outer box (77a). Energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated A turbine blade group capable of cold-heating manufacturing and fully automatic machining is provided with the same diameter and shape of each stage, and a fitting bolt assembly turbine and a heat pump are provided in five stages together with a thrust bearing, a bearing, and a rectangular turbine outer box (77a). Various energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated Various energy storage cycle coalescence engine with a turbine assembly and a heat pump in six stages with thrust bearings, bearings, and a rectangular turbine outer box (77a), with the cooling blade manufacturing + turbine rotor blade group having the same diameter and the same shape for each stage. .   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated Various energy storage cycle coalescing engines, with the turbine blades and heat pumps installed in 7 stages together with thrust bearings, bearings, and the rectangular turbine outer box (77a), with the rotor blades of the turbine + the same diameter and shape of each stage. .   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air Compressed hot and cold manufacturing + Fully automatic processing possible The turbine blades are set to the same diameter and shape of each stage, and the fitting bolt assembly turbine and heat pump are arranged in 8 stages together with thrust bearings, bearings and rectangular turbine outer casing (77a). Various energy conservation cycle coalescence engines provided.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air Compressed hot and cold manufacturing + Fully automatic machining of turbine blades with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with 9 stages with thrust bearing, bearing and square turbine outer box (77a) Various energy conservation cycle coalescence engine established in.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air A turbine blade group capable of full-automatic machining and compression hot / cold heat production is set to have the same diameter and shape of each stage, and a fitting bolt assembly turbine and a heat pump are installed together with a thrust bearing, a bearing and a rectangular turbine outer box (77a). Various energy conservation cycle coalescence engine installed in the stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air Compressed hot and cold manufacturing + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) in one stage Conservation cycle coalescence organization.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air Compressed hot and cold manufacturing + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) in two stages Conservation cycle coalescence organization.   Turbine multiple drive short-time coalescence engine injection section (78S) Liquid metal solar engine that makes large propulsion propulsion output + Accelerating the output sphere (2E) downward by gravity acceleration Turbine drive + Combined engine injection section (78S ) Driving propulsion force + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and stored. + Solar heated air is compressed and heated and cooled. Various energy storage cycle coalescing engines in which the blade groups are substantially the same shape for each stage, and the fitting bolt assembly turbine and heat pump are provided in three stages together with thrust bearings, bearings, and a rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalescence engine injection section (78S) Liquid metal solar engine that makes large propulsion propulsion output + Accelerating the output sphere (2E) downward by gravity acceleration Turbine drive + Combined engine injection section (78S ) Driving propulsion force + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and stored + Solar heated air is compressed and heated and cooled + Turbine capable of fully automatic processing Various energy storage cycle coalescing engines in which the rotor blade group of each stage is substantially the same shape for each stage, and the fitting bolt assembly turbine and the heat pump are provided in four stages together with the thrust bearing, the bearing and the rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalescence engine injection section (78S) Liquid metal solar engine that makes large propulsion propulsion output + Accelerating the output sphere (2E) downward by gravity acceleration Turbine drive + Combined engine injection section (78S ) Driving propulsion force + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and stored + Solar heated air is compressed and heated and cooled + Fully automatic processing is possible Various energy storage cycle coalescing engines in which the turbine blade groups are substantially the same shape for each paragraph, and the fitting bolt assembly turbine and heat pump are provided in five stages together with thrust bearings, bearings, and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection section (78S) Liquid metal solar engine that makes large propulsion propulsion output + Accelerating the output sphere (2E) downward by gravity acceleration Turbine drive + Combined engine injection section (78S ) Drives the propulsion force + Insulates and heats up sphere lift device (2F) at the corner of the square turbine outer box and uses the liquid metal ascending and storing + Solar heating air is compressed and heated and cooled + The turbine blades Various energy storage cycle coalescing engines in which the fitting bolt assembly turbine and heat pump are provided in six stages together with thrust bearings, bearings, and a rectangular turbine outer casing (77a) with the same diameter and substantially the same shape for each paragraph.   Turbine multiple drive short-time coalescence engine injection section (78S) Liquid metal solar engine that makes large propulsion propulsion output + Accelerating the output sphere (2E) downward by gravity acceleration Turbine drive + Combined engine injection section (78S ) Drives the propulsion force + Insulates and heats up ball riser (2F) at the corner of the square turbine outer casing and uses the liquid metal to save and use + Solar heating air is compressed hot and cold manufacturing + Turbine blade group Various energy storage cycle coalescing engines in which a fitting bolt assembly turbine and a heat pump are provided in seven stages together with a thrust bearing, a bearing, and a rectangular turbine outer casing (77a) as each paragraph having the same diameter and shape.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and used for storage. Various energy storage cycle coalescing engines in which a fitting bolt assembly turbine and a heat pump are provided in eight stages together with a thrust bearing, a bearing and a rectangular turbine outer casing (77a) as the same shape.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box and liquid metal is lifted and used. Various energy storage cycle coalescing engines in which a fitting bolt assembly turbine and a heat pump are provided in nine stages in substantially the same shape together with a thrust bearing, a bearing and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and liquid metal is raised and used for storage + Fully automatic machining of turbine blade group for each paragraph Various energy storage cycle coalescing engines in which fitting bolt assembly turbines and heat pumps are provided in 10 stages together with thrust bearings, bearings, and a rectangular turbine outer box (77a) as substantially the same diameter.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is raised and used for storage. Various energy storage cycle coalescing engines in which a bolt assembly turbine and a heat pump are provided in one stage together with a thrust bearing, a bearing and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is raised and used for storage. Various energy storage cycle coalescing engines in which a bolt assembly turbine and a heat pump are provided in two stages together with a thrust bearing, a bearing and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used. + Solar heated air is compressed and heated and cooled. + Fully automatic processing is possible. Various energy storage cycle coalescing engines in which a fitting bolt assembly turbine and a heat pump are provided in three stages together with a thrust bearing, a bearing and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and stored. + Solar heated air is compressed and heated and cooled. Various energy storage cycle coalescing engines provided with a fitting bolt assembly turbine and a heat pump in four stages together with a thrust bearing, a bearing and a rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is raised and stored. + Solar heated air is compressed and heated and cooled. Various energy storage cycle coalescing engines in which a fitting bolt assembly turbine and a heat pump are provided in five stages together with a thrust bearing, a bearing and a rectangular turbine outer casing (77a) as the same shape.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and stored. + Solar heating air is compressed and heated and cooled. Various energy storage cycle coalescing engines in which a turbine and a heat pump are provided in six stages together with a thrust bearing, a bearing and a rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and stored. + Solar heating air is compressed and heated and cooled. Various energy storage cycle coalescing engines in which a turbine and a heat pump are provided in seven stages together with a thrust bearing, a bearing and a rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Fully automatic machineable turbine blades Various energy storage cycle coalescing engines in which the groups are divided into substantially the same diameter for each stage and the fitting bolt assembly turbine and the heat pump are provided in eight stages together with the thrust bearing, the bearing and the rectangular turbine outer box (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Fully automatic processing of turbine movement Various energy storage cycle coalescing engines in which the blade group is substantially the same shape for each stage, and the fitting bolt assembly turbine and heat pump are provided in 9 stages together with thrust bearings, bearings, and a rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used for storage + Fully automatic machining of the turbine Various energy storage cycle coalescing engines in which the rotor blade groups are substantially the same shape for each stage, and the fitting bolt assembly turbine and the heat pump are provided in 10 stages together with the thrust bearing, the bearing and the rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Turbine blade group for each paragraph Various energy storage cycle coalescing engines having a fitting bolt assembly turbine and heat pump of the same diameter and substantially the same shape as a thrust bearing, a bearing and a rectangular turbine outer box (77a) provided in one stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Turbine blade group for each paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines and heat pumps of the same diameter and substantially the same shape, provided in two stages together with thrust bearings, bearings and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air Compressed hot and cold manufacturing + Fully automatic processing possible The rotor blades of the turbine have the same diameter and shape of each stage, and the fitting bolt assembly turbine and heat pump are arranged in three stages together with thrust bearings, bearings, and the rectangular turbine outer casing (77a) Various energy conservation cycle coalescence engines provided.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air Compressed hot and cold production + Fully automatic machining of turbine blades with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) in 4 stages Various energy conservation cycle coalescence engine established in.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air The turbine blades capable of compressing hot and cold manufacturing and fully automatic machining are set to the same diameter and the same shape for each stage, and the fitting bolt assembly turbine and heat pump are combined with thrust bearings, bearings, and the rectangular turbine outer casing (77a). Various energy conservation cycle coalescence engine installed in the stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air Compressed hot and cold manufacturing + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with 6 stages with thrust bearing, bearing and square turbine outer box (77a) Conservation cycle coalescence organization.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air Compressed hot and cold manufacturing + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump in 7 stages with thrust bearing, bearing and square turbine outer box (77a) Conservation cycle coalescence organization.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driving propulsion force + Insulating and increasing ball lift device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and stored. + Solar heated air is compressed and heated and cooled. Various energy storage cycle coalescing engines in which the blade groups are substantially the same shape for each stage, and the fitting bolt assembly turbine and the heat pump are provided in eight stages together with the thrust bearing, the bearing, and the rectangular turbine outer box (77a).   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driving propulsion force + Insulating sphere increasing device (2F) is installed in the corner of the outer corner of the square turbine, and liquid metal is raised and stored + Solar heated air is compressed and heated and cooled + Turbine capable of fully automatic processing Various energy storage cycle coalescing engines in which the rotor blade group of each stage is substantially the same shape for each stage, and the fitting bolt assembly turbine and the heat pump are provided in 9 stages together with the thrust bearing, the bearing and the rectangular turbine outer casing (77a).   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driving propulsion force + Insulating and increasing ball lifting device (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Solar heating air is compressed and heated and cooled + Fully automatic processing is possible Various energy storage cycle coalescing engines in which turbine blade groups are substantially the same shape for each stage, and a fitting bolt assembly turbine and a heat pump are provided in 10 stages together with a thrust bearing, a bearing, and a rectangular turbine outer box (77a).   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Drives the propulsion force + Insulates and heats up ball riser (2F) at the corner of the square turbine outer casing and uses the liquid metal to save and use + Solar heating air is compressed hot and cold manufacturing + Turbine blade group Various energy storage cycle coalescing engines in which fitting bolt assembly turbines and heat pumps are provided in a single stage together with thrust bearings, bearings, and a rectangular turbine outer casing (77a) with the same diameter and shape of each paragraph.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Drives the propulsion force + Insulates and heats up ball riser (2F) at the corner of the square turbine outer casing and uses the liquid metal to save and use + Solar heating air is compressed hot and cold manufacturing + Turbine blade group Various energy storage cycle coalescing engines in which the fitting bolt assembly turbine and the heat pump are provided in two stages together with thrust bearings, bearings, and a rectangular turbine outer casing (77a) with the same diameter and substantially the same shape for each paragraph.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and used for storage. Various energy storage cycle coalescing engines in which a fitting bolt assembly turbine and a heat pump are provided in three stages together with a thrust bearing, a bearing and a rectangular turbine outer casing (77a) as the same shape.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box and liquid metal is lifted and used. Various energy storage cycle coalescing engines in which a fitting bolt assembly turbine and a heat pump are provided in four stages in substantially the same shape together with a thrust bearing, a bearing and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and liquid metal is raised and used for storage + Fully automatic machining of turbine blade group for each paragraph Various energy storage cycle coalescing engines in which fitting bolt assembly turbines and heat pumps are provided in five stages together with thrust bearings, bearings, and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is raised and used for storage. Various energy storage cycle coalescing engines in which a bolt assembly turbine and a heat pump are provided in six stages together with a thrust bearing, a bearing and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is raised and used for storage. Various energy storage cycle coalescing engines in which a bolt assembly turbine and a heat pump are provided in seven stages together with a thrust bearing, a bearing and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used. + Solar heated air is compressed and heated and cooled. + Fully automatic processing is possible. Various energy storage cycle coalescing engines in which a fitting bolt assembly turbine and a heat pump are provided in 8 stages together with a thrust bearing, a bearing and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and stored. + Solar heated air is compressed and heated and cooled. Various energy storage cycle coalescence engines provided with a fitting bolt assembly turbine and a heat pump in 9 stages together with a thrust bearing, a bearing and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is raised and stored. + Solar heated air is compressed and heated and cooled. Various energy storage cycle coalescing engines in which a fitting bolt assembly turbine and a heat pump are provided in 10 stages together with a thrust bearing, a bearing and a rectangular turbine outer box (77a) as the same shape.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and stored. + Solar heating air is compressed and heated and cooled. Various energy storage cycle coalescing engines in which a turbine and a heat pump are provided in a single stage together with a thrust bearing, a bearing and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and stored. + Solar heating air is compressed and heated and cooled. Various energy storage cycle coalescing engines in which a turbine and a heat pump are provided in two stages together with a thrust bearing, a bearing and a rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Fully automatic machineable turbine blades Various energy storage cycle coalescing engines in which the groups are made into the same shape and the same diameter for each stage, and the fitting bolt assembly turbine and the heat pump are provided in three stages together with the thrust bearing, the bearing and the rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Fully automatic processing of turbine movement Various energy storage cycle coalescing engines in which the blade groups are substantially the same shape for each stage and the fitting bolt assembly turbine and heat pump are provided in four stages together with thrust bearings, bearings, and a rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used for storage + Fully automatic machining of the turbine Various energy storage cycle coalescing engines in which the blade group is substantially the same shape for each paragraph, and the fitting bolt assembly turbine and the heat pump are provided in five stages together with the thrust bearing, the bearing and the rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Turbine blade group for each paragraph Various energy storage cycle coalescing engines having a fitting bolt assembly turbine and a heat pump, which have the same diameter and substantially the same shape, provided in six stages together with a thrust bearing, a bearing and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Turbine blade group for each paragraph Various energy storage cycle coalescence engines with fitting bolt assembly turbines and heat pumps of the same diameter and substantially the same shape as thrust bearings, bearings, and a rectangular turbine outer box (77a) in seven stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air Compressed hot and cold manufacturing + Fully automatic processing possible The turbine blades are set to the same diameter and shape of each stage, and the fitting bolt assembly turbine and heat pump are arranged in 8 stages together with thrust bearings, bearings and rectangular turbine outer casing (77a). Various energy conservation cycle coalescence engines provided.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air Compressed hot and cold manufacturing + Fully automatic machining of turbine blades with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with 9 stages with thrust bearing, bearing and square turbine outer box (77a) Various energy conservation cycle coalescence engine established in.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air A turbine blade group capable of full-automatic machining and compression hot / cold heat production is set to have the same diameter and shape of each stage, and a fitting bolt assembly turbine and a heat pump are installed together with a thrust bearing, a bearing and a rectangular turbine outer box (77a). Various energy conservation cycle coalescence engine installed in the stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air Compressed hot and cold manufacturing + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) in one stage Conservation cycle coalescence organization.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air Compressed hot and cold manufacturing + Turbine blade group with the same diameter and shape of each stage, fitting bolt assembly turbine and heat pump with thrust bearing, bearing and square turbine outer box (77a) in two stages Conservation cycle coalescence organization.   Turbine multiple drive short-time coalescence engine injection section (78S) Liquid metal solar engine that makes large propulsion propulsion output + Accelerating the output sphere (2E) downward by gravity acceleration Turbine drive + Combined engine injection section (78S ) Driving propulsion force + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and stored. + Solar heated air is compressed and heated and cooled. Various energy storage cycle coalescing engines in which the blade groups are substantially the same shape for each stage, and the fitting bolt assembly turbine and heat pump are provided in three stages together with thrust bearings, bearings, and a rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalescence engine injection section (78S) Liquid metal solar engine that makes large propulsion propulsion output + Accelerating the output sphere (2E) downward by gravity acceleration Turbine drive + Combined engine injection section (78S ) Driving propulsion force + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and stored + Solar heated air is compressed and heated and cooled + Turbine capable of fully automatic processing Various energy storage cycle coalescing engines in which the rotor blade group of each stage is substantially the same shape for each stage, and the fitting bolt assembly turbine and the heat pump are provided in four stages together with the thrust bearing, the bearing and the rectangular turbine outer casing (77a).   Turbine multiple drive short-time coalescence engine injection section (78S) Liquid metal solar engine that makes large propulsion propulsion output + Accelerating the output sphere (2E) downward by gravity acceleration Turbine drive + Combined engine injection section (78S ) Driving propulsion force + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and stored + Solar heated air is compressed and heated and cooled + Fully automatic processing is possible Various energy storage cycle coalescing engines in which the turbine blade groups are substantially the same shape for each paragraph, and the fitting bolt assembly turbine and heat pump are provided in five stages together with thrust bearings, bearings, and a rectangular turbine outer box (77a).   Turbine multiple drive short-time coalescence engine injection section (78S) Liquid metal solar engine that makes large propulsion propulsion output + Accelerating the output sphere (2E) downward by gravity acceleration Turbine drive + Combined engine injection section (78S ) Drives the propulsion force + Insulates and heats up sphere lift device (2F) at the corner of the square turbine outer box and uses the liquid metal ascending and storing + Solar heating air is compressed and heated and cooled + The turbine blades Various energy storage cycle coalescing engines in which the fitting bolt assembly turbine and heat pump are provided in six stages together with thrust bearings, bearings, and a rectangular turbine outer casing (77a) with the same diameter and substantially the same shape for each paragraph.   Turbine multiple drive short-time coalescence engine injection section (78S) Liquid metal solar engine that makes large propulsion propulsion output + Accelerating the output sphere (2E) downward by gravity acceleration Turbine drive + Combined engine injection section (78S ) Drives the propulsion force + Insulates and heats up ball riser (2F) at the corner of the square turbine outer casing and uses the liquid metal to save and use + Solar heating air is compressed hot and cold manufacturing + Turbine blade group Various energy storage cycle coalescing engines in which a fitting bolt assembly turbine and a heat pump are provided in seven stages together with a thrust bearing, a bearing, and a rectangular turbine outer casing (77a) as each paragraph having the same diameter and shape.   Turbine multiple drive short-time coalescence engine injection unit (78S) Liquid metal solar engine to make large injection propulsion output + fuel cost is small CO2 exhaust small coalescence engine injection unit (78S) injection propulsion output increase + heat retention increase ball lift device (2F) Is installed in the corner of the outer corner of the square turbine to save and use liquid metal + solar heated air is compressed and heated and cooled + liquid metal is accelerated and the turbine blades equipped with a heat retention device are the same diameter per paragraph Various energy storage cycle coalescing engines with approximately the same shape and 8 fitting bolt assembly turbines.   Turbine multiple drive short-time coalescence engine injection unit (78S) Liquid metal solar engine to make large injection propulsion output + fuel cost is small CO2 exhaust gas small coalescence engine injection unit (78S) injection propulsion output increase + heat retention increase ball lift device (2F) Is installed at the corner of the outer corner of the square turbine, and the liquid metal is used for storage and storage. + Solar heating air is compressed and heated and cooled. Various energy storage cycle coalescing engines with fitting bolt assembly turbines in 9 stages with the same diameter and shape.   Turbine multiple drive short-time coalescence engine injection unit (78S) Liquid metal solar engine to make large injection propulsion output + fuel cost is small CO2 exhaust gas small coalescence engine injection unit (78S) injection propulsion output increase + heat retention increase ball lift device (2F) Is installed at the corner of the outer casing of the square turbine, and the liquid metal is used for storage and storage. + Solar heated air is compressed and heated and cooled. + The rotor blade group of the turbine equipped with the liquid metal acceleration drive is kept the same diameter for each paragraph. Various energy storage cycle coalescing engines with 10 stages of fitting bolt assembly turbines in the same shape.   Turbine multiple drive short-time coalescence engine injection unit (78S) Liquid metal solar engine to make large injection propulsion output + fuel cost is small CO2 exhaust gas small coalescence engine injection unit (78S) injection propulsion output increase + heat retention increase ball lift device (2F) Is installed in the corner of the outer corner of the square turbine to save and use liquid metal + Solar heated air is compressed and heated and cooled + Liquid metal is heat-accelerated and heat turbine drive blade group equipped with turbines Various energy storage cycle coalescing engines with a fitting bolt assembly turbine arranged in one stage and having substantially the same diameter.   Turbine multiple drive short-time coalescence engine injection unit (78S) Liquid metal solar engine to make large injection propulsion output + fuel cost is small CO2 exhaust gas small coalescence engine injection unit (78S) injection propulsion output increase + heat retention increase ball lift device (2F) Is installed at the corner of the outer corner of the square turbine to save and use the liquid metal + Solar heated air is compressed and heated and cooled + The liquid metal is mass-accelerated and the turbine blades equipped with a heat retaining device Various energy storage cycle coalescing engines with fitting bolt assembly turbines arranged in two stages with approximately the same diameter.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used for storage + The liquid metal is accelerated and heated Various energy storage cycle coalescing engines in which the rotor blade groups of the turbines having the same diameter are substantially the same shape for each paragraph and the fitting bolt assembly turbines are provided in three stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Heating / cooling production with intake air path length lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used for storage + The liquid metal is accelerated by mass Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device have substantially the same diameter and the same shape for each stage, and are provided with four fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and sunlight to produce heat and cold + Heat retention increasing sphere lift device (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used for storage + Liquid metal acceleration drive heat retention device Various energy storage cycle coalescing engines in which the blades of the turbines provided have the same diameter and the same shape for each stage and the fitting bolt assembly turbines are provided in five stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Heating / cooling production with intake air path length lens and sunlight + Heat retention increasing sphere raising device (2F) is installed at the corner of the outer corner of the square turbine, and liquid metal is lifted and used for storage + Liquid metal is heated for heat acceleration Various energy storage cycle coalescing engines in which the turbine blades equipped with the apparatus have substantially the same diameter and the same shape for each stage and the fitting bolt assembly turbines are provided in six stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Heating / cooling production with intake air path length lens and sunlight + Heat retention sphere raising device (2F) is installed in the corner of the outer corner of the square turbine, and liquid metal is lifted and used for storage + Liquid metal is heated by mass acceleration drive Various energy storage cycle coalescing engines in which the rotor blade group of the turbine equipped with the apparatus is substantially the same shape for each paragraph and the fitting bolt assembly turbine is provided in seven stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used for storage + The liquid metal is accelerated and heated Various energy storage cycle coalescing engines in which the rotor blade groups of the turbines having the same diameter are substantially the same shape for each paragraph and the fitting bolt assembly turbines are provided in eight stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used for storage + Accelerates heavier substances in the vacuum direction Various energy storage cycle coalescence engines aiming at 1000 times power generation by providing a turbine rotor blade group equipped with a heat retaining device with the same diameter and substantially the same shape for each stage, and providing 9 bolts of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drive + Intake air path length lens and sunlight to produce heat and cold + Heat retention increasing sphere lift device (2F) is installed at the corner of the square turbine outer box and the liquid metal is lifted and used for storage + Liquid metal acceleration drive heat retention device Various energy storage cycle coalescing engines in which the moving blade group of the provided turbine is substantially the same shape for each paragraph and the fitting bolt assembly turbine is provided in 10 stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Heating / cooling production with intake air path length lens and sunlight + Heat retention increasing sphere raising device (2F) is installed at the corner of the outer corner of the square turbine, and liquid metal is lifted and used for storage + Liquid metal is heated for heat acceleration Various energy storage cycle coalescing engines in which the blades of the turbine equipped with the apparatus have substantially the same shape and the same diameter for each stage and the fitting bolt assembly turbine is provided in one stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Heating / cooling production with intake air path length lens and sunlight + Heat retention sphere raising device (2F) is installed in the corner of the outer corner of the square turbine, and liquid metal is lifted and used for storage + Liquid metal is heated by mass acceleration drive Various energy storage cycle coalescing engines in which the rotor blade group of the turbine equipped with the apparatus is substantially the same shape for each paragraph and the fitting bolt assembly turbine is provided in two stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Driving various flying vessels with united engine injection part (78S) injection driving force + Insulating and increasing ball rising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is used for rising storage + sunlight The air is heated and compressed to recover heat and divided into compressed air calorie pressure and mass pressure to drive each turbine. + The rotor blade group of the turbine equipped with a heat retaining device that accelerates the liquid metal is roughly the same shape for each paragraph. As a combination engine of various energy storage cycles with three stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Driving various flying vessels with united engine injection part (78S) injection driving force + Insulating and increasing ball rising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is used for rising storage + sunlight The air is heated and compressed to recover heat and divided into compressed air calorie pressure and mass pressure to drive each turbine + turbine rotor blade group equipped with a heat retaining device that accelerates liquid metal by mass is the same diameter per paragraph Various energy storage cycle coalescing engines with four stages of fitting bolt assembly turbines that are approximately the same shape.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Driving various flying vessels with united engine injection part (78S) injection driving force + Insulating and increasing ball rising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is used for rising storage + sunlight The air is heated and compressed to recover heat, divided into compressed air calorie pressure and mass pressure, and each turbine is driven. Various energy storage cycle coalescing engine with 5 fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Driving various flying vessels with united engine injection part (78S) injection driving force + Insulating and increasing ball rising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is used for rising storage + sunlight The air is heated and compressed to recover heat and divided into compressed air calorie pressure and mass pressure to drive each turbine. + The turbine blades equipped with a heat retaining device that drives the liquid metal to heat are accelerated. Various energy storage cycle coalescing engines with 6 stages of fitting bolt assembly turbines in the same shape.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Driving various flying vessels with united engine injection part (78S) injection driving force + Insulating and increasing ball rising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is used for rising storage + sunlight The air is heated and compressed to recover heat and stored separately in compressed air calorie pressure and mass pressure to drive each turbine + turbine blades equipped with a heat retaining device for liquid metal mass acceleration drive Various energy storage cycle coalescing engines with the same type of fitting bolt assembly turbines in 7 stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Driving various flying vessels with united engine injection part (78S) injection driving force + Insulating and increasing ball rising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is used for rising storage + sunlight The air is heated and compressed to recover heat and divided into compressed air calorie pressure and mass pressure to drive each turbine. + The rotor blade group of the turbine equipped with a heat retaining device that accelerates the liquid metal is roughly the same shape for each paragraph. Various energy storage cycle coalescing engines with 8 fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Driving various flying vessels with united engine injection part (78S) injection driving force + Insulating and increasing ball rising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is used for rising storage + sunlight The air is heated and compressed to recover heat and divided into compressed air calorie pressure and mass pressure to drive each turbine. + The rotor blade group of the turbine equipped with a heat retaining device that accelerates the liquid metal is roughly the same shape for each paragraph. Various energy storage cycle coalescing engines with 9 fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Driving various flying vessels with united engine injection part (78S) injection driving force + Insulating and increasing ball rising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is used for rising storage + sunlight The air is heated and compressed to recover heat and divided into compressed air calorie pressure and mass pressure to drive each turbine. + The rotor blade group of the turbine equipped with a heat retaining device that accelerates the liquid metal is roughly the same shape for each paragraph. Various energy storage cycle coalescing engines provided with 10 fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Driving various flying vessels with united engine injection part (78S) injection driving force + Insulating and increasing ball rising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is used for rising storage + sunlight The air is heated and compressed to recover heat and divided into compressed air calorie pressure and mass pressure to drive each turbine. + The rotor blade group of the turbine equipped with a heat retaining device that accelerates the liquid metal is roughly the same shape for each paragraph. Various energy storage cycle coalescing engines with a mating bolt assembly turbine in one stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Driving various flying vessels with united engine injection part (78S) injection driving force + Insulating and increasing ball rising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is used for rising storage + sunlight The air is heated and compressed to recover heat and divided into compressed air calorie pressure and mass pressure to drive each turbine. + The rotor blade group of the turbine equipped with a heat retaining device that accelerates the liquid metal is roughly the same shape for each paragraph. Various energy storage cycle coalescence engine with two stages of fitting bolt assembly turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Driving various flying vessels with united engine injection part (78S) injection driving force + Insulating and increasing ball rising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is used for rising storage + sunlight The air is heated and compressed to recover heat and divided into compressed air calorie pressure and mass pressure to drive each turbine + turbine rotor blade group equipped with a heat retaining device that accelerates liquid metal by mass is the same diameter per paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines arranged in three stages as substantially the same shape.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Driving various flying vessels with united engine injection part (78S) injection driving force + Insulating and increasing ball rising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is used for rising storage + sunlight The air is heated and compressed to recover heat and divided into compressed air calorie pressure and mass pressure to drive each turbine + turbine rotor blade group equipped with a heat retaining device that accelerates liquid metal by mass is the same diameter per paragraph Various energy storage cycle coalescing engines with four stages of fitting bolt assembly turbines that are approximately the same shape.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Driving various flying vessels with united engine injection part (78S) injection driving force + Insulating and increasing ball rising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is used for rising storage + sunlight The air is heated and compressed to recover heat and divided into compressed air calorie pressure and mass pressure to drive each turbine + turbine rotor blade group equipped with a heat retaining device that accelerates liquid metal by mass is the same diameter per paragraph Various energy conservation cycle coalescing engines with approximately the same shape and 5 fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Driving various flying vessels with united engine injection part (78S) injection driving force + Insulating and increasing ball rising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is used for rising storage + sunlight The air is heated and compressed to recover heat and divided into compressed air calorie pressure and mass pressure to drive each turbine + turbine rotor blade group equipped with a heat retaining device that accelerates liquid metal by mass is the same diameter per paragraph Various energy storage cycle coalescing engines that have six stages of fitting bolt assembly turbines that are approximately the same shape.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Driving various flying vessels with united engine injection part (78S) injection driving force + Insulating and increasing ball rising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is used for rising storage + sunlight The air is heated and compressed to recover heat and divided into compressed air calorie pressure and mass pressure to drive each turbine + turbine rotor blade group equipped with a heat retaining device that accelerates liquid metal by mass is the same diameter per paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines arranged in seven stages as substantially the same shape.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Driving various flying vessels with united engine injection part (78S) injection driving force + Insulating and increasing ball rising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is used for rising storage + sunlight The air is heated and compressed to recover heat, divided into compressed air calorie pressure and mass pressure, and each turbine is driven. Various energy storage cycle coalescing engine with 8 fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Driving various flying vessels with united engine injection part (78S) injection driving force + Insulating and increasing ball rising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is used for rising storage + sunlight The air is heated and compressed to recover heat, divided into compressed air calorie pressure and mass pressure, and each turbine is driven. Various energy storage cycle coalescing engines with 9 fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Driving various flying vessels with united engine injection part (78S) injection driving force + Insulating and increasing ball rising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is used for rising storage + sunlight The air is heated and compressed to recover heat, divided into compressed air calorie pressure and mass pressure, and each turbine is driven. Various energy storage cycle coalescing engines with 10 fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Driving various flying vessels with united engine injection part (78S) injection driving force + Insulating and increasing ball rising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is used for rising storage + sunlight The air is heated and compressed to recover heat, divided into compressed air calorie pressure and mass pressure, and each turbine is driven. Various energy storage cycle coalescing engine with a mating bolt assembly turbine in one stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Driving various flying vessels with united engine injection part (78S) injection driving force + Insulating and increasing ball rising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is used for rising storage + sunlight The air is heated and compressed to recover heat, divided into compressed air calorie pressure and mass pressure, and each turbine is driven. Various energy storage cycle coalescing engine with two fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Driving various flying vessels with united engine injection part (78S) injection driving force + Insulating and increasing ball rising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is used for rising storage + sunlight The air is heated and compressed to recover heat and divided into compressed air calorie pressure and mass pressure to drive each turbine. + The turbine blades equipped with a heat retaining device that drives the liquid metal to heat are accelerated. Various energy storage cycle coalescing engines with fitting bolt assembly turbines in three stages as the same shape.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Driving various flying vessels with united engine injection part (78S) injection driving force + Insulating and increasing ball rising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is used for rising storage + sunlight The air is heated and compressed to recover heat and divided into compressed air calorie pressure and mass pressure to drive each turbine. + The turbine blades equipped with a heat retaining device that drives the liquid metal to heat are accelerated. Various energy storage cycle coalescing engines with fitting bolt assembly turbines in four stages as the same shape.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Driving various flying vessels with united engine injection part (78S) injection driving force + Insulating and increasing ball rising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is used for rising storage + sunlight The air is heated and compressed to recover heat and divided into compressed air calorie pressure and mass pressure to drive each turbine. + The turbine blades equipped with a heat retaining device that drives the liquid metal to heat are accelerated. Various energy storage cycle coalescing engines with the same type of fitting bolt assembly turbines in 5 stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Driving various flying vessels with united engine injection part (78S) injection driving force + Insulating and increasing ball rising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is used for rising storage + sunlight The air is heated and compressed to recover heat and divided into compressed air calorie pressure and mass pressure to drive each turbine. + The turbine blades equipped with a heat retaining device that drives the liquid metal to heat are accelerated. Various energy storage cycle coalescing engines with 6 stages of fitting bolt assembly turbines in the same shape.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Driving various flying vessels with united engine injection part (78S) injection driving force + Insulating and increasing ball rising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is used for rising storage + sunlight The air is heated and compressed to recover heat and divided into compressed air calorie pressure and mass pressure to drive each turbine. + The turbine blades equipped with a heat retaining device that drives the liquid metal to heat are accelerated. Various energy storage cycle coalescing engines with the same type of fitting bolt assembly turbines in 7 stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Driving various flying vessels with united engine injection part (78S) injection driving force + Insulating and increasing ball rising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is used for rising storage + sunlight The air is heated and compressed to recover heat and stored separately in compressed air calorie pressure and mass pressure to drive each turbine + turbine blades equipped with a heat retaining device for liquid metal mass acceleration drive Various energy storage cycle coalescing engines with 8 stages of fitting bolt assembly turbines in the same shape.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Driving various flying vessels with united engine injection part (78S) injection driving force + Insulating and increasing ball rising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is used for rising storage + sunlight The air is heated and compressed to recover heat and stored separately in compressed air calorie pressure and mass pressure to drive each turbine + turbine blades equipped with a heat retaining device for liquid metal mass acceleration drive Various energy storage cycle coalescing engines with fitting bolt assembly turbines in 9 stages as the same shape.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Driving various flying vessels with united engine injection part (78S) injection driving force + Insulating and increasing ball rising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is used for rising storage + sunlight The air is heated and compressed to recover heat and stored separately in compressed air calorie pressure and mass pressure to drive each turbine + turbine blades equipped with a heat retaining device for liquid metal mass acceleration drive Various energy storage cycle coalescing engines with 10 stages of fitting bolt assembly turbines in the same shape.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Driving various flying vessels with united engine injection part (78S) injection driving force + Insulating and increasing ball rising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is used for rising storage + sunlight The air is heated and compressed to recover heat and stored separately in compressed air calorie pressure and mass pressure to drive each turbine + turbine blades equipped with a heat retaining device for liquid metal mass acceleration drive Various energy storage cycle coalescing engines with the same type of fitting bolt assembly turbine in one stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Driving various flying vessels with united engine injection part (78S) injection driving force + Insulating and increasing ball rising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is used for rising storage + sunlight The air is heated and compressed to recover heat and stored separately in compressed air calorie pressure and mass pressure to drive each turbine + turbine blades equipped with a heat retaining device for liquid metal mass acceleration drive Various energy storage cycle coalescing engines with two fitting bolt assembly turbines in the same shape.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and stored + Solar heated air is compressed and heated and cooled + Liquid metal is accelerated and driven Various energy storage cycle coalescing engines in which the turbine blades equipped with a heat retaining device have substantially the same diameter and the same shape for each paragraph, and the fitting bolt assembly turbines are provided in three stages.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Drives the propulsion force + Insulates and heats up sphere lift device (2F) at the corner of the square turbine outer box and uses the liquid metal ascends and saves it + Compresses and heats the solar heated air + Accelerates the liquid metal by mass Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device to be driven have substantially the same shape and the same diameter for each stage and are provided with four stages of fitting bolt assembly turbines.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is lifted and used for storage + Solar heated air is compressed and heated and cooled + Heated by liquid metal acceleration drive Assembling bolt assembly with turbine blades having the same diameter for each stage as the same diameter and approximately the same shape for each stage. Combined engine with various energy storage cycles as a turbine.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driving propulsion driving + Insulating sphere increasing device (2F) installed at corner of outer corner of square turbine to use and store liquid metal + Solar heated air is compressed and heated and cooled + Liquid metal is accelerated Various energy storage cycle coalescing engines in which the turbine blades equipped with the above-mentioned heat retaining device have the same diameter and substantially the same shape for each paragraph, and the fitting bolt assembly turbines are provided in six stages.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driving propulsion force + Insulating and increasing ball riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Solar heated air is compressed and heated and cooled + Liquid metal is mass accelerated Various energy storage cycle coalescing engines in which the rotor blade groups of the turbine equipped with the above heat retaining device have the same diameter and the same shape for each stage and the fitting bolt assembly turbines are provided in seven stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere rising device (2F) is installed at the corner of the square turbine outer box and liquid metal is lifted and used for storage + Solar heated air is compressed with heat and cold production + Liquid metal is accelerated Various energy storage cycle coalescing engines in which turbine blade groups equipped with a driving heat retaining device have substantially the same diameter and the same shape for each paragraph, and are provided with 8 fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and liquid metal is raised and used for storage + Solar heating air is compressed and heated and cold production + Liquid metal is mass Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device that is accelerated and driven are arranged in substantially the same shape with the same diameter for each stage, and are provided with 9 fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the outer corner of the square turbine, and liquid metal is lifted and used. + Solar heating air is compressed and heated and produced by cooling + Liquid metal acceleration drive Various energy storage cycle coalescing engines in which the turbine blades equipped with the above heat retaining device have substantially the same diameter and the same shape for each stage and are provided with 10 fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere rising device (2F) is installed at the corner of the square turbine outer box and liquid metal is lifted and used for storage + Solar heating air is compressed and heated and cold production + liquid metal is calorie Various energy storage cycle coalescing engines in which turbine blades equipped with an accelerated drive heat retention device are substantially identical in shape with the same diameter for each stage and provided with a fitting bolt assembly turbine in one stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and liquid metal is raised and used for storage + Solar heating air is compressed and heated and cold production + Liquid metal is mass Various energy storage cycle coalescing engines in which turbine blades equipped with an accelerated drive heat retention device have substantially the same shape and diameter in each stage and are provided with two stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and stored. + Solar heated air is compressed and heated and cooled. + Liquid metal is accelerated and driven. Various energy storage cycle coalescing engines with fitting bolt assembly turbines arranged in three stages with the same diameter and shape of each paragraph.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending storage. + Solar heated air is compressed and heated and cooled, and the turbine blade is equipped with a heat retaining device that accelerates the liquid metal by mass. Various energy storage cycle coalescing engines with groups of approximately the same diameter and the same shape for each paragraph and four stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is raised and stored. + Solar heated air is compressed and heated and cooled. + Liquid metal accelerated drive heat insulation group of turbine blades Various energy storage cycle coalescing engines with fitting bolt assembly turbines arranged in five stages with the same diameter and shape.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed in the corner of the rectangular turbine outer box and the liquid metal is raised and stored. + Solar heated air is compressed and heated and cooled. + The moving blades of the turbine equipped with a heat retaining device that drives the liquid metal to accelerate heat. Various energy storage cycle coalescing engines with the same diameter and diameter of each paragraph, and with 6 stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and stored. + Solar heated air is compressed and heated and cooled. + Liquid metal is mass-accelerated and driven. Various energy storage cycle coalescing engines, with the same diameter and diameter of each paragraph, and 7 stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated Various energy storage cycle coalescing engines with 8 stages of fitting bolt assembly turbines, with the rotor blades of turbines equipped with heat insulation and liquid metal accelerating drive heat insulation group having the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated Various energy storage cycle coalescing engines with 9 stages of fitting bolt assembly turbines, with turbine blades equipped with a thermal insulation manufacturing + heat retaining device that accelerates liquid metal by mass, with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated Various energy storage cycle coalescing engines in which turbine blades equipped with cold heat production + liquid metal acceleration drive heat retaining device are provided with 10 stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated Various energy storage cycle coalescing engines in which the turbine blades equipped with a heat insulation acceleration drive for heat production of liquid metal + liquid metal are provided in a single stage with fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated Various energy storage cycle coalescing engines in which the turbine blades equipped with a heat retaining device that is driven by cold heat + liquid metal mass acceleration drive are provided with two stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air Compressed hot and cold manufacturing + Liquid energy combined cycle engine with three stages of fitting bolt assembly turbines with turbine blades equipped with a heat retaining device that accelerates and drives liquid metal with the same diameter and shape for each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air Compressed heat and cold production + Combined engine with various energy storage cycles, with turbine blades equipped with a heat retaining device for accelerating and driving liquid metal by mass with the same diameter and the same shape for each stage, and four bolted turbine assembly turbines .   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air Various energy storage cycle coalescing engines in which the turbine blades equipped with compression heat and cold production + liquid metal acceleration drive heat retention device are arranged in the same shape and shape with the same diameter for each stage and the fitting bolt assembly turbine is provided in five stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air Compressed hot and cold manufacturing + Various energy storage cycle coalescing engines with a turbine blade group equipped with a heat retaining device that drives a liquid metal to accelerate the calorie of heat, with the same diameter and the same shape for each stage, and six bolted turbine assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air Compressed heat and cold production + Liquid energy storage cycle coalescing engine with turbine blades equipped with a heat retaining device for mass acceleration drive of liquid metal, with the same diameter and the same shape for each stage, and with the fitting bolt assembly turbine in seven stages.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and stored + Solar heated air is compressed and heated and cooled + Liquid metal is accelerated and driven Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device have substantially the same diameter and shape as each stage, and are provided with eight fitting bolt assembly turbines.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Drives the propulsion force + Insulates and heats up sphere lift device (2F) at the corner of the square turbine outer box and uses the liquid metal ascends and saves it + Compresses and heats the solar heated air + Accelerates the liquid metal by mass Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device to be driven have substantially the same shape and the same diameter for each stage, and are provided with 9 fitting bolt assembly turbines.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is lifted and used. Various energy storage cycle coalescing engines in which the rotor blade group of the turbine equipped with the apparatus is substantially the same shape for each paragraph and the fitting bolt assembly turbine is provided in 10 stages.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driving propulsion driving + Insulating sphere increasing device (2F) installed at corner of outer corner of square turbine to use and store liquid metal + Solar heated air is compressed and heated and cooled + Liquid metal is accelerated Various energy storage cycle coalescing engines in which the blades of the turbine equipped with the above heat retaining device have substantially the same diameter and the same shape for each paragraph, and the fitting bolt assembly turbine is provided in one stage.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driving propulsion force + Insulating and increasing ball riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Solar heated air is compressed and heated and cooled + Liquid metal is mass accelerated Various energy storage cycle coalescing engines in which the turbine blades equipped with the above heat retaining device have substantially the same diameter and the same shape for each stage and are provided with two stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere rising device (2F) is installed at the corner of the square turbine outer box and liquid metal is lifted and used for storage + Solar heated air is compressed with heat and cold production + Liquid metal is accelerated Various energy storage cycle coalescing engines in which turbine blades equipped with a driving heat retaining device have substantially the same diameter and the same shape for each stage, and are provided with fitting bolt assembly turbines in three stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and liquid metal is raised and used for storage + Solar heating air is compressed and heated and cold production + Liquid metal is mass Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device that is accelerated and driven are arranged in four stages with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the outer corner of the square turbine, and liquid metal is lifted and used. Various energy storage cycle coalescing engines in which the turbine blades equipped with the above heat retaining device have substantially the same diameter and the same shape for each stage and the fitting bolt assembly turbines are provided in five stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere rising device (2F) is installed at the corner of the square turbine outer box and liquid metal is lifted and used for storage + Solar heating air is compressed and heated and cold production + liquid metal is calorie Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device for acceleration drive are provided with six stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and liquid metal is raised and used for storage + Solar heating air is compressed and heated and cold production + Liquid metal is mass Various energy storage cycle coalescing engines in which turbine blades equipped with an acceleration-driven heat retaining device have substantially the same diameter and the same shape for each stage, and are provided with seven fitting bolt assembly turbines.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and stored. + Solar heated air is compressed and heated and cooled. + Liquid metal is accelerated and driven. Various energy storage cycle coalescing engines with 8 stages of fitting bolt assembly turbines with the same diameter and shape of each paragraph.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is raised and stored. + Solar heated air is compressed and heated and cooled. + Liquid metal accelerated drive heat insulation group of turbine blades Various energy storage cycle coalescing engines with fitting bolt assembly turbines in 9 stages each having the same diameter and shape.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is raised and stored. + Solar heated air is compressed and heated and cooled. + Liquid metal accelerated drive heat insulation group of turbine blades Various energy storage cycle coalescing engines, each having the same diameter and substantially the same shape, and 10 fitting bolt assembly turbines.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed in the corner of the rectangular turbine outer box and the liquid metal is raised and stored. + Solar heated air is compressed and heated and cooled. + The moving blades of the turbine equipped with a heat retaining device that drives the liquid metal to accelerate heat. Various energy storage cycle coalescing engines in which the fitting bolt assembly turbine is provided in one stage with the same diameter and the same shape for each paragraph.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and stored. + Solar heated air is compressed and heated and cooled. + Liquid metal is mass-accelerated and driven. Various energy storage cycle coalescing engines in which the fitting bolt assembly turbines are provided in two stages with the same diameter and the same shape for each paragraph.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated Various energy storage cycle coalescing engines with three stages of fitting bolt assembly turbines, with the rotor blades of turbines equipped with heat insulation and liquid metal accelerating drive heat insulation devices having the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated Various energy storage cycle coalescing engines with four stages of fitting bolt assembly turbines, with the turbine blades equipped with a thermal insulation manufacturing + thermal insulation device that accelerates liquid metal by mass and having the same diameter and shape of each stage.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated Various energy storage cycle coalescing engines in which turbine blades equipped with cold heat production + liquid metal acceleration drive heat retaining device are set to have the same diameter and the same shape for each stage and the fitting bolt assembly turbines are provided in five stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated Various energy storage cycle coalescing engines in which the turbine blades equipped with a heat insulation device that is driven by cold heat + liquid metal heat-acceleration drive are provided in six stages with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated Various energy storage cycle coalescing engines in which the turbine blades equipped with a heat retaining device that is driven by refrigeration and mass acceleration of liquid metal are provided in seven stages with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air Compressed heat and cold production + Various energy storage cycle coalescing engines with a turbine blade group equipped with a heat retaining device for accelerating and driving liquid metal with the same diameter and shape of each stage, and with 8 bolted fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air Compressed heat and cold production + Combined engine with various energy storage cycles, with turbine blades equipped with a heat retaining device that accelerates liquid metal by mass, with the same diameter and shape of each stage, and fitted bolt assembly turbines in 9 stages .   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air Various energy storage cycle coalescing engines in which the turbine blades equipped with compression heat and cold production + liquid metal acceleration drive heat retention device are arranged in 10 stages with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air Compressed hot and cold production + Liquid energy storage cycle coalescing engine with turbine blades equipped with a heat retaining device that accelerates the heat quantity of liquid metal, with the same diameter and shape of each turbine, and a single bolted turbine assembly.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air Compressed hot and cold manufacturing + Liquid energy storage cycle coalescing engine with turbine rotor blades equipped with a heat retaining device for mass acceleration drive of the same shape, with the same diameter and the same shape for each stage, and two fitting bolt assembly turbines.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and stored + Solar heated air is compressed and heated and cooled + Liquid metal is accelerated and driven Various energy storage cycle coalescing engines in which the turbine blades equipped with a heat retaining device have substantially the same diameter and the same shape for each paragraph, and the fitting bolt assembly turbines are provided in three stages.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Drives the propulsion force + Insulates and heats up sphere lift device (2F) at the corner of the square turbine outer box and uses the liquid metal ascends and saves it + Compresses and heats the solar heated air + Accelerates the liquid metal by mass Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device to be driven have substantially the same shape and the same diameter for each stage and are provided with four stages of fitting bolt assembly turbines.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and used for storage + Solar heated air is compressed and heated and cooled + Insulated liquid metal acceleration Various energy storage cycle coalescing engines in which the turbine blades equipped with the apparatus have substantially the same diameter and the same shape for each stage, and the fitting bolt assembly turbines are provided in five stages.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driving propulsion driving + Insulating sphere increasing device (2F) installed at corner of outer corner of square turbine to use and store liquid metal + Solar heated air is compressed and heated and cooled + Liquid metal is accelerated Various energy storage cycle coalescing engines in which the turbine blades equipped with the above-mentioned heat retaining device have the same diameter and substantially the same shape for each paragraph, and the fitting bolt assembly turbines are provided in six stages.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driving propulsion force + Insulating and increasing ball riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Solar heated air is compressed and heated and cooled + Liquid metal is mass accelerated Various energy storage cycle coalescing engines in which the rotor blade groups of the turbine equipped with the above heat retaining device have the same diameter and the same shape for each stage and the fitting bolt assembly turbines are provided in seven stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere rising device (2F) is installed at the corner of the square turbine outer box and liquid metal is lifted and used for storage + Solar heated air is compressed with heat and cold production + Liquid metal is accelerated Various energy storage cycle coalescing engines in which turbine blade groups equipped with a driving heat retaining device have substantially the same diameter and the same shape for each paragraph, and are provided with 8 fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and liquid metal is raised and used for storage + Solar heating air is compressed and heated and cold production + Liquid metal is mass Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device that is accelerated and driven are arranged in substantially the same shape with the same diameter for each stage, and are provided with 9 fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the outer corner of the square turbine, and liquid metal is lifted and used. + Solar heating air is compressed and heated and produced by cooling + Liquid metal acceleration drive Various energy storage cycle coalescing engines in which the turbine blades equipped with the above heat retaining device have substantially the same diameter and the same shape for each stage and are provided with 10 fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere rising device (2F) is installed at the corner of the square turbine outer box and liquid metal is lifted and used for storage + Solar heating air is compressed and heated and cold production + liquid metal is calorie Various energy storage cycle coalescing engines in which turbine blades equipped with an accelerated drive heat retention device are substantially identical in shape with the same diameter for each stage and provided with a fitting bolt assembly turbine in one stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and liquid metal is raised and used for storage + Solar heating air is compressed and heated and cold production + Liquid metal is mass Various energy storage cycle coalescing engines in which turbine blades equipped with an accelerated drive heat retention device have substantially the same shape and diameter in each stage and are provided with two stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and stored. + Solar heated air is compressed and heated and cooled. + Liquid metal is accelerated and driven. Various energy storage cycle coalescing engines with fitting bolt assembly turbines arranged in three stages with the same diameter and shape of each paragraph.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending storage. + Solar heated air is compressed and heated and cooled, and the turbine blade is equipped with a heat retaining device that accelerates the liquid metal by mass. Various energy storage cycle coalescing engines with groups of approximately the same diameter and the same shape for each paragraph and four stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is raised and stored. + Solar heated air is compressed and heated and cooled. + Liquid metal accelerated drive heat insulation group of turbine blades Various energy storage cycle coalescing engines with fitting bolt assembly turbines arranged in five stages with the same diameter and shape.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed in the corner of the rectangular turbine outer box and the liquid metal is raised and stored. + Solar heated air is compressed and heated and cooled. + The moving blades of the turbine equipped with a heat retaining device that drives the liquid metal to accelerate heat. Various energy storage cycle coalescing engines with the same diameter and diameter of each paragraph, and with 6 stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and stored. + Solar heated air is compressed and heated and cooled. + Liquid metal is mass-accelerated and driven. Various energy storage cycle coalescing engines, with the same diameter and diameter of each paragraph, and 7 stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated Various energy storage cycle coalescing engines with 8 stages of fitting bolt assembly turbines, with the rotor blades of turbines equipped with heat insulation and liquid metal accelerating drive heat insulation group having the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated Various energy storage cycle coalescing engines with 9 stages of fitting bolt assembly turbines, with turbine blades equipped with a thermal insulation manufacturing + heat retaining device that accelerates liquid metal by mass, with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated Various energy storage cycle coalescing engines in which turbine blades equipped with cold heat production + liquid metal acceleration drive heat retaining device are provided with 10 stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated Various energy storage cycle coalescing engines in which the turbine blades equipped with a heat insulation acceleration drive for heat production of liquid metal + liquid metal are provided in a single stage with fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated Various energy storage cycle coalescing engines in which the turbine blades equipped with a heat retaining device that is driven by cold heat + liquid metal mass acceleration drive are provided with two stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air Compressed hot and cold manufacturing + Liquid energy combined cycle engine with three stages of fitting bolt assembly turbines with turbine blades equipped with a heat retaining device that accelerates and drives liquid metal with the same diameter and shape for each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air Compressed heat and cold production + Combined engine with various energy storage cycles, with turbine blades equipped with a heat retaining device for accelerating and driving liquid metal by mass with the same diameter and the same shape for each stage, and four bolted turbine assembly turbines .   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air Various energy storage cycle coalescing engines in which the turbine blades equipped with compression heat and cold production + liquid metal acceleration drive heat retention device are arranged in the same shape and shape with the same diameter for each stage and the fitting bolt assembly turbine is provided in five stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air Compressed hot and cold manufacturing + Various energy storage cycle coalescing engines with a turbine blade group equipped with a heat retaining device that drives a liquid metal to accelerate the calorie of heat, with the same diameter and the same shape for each stage, and six bolted turbine assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air Compressed heat and cold production + Liquid energy storage cycle coalescing engine with turbine blades equipped with a heat retaining device for mass acceleration drive of liquid metal, with the same diameter and the same shape for each stage, and with the fitting bolt assembly turbine in seven stages.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and stored + Solar heated air is compressed and heated and cooled + Liquid metal is accelerated and driven Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device have substantially the same diameter and shape as each stage, and are provided with eight fitting bolt assembly turbines.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Drives the propulsion force + Insulates and heats up sphere lift device (2F) at the corner of the square turbine outer box and uses the liquid metal ascends and saves it + Compresses and heats the solar heated air + Accelerates the liquid metal by mass Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device to be driven have substantially the same shape and the same diameter for each stage, and are provided with 9 fitting bolt assembly turbines.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is lifted and used. Various energy storage cycle coalescing engines in which the rotor blade group of the turbine equipped with the apparatus is substantially the same shape for each paragraph and the fitting bolt assembly turbine is provided in 10 stages.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driving propulsion driving + Insulating sphere increasing device (2F) installed at corner of outer corner of square turbine to use and store liquid metal + Solar heated air is compressed and heated and cooled + Liquid metal is accelerated Various energy storage cycle coalescing engines in which the blades of the turbine equipped with the above heat retaining device have substantially the same diameter and the same shape for each paragraph, and the fitting bolt assembly turbine is provided in one stage.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driving propulsion force + Insulating and increasing ball riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Solar heated air is compressed and heated and cooled + Liquid metal is mass accelerated Various energy storage cycle coalescing engines in which the turbine blades equipped with the above heat retaining device have substantially the same diameter and the same shape for each stage and are provided with two stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere rising device (2F) is installed at the corner of the square turbine outer box and liquid metal is lifted and used for storage + Solar heated air is compressed with heat and cold production + Liquid metal is accelerated Various energy storage cycle coalescing engines in which turbine blades equipped with a driving heat retaining device have substantially the same diameter and the same shape for each stage, and are provided with fitting bolt assembly turbines in three stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and liquid metal is raised and used for storage + Solar heating air is compressed and heated and cold production + Liquid metal is mass Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device that is accelerated and driven are arranged in four stages with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the outer corner of the square turbine, and liquid metal is lifted and used. Various energy storage cycle coalescing engines in which the turbine blades equipped with the above heat retaining device have substantially the same diameter and the same shape for each stage and the fitting bolt assembly turbines are provided in five stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere rising device (2F) is installed at the corner of the square turbine outer box and liquid metal is lifted and used for storage + Solar heating air is compressed and heated and cold production + liquid metal is calorie Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device for acceleration drive are provided with six stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and liquid metal is raised and used for storage + Solar heating air is compressed and heated and cold production + Liquid metal is mass Various energy storage cycle coalescing engines in which turbine blades equipped with an acceleration-driven heat retaining device have substantially the same diameter and the same shape for each stage, and are provided with seven fitting bolt assembly turbines.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and stored. + Solar heated air is compressed and heated and cooled. + Liquid metal is accelerated and driven. Various energy storage cycle coalescing engines with 8 stages of fitting bolt assembly turbines with the same diameter and shape of each paragraph.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending storage. + Solar heated air is compressed and heated and cooled, and the turbine blade is equipped with a heat retaining device that accelerates the liquid metal by mass. Various energy conservation cycle coalescing engines with groups of approximately the same diameter and the same shape for each paragraph and provided with 9 stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is raised and stored. + Solar heated air is compressed and heated and cooled. + Liquid metal accelerated drive heat insulation group of turbine blades Various energy storage cycle coalescing engines, each having the same diameter and substantially the same shape, and 10 fitting bolt assembly turbines.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed in the corner of the rectangular turbine outer box and the liquid metal is raised and stored. + Solar heated air is compressed and heated and cooled. + The moving blades of the turbine equipped with a heat retaining device that drives the liquid metal to accelerate heat. Various energy storage cycle coalescing engines in which the fitting bolt assembly turbine is provided in one stage with the same diameter and the same shape for each paragraph.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and stored. + Solar heated air is compressed and heated and cooled. + Liquid metal is mass-accelerated and driven. Various energy storage cycle coalescing engines in which the fitting bolt assembly turbines are provided in two stages with the same diameter and the same shape for each paragraph.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated Various energy storage cycle coalescing engines with three stages of fitting bolt assembly turbines, with the rotor blades of turbines equipped with heat insulation and liquid metal accelerating drive heat insulation devices having the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated Various energy storage cycle coalescing engines with four stages of fitting bolt assembly turbines, with the turbine blades equipped with a thermal insulation manufacturing + thermal insulation device that accelerates liquid metal by mass and having the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated Various energy storage cycle coalescing engines in which turbine blades equipped with cold heat production + liquid metal acceleration drive heat retaining device are set to have the same diameter and the same shape for each stage and the fitting bolt assembly turbines are provided in five stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated Various energy storage cycle coalescing engines in which the turbine blades equipped with a heat insulation device that is driven by cold heat + liquid metal heat-acceleration drive are provided in six stages with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated Various energy storage cycle coalescing engines in which the turbine blades equipped with a heat retaining device that is driven by refrigeration and mass acceleration of liquid metal are provided in seven stages with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air Compressed heat and cold production + Various energy storage cycle coalescing engines with a turbine blade group equipped with a heat retaining device for accelerating and driving liquid metal with the same diameter and shape of each stage, and with 8 bolted fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air Compressed heat and cold production + Combined engine with various energy storage cycles, with turbine blades equipped with a heat retaining device that accelerates liquid metal by mass, with the same diameter and shape of each stage, and fitted bolt assembly turbines in 9 stages .   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air Various energy storage cycle coalescing engines in which the turbine blades equipped with compression heat and cold production + liquid metal acceleration drive heat retention device are arranged in 10 stages with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air Compressed hot and cold production + Liquid energy storage cycle coalescing engine with turbine blades equipped with a heat retaining device that accelerates the heat quantity of liquid metal, with the same diameter and shape of each turbine, and a single bolted turbine assembly.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air Compressed hot and cold manufacturing + Liquid energy storage cycle coalescing engine with turbine rotor blades equipped with a heat retaining device for mass acceleration drive of the same shape, with the same diameter and the same shape for each stage, and two fitting bolt assembly turbines.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and stored + Solar heated air is compressed and heated and cooled + Liquid metal is accelerated and driven Various energy storage cycle coalescing engines in which the turbine blades equipped with a heat retaining device have substantially the same diameter and the same shape for each paragraph, and the fitting bolt assembly turbines are provided in three stages.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Drives the propulsion force + Insulates and heats up sphere lift device (2F) at the corner of the square turbine outer box and uses the liquid metal ascends and saves it + Compresses and heats the solar heated air + Accelerates the liquid metal by mass Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device to be driven have substantially the same shape and the same diameter for each stage and are provided with four stages of fitting bolt assembly turbines.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and used for storage + Solar heated air is compressed and heated and cooled + Insulated liquid metal acceleration Various energy storage cycle coalescing engines in which the turbine blades equipped with the apparatus have substantially the same diameter and the same shape for each stage, and the fitting bolt assembly turbines are provided in five stages.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driving propulsion driving + Insulating sphere increasing device (2F) installed at corner of outer corner of square turbine to use and store liquid metal + Solar heated air is compressed and heated and cooled + Liquid metal is accelerated Various energy storage cycle coalescing engines in which the turbine blades equipped with the above-mentioned heat retaining device have the same diameter and substantially the same shape for each paragraph, and the fitting bolt assembly turbines are provided in six stages.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driving propulsion force + Insulating and increasing ball riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Solar heated air is compressed and heated and cooled + Liquid metal is mass accelerated Various energy storage cycle coalescing engines in which the rotor blade groups of the turbine equipped with the above heat retaining device have the same diameter and the same shape for each stage and the fitting bolt assembly turbines are provided in seven stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere rising device (2F) is installed at the corner of the square turbine outer box and liquid metal is lifted and used for storage + Solar heated air is compressed with heat and cold production + Liquid metal is accelerated Various energy storage cycle coalescing engines in which turbine blade groups equipped with a driving heat retaining device have substantially the same diameter and the same shape for each paragraph, and are provided with 8 fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and liquid metal is raised and used for storage + Solar heating air is compressed and heated and cold production + Liquid metal is mass Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device that is accelerated and driven are arranged in substantially the same shape with the same diameter for each stage, and are provided with 9 fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the outer corner of the square turbine, and liquid metal is lifted and used. + Solar heating air is compressed and heated and produced by cooling + Liquid metal acceleration drive Various energy storage cycle coalescing engines in which the turbine blades equipped with the above heat retaining device have substantially the same diameter and the same shape for each stage and are provided with 10 fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere rising device (2F) is installed at the corner of the square turbine outer box and liquid metal is lifted and used for storage + Solar heating air is compressed and heated and cold production + liquid metal is calorie Various energy storage cycle coalescing engines in which turbine blades equipped with an accelerated drive heat retention device are substantially identical in shape with the same diameter for each stage and provided with a fitting bolt assembly turbine in one stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and liquid metal is raised and used for storage + Solar heating air is compressed and heated and cold production + Liquid metal is mass Various energy storage cycle coalescing engines in which turbine blades equipped with an accelerated drive heat retention device have substantially the same shape and diameter in each stage and are provided with two stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and stored. + Solar heated air is compressed and heated and cooled. + Liquid metal is accelerated and driven. Various energy storage cycle coalescing engines with fitting bolt assembly turbines arranged in three stages with the same diameter and shape of each paragraph.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending storage. + Solar heated air is compressed and heated and cooled, and the turbine blade is equipped with a heat retaining device that accelerates the liquid metal by mass. Various energy storage cycle coalescing engines with groups of approximately the same diameter and the same shape for each paragraph and four stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is raised and stored. + Solar heated air is compressed and heated and cooled. + Liquid metal accelerated drive heat insulation group of turbine blades Various energy storage cycle coalescing engines with fitting bolt assembly turbines arranged in five stages with the same diameter and shape.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed in the corner of the rectangular turbine outer box and the liquid metal is raised and stored. + Solar heated air is compressed and heated and cooled. + The moving blades of the turbine equipped with a heat retaining device that drives the liquid metal to accelerate heat. Various energy storage cycle coalescing engines with the same diameter and diameter of each paragraph, and with 6 stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and stored. + Solar heated air is compressed and heated and cooled. + Liquid metal is mass-accelerated and driven. Various energy storage cycle coalescing engines, with the same diameter and diameter of each paragraph, and 7 stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated Various energy storage cycle coalescing engines with 8 stages of fitting bolt assembly turbines, with the rotor blades of turbines equipped with heat insulation and liquid metal accelerating drive heat insulation group having the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated Various energy storage cycle coalescing engines with 9 stages of fitting bolt assembly turbines, with turbine blades equipped with a thermal insulation manufacturing + heat retaining device that accelerates liquid metal by mass, with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated Various energy storage cycle coalescing engines in which turbine blades equipped with cold heat production + liquid metal acceleration drive heat retaining device are provided with 10 stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated Various energy storage cycle coalescing engines in which the turbine blades equipped with a heat insulation acceleration drive for heat production of liquid metal + liquid metal are provided in a single stage with fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated Various energy storage cycle coalescing engines in which the turbine blades equipped with a heat retaining device that is driven by cold heat + liquid metal mass acceleration drive are provided with two stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air Compressed hot and cold manufacturing + Liquid energy combined cycle engine with three stages of fitting bolt assembly turbines with turbine blades equipped with a heat retaining device that accelerates and drives liquid metal with the same diameter and shape for each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air Compressed heat and cold production + Combined engine with various energy storage cycles, with turbine blades equipped with a heat retaining device for accelerating and driving liquid metal by mass with the same diameter and the same shape for each stage, and four bolted turbine assembly turbines .   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air Various energy storage cycle coalescing engines in which the turbine blades equipped with compression heat and cold production + liquid metal acceleration drive heat retention device are arranged in the same shape and shape with the same diameter for each stage and the fitting bolt assembly turbine is provided in five stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air Compressed hot and cold manufacturing + Various energy storage cycle coalescing engines with a turbine blade group equipped with a heat retaining device that drives a liquid metal to accelerate the calorie of heat, with the same diameter and the same shape for each stage, and six bolted turbine assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air Compressed heat and cold production + Liquid energy storage cycle coalescing engine with turbine blades equipped with a heat retaining device for mass acceleration drive of liquid metal, with the same diameter and the same shape for each stage, and with the fitting bolt assembly turbine in seven stages.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and stored + Solar heated air is compressed and heated and cooled + Liquid metal is accelerated and driven Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device have substantially the same diameter and shape as each stage, and are provided with eight fitting bolt assembly turbines.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Drives the propulsion force + Insulates and heats up sphere lift device (2F) at the corner of the square turbine outer box and uses the liquid metal ascends and saves it + Compresses and heats the solar heated air + Accelerates the liquid metal by mass Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device to be driven have substantially the same shape and the same diameter for each stage, and are provided with 9 fitting bolt assembly turbines.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is lifted and used. Various energy storage cycle coalescing engines in which the rotor blade group of the turbine equipped with the apparatus is substantially the same shape for each paragraph and the fitting bolt assembly turbine is provided in 10 stages.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driving propulsion driving + Insulating sphere increasing device (2F) installed at corner of outer corner of square turbine to use and store liquid metal + Solar heated air is compressed and heated and cooled + Liquid metal is accelerated Various energy storage cycle coalescing engines in which the blades of the turbine equipped with the above heat retaining device have substantially the same diameter and the same shape for each paragraph, and the fitting bolt assembly turbine is provided in one stage.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driving propulsion force + Insulating and increasing ball riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Solar heated air is compressed and heated and cooled + Liquid metal is mass accelerated Various energy storage cycle coalescing engines in which the turbine blades equipped with the above heat retaining device have substantially the same diameter and the same shape for each stage and are provided with two stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere rising device (2F) is installed at the corner of the square turbine outer box and liquid metal is lifted and used for storage + Solar heated air is compressed with heat and cold production + Liquid metal is accelerated Various energy storage cycle coalescing engines in which turbine blades equipped with a driving heat retaining device have substantially the same diameter and the same shape for each stage, and are provided with fitting bolt assembly turbines in three stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and liquid metal is raised and used for storage + Solar heating air is compressed and heated and cold production + Liquid metal is mass Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device that is accelerated and driven are arranged in four stages with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the outer corner of the square turbine, and liquid metal is lifted and used. + Solar heating air is compressed and heated and produced by cooling + Liquid metal acceleration drive Various energy storage cycle coalescing engines in which the turbine blades equipped with the above heat retaining device have substantially the same diameter and the same shape for each stage and the fitting bolt assembly turbines are provided in five stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere rising device (2F) is installed at the corner of the square turbine outer box and liquid metal is lifted and used for storage + Solar heating air is compressed and heated and cold production + liquid metal is calorie Various energy storage cycle coalescing engines in which turbine blades equipped with an acceleration-driven heat retaining device have substantially the same shape and diameter for each stage, and are provided with six bolt-fitting assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box, and liquid metal is raised and used for storage + Solar heating air is compressed and heated and cold production + Liquid metal is mass Various energy storage cycle coalescing engines in which turbine blades equipped with an acceleration-driven heat retaining device have substantially the same diameter and the same shape for each stage, and are provided with seven fitting bolt assembly turbines.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and stored. + Solar heated air is compressed and heated and cooled. + Liquid metal is accelerated and driven. Various energy storage cycle coalescing engines with 8 stages of fitting bolt assembly turbines with the same diameter and shape of each paragraph.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending storage. + Solar heated air is compressed and heated and cooled, and the turbine blade is equipped with a heat retaining device that accelerates the liquid metal by mass. Various energy conservation cycle coalescing engines with groups of approximately the same diameter and the same shape for each paragraph and provided with 9 stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is raised and stored. + Solar heated air is compressed and heated and cooled. + Liquid metal accelerated drive heat insulation group of turbine blades Various energy storage cycle coalescing engines, each having the same diameter and substantially the same shape, and 10 fitting bolt assembly turbines.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed in the corner of the rectangular turbine outer box and the liquid metal is raised and stored. + Solar heated air is compressed and heated and cooled. + The moving blades of the turbine equipped with a heat retaining device that drives the liquid metal to accelerate heat. Various energy storage cycle coalescing engines in which the fitting bolt assembly turbine is provided in one stage with the same diameter and the same shape for each paragraph.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and stored. + Solar heated air is compressed and heated and cooled. + Liquid metal is mass-accelerated and driven. Various energy storage cycle coalescing engines in which the fitting bolt assembly turbines are provided in two stages with the same diameter and the same shape for each paragraph.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated Various energy storage cycle coalescing engines with three stages of fitting bolt assembly turbines, with the rotor blades of turbines equipped with heat insulation and liquid metal accelerating drive heat insulation devices having the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated Various energy storage cycle coalescing engines with four stages of fitting bolt assembly turbines, with the turbine blades equipped with a thermal insulation manufacturing + thermal insulation device that accelerates liquid metal by mass and having the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated Various energy storage cycle coalescing engines in which turbine blades equipped with cold heat production + liquid metal acceleration drive heat retaining device are set to have the same diameter and the same shape for each stage and the fitting bolt assembly turbines are provided in five stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated Various energy storage cycle coalescing engines in which the turbine blades equipped with a heat insulation device that is driven by cold heat + liquid metal heat-acceleration drive are provided in six stages with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and used for storage + Solar heating air is compressed and heated Various energy storage cycle coalescing engines in which the turbine blades equipped with a heat retaining device that is driven by refrigeration and mass acceleration of liquid metal are provided in seven stages with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air Compressed heat and cold production + Various energy storage cycle coalescing engines with a turbine blade group equipped with a heat retaining device for accelerating and driving liquid metal with the same diameter and shape of each stage, and with 8 bolted fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air Compressed heat and cold production + Combined engine with various energy storage cycles, with turbine blades equipped with a heat retaining device that accelerates liquid metal by mass, with the same diameter and shape of each stage, and fitted bolt assembly turbines in 9 stages .   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air Various energy storage cycle coalescing engines in which the turbine blades equipped with compression heat and cold production + liquid metal acceleration drive heat retention device are arranged in 10 stages with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air Compressed hot and cold production + Liquid energy storage cycle coalescing engine with turbine blades equipped with a heat retaining device that accelerates the heat quantity of liquid metal, with the same diameter and shape of each turbine, and a single bolted turbine assembly.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various aircrafts in the combined engine injection part (78S) injection driving force + Insulating and increasing ball-lifting device (2F) in the corner of the outer corner of the square turbine + Liquid metal is used for rising storage + Solar heating air Compressed hot and cold manufacturing + Liquid energy storage cycle coalescing engine with turbine rotor blades equipped with a heat retaining device for mass acceleration drive of the same shape, with the same diameter and the same shape for each stage, and two fitting bolt assembly turbines.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and stored + Solar heated air is compressed and heated and cooled + Liquid metal is accelerated and driven Various energy storage cycle coalescing engines in which the turbine blades equipped with a heat retaining device have substantially the same diameter and the same shape for each paragraph, and the fitting bolt assembly turbines are provided in three stages.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driving propulsion force + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is raised and stored. + Solar heated air is compressed and heated and cooled + The heavier material is in the vacuum direction Various energy storage cycle coalescing engines aiming at 1000 times power generation by accelerating and increasing the power generation amount by setting the turbine blades equipped with a heat retaining device to the same diameter and shape of each stage and providing four stages of fitting bolt assembly turbines.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injecting propulsion force driving + Insulating sphere increasing device (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and used for storage + Solar heated air is compressed and heated and cooled + Insulated liquid metal acceleration Various energy storage cycle coalescing engines in which the turbine blades equipped with the apparatus have substantially the same diameter and the same shape for each stage, and the fitting bolt assembly turbines are provided in five stages.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driving propulsion driving + Insulating sphere increasing device (2F) installed at corner of outer corner of square turbine to use and store liquid metal + Solar heated air is compressed and heated and cooled + Liquid metal is accelerated Various energy storage cycle coalescing engines in which the turbine blades equipped with the above-mentioned heat retaining device have the same diameter and substantially the same shape for each paragraph, and the fitting bolt assembly turbines are provided in six stages.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driving propulsion force + Insulating and increasing ball riser (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Solar heated air is compressed and heated and cooled + Liquid metal is mass accelerated Various energy storage cycle coalescing engines in which the rotor blade groups of the turbine equipped with the above heat retaining device have the same diameter and the same shape for each stage and the fitting bolt assembly turbines are provided in seven stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine for large injection propulsion output + Configuration and method for accelerating output increase sphere (2E) + Insulation increase sphere raising device (2F) in square turbine outer box The liquid metal is stored and used at the corners. + Solar heated air is compressed and heated and cooled. + The moving blades of the turbine equipped with a heat retaining device for accelerating the liquid metal are fitted into the same diameter and shape of each stage. Various energy storage cycle coalescing engines with 8 stages of assembly turbines.   Turbine multiple-drive short-time coalescence engine injection part (78S) liquid metal solar engine for large injection propulsion output + configuration and method for accelerating output increase sphere (2E) + heat retention increase sphere raising device (2F) in square turbine outer box Liquid metal is stored and used at the corner + Solar heated air is compressed and heated and cooled + The turbine blades equipped with a heat retaining device that accelerates the liquid metal by mass are fitted with the same diameter and the same shape for each paragraph Various energy storage cycle coalescing engines with 9 stages of combined bolt assembly turbines.   Turbine multiple-drive short-time coalescence engine injection part (78S) liquid metal solar engine for large injection propulsion output + configuration and method for accelerating output increase sphere (2E) + heat retention increase sphere raising device (2F) in square turbine outer box Assembling bolt assembly with the same diameter and the same shape for each stage of the turbine blades equipped with the heat retaining device of the liquid metal acceleration drive. Various energy storage cycle coalescence engine with 10 stages of turbines.   Turbine multiple-drive short-time coalescence engine injection part (78S) liquid metal solar engine for large injection propulsion output + configuration and method for accelerating output increase sphere (2E) + heat retention increase sphere raising device (2F) in square turbine outer box Liquid metal is stored and used at corners + Solar heated air is compressed and heated and cooled manufacturing + Turbine blades equipped with a heat retaining device that drives liquid metal with heat acceleration are fitted with the same diameter and shape of each paragraph Various energy storage cycle coalescing engine with bolt assembly turbine in one stage.   Turbine multiple-drive short-time coalescence engine injection part (78S) liquid metal solar engine for large injection propulsion output + configuration and method for accelerating output increase sphere (2E) + heat retention increase sphere raising device (2F) in square turbine outer box Liquid metal is stored and used at corners + Solar heated air is compressed and heated and cooled + Liquid turbine is fitted with turbine blades equipped with a heat-insulating device that accelerates mass acceleration with the same diameter for each paragraph Various energy storage cycle coalescing engine with two stages of bolt assembly turbines.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine for large injection propulsion output + Configuration and method for accelerating output increase sphere (2E) + Insulation increase sphere raising device (2F) in square turbine outer box The liquid metal is stored and used at the corners. + Solar heated air is compressed and heated and cooled. + The moving blades of the turbine equipped with a heat retaining device for accelerating the liquid metal are fitted into the same diameter and shape of each stage. Various energy storage cycle coalescence engine with assembly turbines in 3 stages.   Turbine multiple-drive short-time coalescence engine injection part (78S) liquid metal solar engine for large injection propulsion output + configuration and method for accelerating output increase sphere (2E) + heat retention increase sphere raising device (2F) in square turbine outer box Liquid metal is stored and used at the corner + Solar heated air is compressed and heated and cooled + The turbine blades equipped with a heat retaining device that accelerates the liquid metal by mass are fitted with the same diameter and the same shape for each paragraph Various energy storage cycle coalescing engine with a combined bolt assembly turbine in 4 stages.   Turbine multiple-drive short-time coalescence engine injection part (78S) liquid metal solar engine for large injection propulsion output + configuration and method for accelerating output increase sphere (2E) + heat retention increase sphere raising device (2F) in square turbine outer box Assembling bolt assembly with the same diameter and the same shape for each stage of the turbine blades equipped with the heat retaining device of the liquid metal acceleration drive. Various energy storage cycle coalescence engine with 5 stages of turbines.   Turbine multiple-drive short-time coalescence engine injection part (78S) liquid metal solar engine for large injection propulsion output + configuration and method for accelerating output increase sphere (2E) + heat retention increase sphere raising device (2F) in square turbine outer box Liquid metal is stored and used at corners + Solar heated air is compressed and heated and cooled manufacturing + Turbine blades equipped with a heat retaining device that drives liquid metal with heat acceleration are fitted with the same diameter and shape of each paragraph Various energy storage cycle coalescing engines with 6 stages of bolt assembly turbines.   Turbine multiple-drive short-time coalescence engine injection part (78S) liquid metal solar engine for large injection propulsion output + configuration and method for accelerating output increase sphere (2E) + heat retention increase sphere raising device (2F) in square turbine outer box Liquid metal is stored and used at corners + Solar heated air is compressed and heated and cooled + Liquid turbine is fitted with turbine blades equipped with a heat-insulating device that accelerates mass acceleration with the same diameter for each paragraph Various energy storage cycle coalescing engines with 7 stages of bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Driving various flying vessels with united engine injection part (78S) injection driving force + Insulating and increasing ball rising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is used for rising storage + sunlight The air is heated and compressed to recover heat and divided into compressed air calorie pressure and mass pressure to drive each turbine. + The rotor blade group of the turbine equipped with a heat retaining device that accelerates the liquid metal is roughly the same shape for each paragraph. Various energy storage cycle coalescing engines with 8 fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Driving various flying vessels with united engine injection part (78S) injection driving force + Insulating and increasing ball rising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is used for rising storage + sunlight The air is heated and compressed to recover heat and divided into compressed air calorie pressure and mass pressure to drive each turbine + turbine rotor blade group equipped with a heat retaining device that accelerates liquid metal by mass is the same diameter per paragraph Various energy storage cycle coalescing engines with 9 stages of fitting bolt assembly turbines that are approximately the same shape.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Driving various flying vessels with united engine injection part (78S) injection driving force + Insulating and increasing ball rising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is used for rising storage + sunlight The air is heated and compressed to recover heat, divided into compressed air calorie pressure and mass pressure, and each turbine is driven. Various energy storage cycle coalescing engines with 10 fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Driving various flying vessels with united engine injection part (78S) injection driving force + Insulating and increasing ball rising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is used for rising storage + sunlight The air is heated and compressed to recover heat and divided into compressed air calorie pressure and mass pressure to drive each turbine. + The turbine blades equipped with a heat retaining device that drives the liquid metal to heat are accelerated. Various energy storage cycle coalescing engines with the same type of fitting bolt assembly turbine in one stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Driving various flying vessels with united engine injection part (78S) injection driving force + Insulating and increasing ball rising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is used for rising storage + sunlight The air is heated and compressed to recover heat and stored separately in compressed air calorie pressure and mass pressure to drive each turbine + turbine blades equipped with a heat retaining device for liquid metal mass acceleration drive Various energy storage cycle coalescing engines with two fitting bolt assembly turbines in the same shape.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Driving various flying vessels with united engine injection part (78S) injection driving force + Insulating and increasing ball rising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is used for rising storage + sunlight The air is heated and compressed to recover heat and divided into compressed air calorie pressure and mass pressure to drive each turbine. + The rotor blade group of the turbine equipped with a heat retaining device that accelerates the liquid metal is roughly the same shape for each paragraph. As a combination engine of various energy storage cycles with three stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Driving various flying vessels with united engine injection part (78S) injection driving force + Insulating and increasing ball rising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is used for rising storage + sunlight The air is heated and compressed to recover heat and divided into compressed air calorie pressure and mass pressure to drive each turbine. + The rotor blade group of the turbine equipped with a heat retaining device that accelerates the liquid metal is roughly the same shape for each paragraph. Various energy storage cycle coalescing engines with four fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Driving various flying vessels with united engine injection part (78S) injection driving force + Insulating and increasing ball rising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is used for rising storage + sunlight The air is heated and compressed to recover heat and divided into compressed air calorie pressure and mass pressure to drive each turbine. + The rotor blade group of the turbine equipped with a heat retaining device that accelerates the liquid metal is roughly the same shape for each paragraph. Various energy storage cycle coalescing engines with 5 fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Driving various flying vessels with united engine injection part (78S) injection driving force + Insulating and increasing ball rising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is used for rising storage + sunlight The air is heated and compressed to recover heat and divided into compressed air calorie pressure and mass pressure to drive each turbine. + The rotor blade group of the turbine equipped with a heat retaining device that accelerates the liquid metal is roughly the same shape for each paragraph. Various energy storage cycle coalescing engines with 6 fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Driving various flying vessels with united engine injection part (78S) injection driving force + Insulating and increasing ball rising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is used for rising storage + sunlight The air is heated and compressed to recover heat and divided into compressed air calorie pressure and mass pressure to drive each turbine. + The rotor blade group of the turbine equipped with a heat retaining device that accelerates the liquid metal is roughly the same shape for each paragraph. As a combination engine of various energy storage cycles with 7 stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Driving various flying vessels with united engine injection part (78S) injection driving force + Insulating and increasing ball rising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is used for rising storage + sunlight The air is heated and compressed to recover heat and divided into compressed air calorie pressure and mass pressure to drive each turbine + turbine rotor blade group equipped with a heat retaining device that accelerates liquid metal by mass is the same diameter per paragraph Various energy conservation cycle coalescing engines with approximately the same shape and 8 fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Driving various flying vessels with united engine injection part (78S) injection driving force + Insulating and increasing ball rising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is used for rising storage + sunlight The air is heated and compressed to recover heat and divided into compressed air calorie pressure and mass pressure to drive each turbine + turbine rotor blade group equipped with a heat retaining device that accelerates liquid metal by mass is the same diameter per paragraph Various energy storage cycle coalescing engines with 9 stages of fitting bolt assembly turbines that are approximately the same shape.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Driving various flying vessels with united engine injection part (78S) injection driving force + Insulating and increasing ball rising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is used for rising storage + sunlight The air is heated and compressed to recover heat and divided into compressed air calorie pressure and mass pressure to drive each turbine + turbine rotor blade group equipped with a heat retaining device that accelerates liquid metal by mass is the same diameter per paragraph Various energy storage cycle coalescing engines with approximately 10 identically fitted bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Driving various flying vessels with united engine injection part (78S) injection driving force + Insulating and increasing ball rising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is used for rising storage + sunlight The air is heated and compressed to recover heat and divided into compressed air calorie pressure and mass pressure to drive each turbine + turbine rotor blade group equipped with a heat retaining device that accelerates liquid metal by mass is the same diameter per paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines arranged in one stage as substantially the same shape.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Driving various flying vessels with united engine injection part (78S) injection driving force + Insulating and increasing ball rising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is used for rising storage + sunlight The air is heated and compressed to recover heat and divided into compressed air calorie pressure and mass pressure to drive each turbine + turbine rotor blade group equipped with a heat retaining device that accelerates liquid metal by mass is the same diameter per paragraph Various energy storage cycle coalescing engines with fitting bolt assembly turbines arranged in two stages as substantially the same shape.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Driving various flying vessels with united engine injection part (78S) injection driving force + Insulating and increasing ball rising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is used for rising storage + sunlight The air is heated and compressed to recover heat, divided into compressed air calorie pressure and mass pressure, and each turbine is driven. Various energy conservation cycle coalescing engines with three stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Driving various flying vessels with united engine injection part (78S) injection driving force + Insulating and increasing ball rising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is used for rising storage + sunlight The air is heated and compressed to recover heat, divided into compressed air calorie pressure and mass pressure, and each turbine is driven. Various energy storage cycle coalescing engines with four stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Driving various flying vessels with united engine injection part (78S) injection driving force + Insulating and increasing ball rising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is used for rising storage + sunlight The air is heated and compressed to recover heat, divided into compressed air calorie pressure and mass pressure, and each turbine is driven. Various energy storage cycle coalescing engine with 5 fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Driving various flying vessels with united engine injection part (78S) injection driving force + Insulating and increasing ball rising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is used for rising storage + sunlight The air is heated and compressed to recover heat, divided into compressed air calorie pressure and mass pressure, and each turbine is driven. Various energy storage cycle coalescing engines with 6 stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Driving various flying vessels with united engine injection part (78S) injection driving force + Insulating and increasing ball rising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is used for rising storage + sunlight The air is heated and compressed to recover heat, divided into compressed air calorie pressure and mass pressure, and each turbine is driven. Various energy storage cycle coalescence engine with fitting bolt assembly turbine in 7 stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Driving various flying vessels with united engine injection part (78S) injection driving force + Insulating and increasing ball rising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is used for rising storage + sunlight The air is heated and compressed to recover heat and divided into compressed air calorie pressure and mass pressure to drive each turbine. + The turbine blades equipped with a heat retaining device that drives the liquid metal to heat are accelerated. Various energy storage cycle coalescing engines with 8 stages of fitting bolt assembly turbines in the same shape.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Driving various flying vessels with united engine injection part (78S) injection driving force + Insulating and increasing ball rising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is used for rising storage + sunlight The air is heated and compressed to recover heat and divided into compressed air calorie pressure and mass pressure to drive each turbine. + The turbine blades equipped with a heat retaining device that drives the liquid metal to heat are accelerated. Various energy storage cycle coalescing engines with fitting bolt assembly turbines in 9 stages as the same shape.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Driving various flying vessels with united engine injection part (78S) injection driving force + Insulating and increasing ball rising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is used for rising storage + sunlight The air is heated and compressed to recover heat and divided into compressed air calorie pressure and mass pressure to drive each turbine. + The turbine blades equipped with a heat retaining device that drives the liquid metal to heat are accelerated. Various energy storage cycle coalescing engines with 10 stages of fitting bolt assembly turbines in the same shape.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Driving various flying vessels with united engine injection part (78S) injection driving force + Insulating and increasing ball rising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is used for rising storage + sunlight The air is heated and compressed to recover heat and divided into compressed air calorie pressure and mass pressure to drive each turbine. + The turbine blades equipped with a heat retaining device that drives the liquid metal to heat are accelerated. Various energy storage cycle coalescing engines with the same type of fitting bolt assembly turbine in one stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Driving various flying vessels with united engine injection part (78S) injection driving force + Insulating and increasing ball rising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is used for rising storage + sunlight The air is heated and compressed to recover heat and divided into compressed air calorie pressure and mass pressure to drive each turbine. + The turbine blades equipped with a heat retaining device that drives the liquid metal to heat are accelerated. Various energy storage cycle coalescing engines with two fitting bolt assembly turbines in the same shape.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Driving various flying vessels with united engine injection part (78S) injection driving force + Insulating and increasing ball rising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is used for rising storage + sunlight The air is heated and compressed to recover heat and stored separately in compressed air calorie pressure and mass pressure to drive each turbine + turbine blades equipped with a heat retaining device for liquid metal mass acceleration drive Various energy storage cycle coalescing engines with fitting bolt assembly turbines in three stages as the same shape.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Driving various flying vessels with united engine injection part (78S) injection driving force + Insulating and increasing ball rising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is used for rising storage + sunlight The air is heated and compressed to recover heat and stored separately in compressed air calorie pressure and mass pressure to drive each turbine + turbine blades equipped with a heat retaining device for liquid metal mass acceleration drive Various energy storage cycle coalescing engines with fitting bolt assembly turbines in four stages as the same shape.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Driving various flying vessels with united engine injection part (78S) injection driving force + Insulating and increasing ball rising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is used for rising storage + sunlight The air is heated and compressed to recover heat and stored separately in compressed air calorie pressure and mass pressure to drive each turbine + turbine blades equipped with a heat retaining device for liquid metal mass acceleration drive Various energy storage cycle coalescing engines with the same type of fitting bolt assembly turbines in 5 stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Driving various flying vessels with united engine injection part (78S) injection driving force + Insulating and increasing ball rising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is used for rising storage + sunlight The air is heated and compressed to recover heat and stored separately in compressed air calorie pressure and mass pressure to drive each turbine + turbine blades equipped with a heat retaining device for liquid metal mass acceleration drive Various energy storage cycle coalescing engines with 6 stages of fitting bolt assembly turbines in the same shape.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Driving various flying vessels with united engine injection part (78S) injection driving force + Insulating and increasing ball rising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is used for rising storage + sunlight The air is heated and compressed to recover heat and stored separately in compressed air calorie pressure and mass pressure to drive each turbine + turbine blades equipped with a heat retaining device for liquid metal mass acceleration drive Various energy storage cycle coalescing engines with the same type of fitting bolt assembly turbines in 7 stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Driving various flying vessels with united engine injection part (78S) injection driving force + Insulating and increasing ball rising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is used for rising storage + sunlight Compressed heat recovered by heating and compressing heat, and divided and stored into compressed air calorie pressure and mass pressure to drive each turbine. Various energy storage cycle coalescing engine with 8 stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Driving various flying vessels with united engine injection part (78S) injection driving force + Insulating and increasing ball rising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is used for rising storage + sunlight Compressed heat recovered by heating and compressing heat, and divided and stored into compressed air calorie pressure and mass pressure to drive each turbine. Various energy conservation cycle coalescing engines with 9 stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Driving various flying vessels with united engine injection part (78S) injection driving force + Insulating and increasing ball rising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is used for rising storage + sunlight Compressed heat recovered by heating and compressing heat, and divided and stored into compressed air calorie pressure and mass pressure to drive each turbine. Various energy conservation cycle coalescing engines with 10 stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Driving various flying vessels with united engine injection part (78S) injection driving force + Insulating and increasing ball rising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is used for rising storage + sunlight Compressed heat recovered by heating and compressing heat, and divided and stored into compressed air calorie pressure and mass pressure to drive each turbine. Various energy storage cycle coalescing engines with one stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward + Driving various flying vessels with united engine injection part (78S) injection driving force + Insulating and increasing ball rising device (2F) is installed at the corner of the square turbine outer box and the liquid metal is used for rising storage + sunlight Compressed heat recovered by heating and compressing heat, and divided and stored into compressed air calorie pressure and mass pressure to drive each turbine. Various energy storage cycle coalescing engines with two stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Heat increase ball riser (2F) raises the head as much as possible + Heat increase ball riser (2F) is installed at the corner of the square turbine outer box Ascending and using liquid metal + Acceleration with pressure divided and stored in calorie speed and mass speed + Turbine blade group equipped with heat retention device that accelerates liquid metal and moving the rotor blade group with the same diameter and shape of each paragraph Various energy conservation cycle coalescence engine with three stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Heat increase ball riser (2F) raises the head as much as possible + Heat increase ball riser (2F) is installed at the corner of the square turbine outer box Liquid metal is used for ascending storage + Acceleration with pressure divided and stored in calorie velocity and mass velocity + Turbine blades equipped with a heat retaining device that accelerates liquid metal by mass Various energy storage cycle coalescing engine with assembly turbine in 4 stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Heat increase ball riser (2F) raises the head as much as possible + Heat increase ball riser (2F) is installed at the corner of the square turbine outer box Ascending and using liquid metal + Accelerating with pressure divided and stored in calorie speed and mass speed + Turbine blades equipped with a heat retaining device for liquid metal acceleration drive with the same diameter and shape of each stage as a fitting bolt assembly turbine Various energy storage cycle coalescence engine provided in 5 stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Heat increase ball riser (2F) raises the head as much as possible + Heat increase ball riser (2F) is installed at the corner of the square turbine outer box Ascending and using liquid metal + Accelerating with pressure that is divided and stored in calorie speed and mass speed + Assembling bolt assembly with turbine blades equipped with a heat retention device that drives liquid metal in calorie acceleration with the same diameter and shape of each stage Various energy conservation cycle coalescence engine with 6 stages of turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Heat increase ball riser (2F) raises the head as much as possible + Heat increase ball riser (2F) is installed at the corner of the square turbine outer box Ascending and using liquid metal + Accelerating with pressure that is divided and stored in calorie velocity and mass velocity + Assembling bolt assembly with turbine blades equipped with a heat retaining device that drives mass acceleration of mass and mass of liquid metal in each paragraph Various energy storage cycle coalescing engine with 7 stages of turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescing engines in which the turbine blade groups equipped with the heat-retaining device for acceleration driving are provided with eight stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescing engines, in which turbine blades equipped with a heat retaining device that accelerates and accelerates by mass are substantially the same shape for each paragraph, and are provided with 9 bolts of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescing engines in which turbine blades equipped with an accelerating drive heat retaining device have substantially the same shape and diameter for each stage, and are provided with 10 bolts of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescing engines in which a turbine blade group equipped with a heat-accelerating drive heat insulation device is provided with a fitting bolt assembly turbine in one stage with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescence engines in which turbine blades equipped with a heat retaining device of mass acceleration drive are provided with two stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The turbine (2F) is installed at the corner of the rectangular turbine outer casing, and the liquid metal is used for ascending and storing. Various energy storage cycle coalescing engines, with groups of approximately the same diameter for each paragraph and three stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise An apparatus (2F) is installed at the corner of the rectangular turbine outer box to use the liquid metal ascending and storing + accelerating with the pressure divided and stored in the calorie velocity and mass velocity + the turbine equipped with the heat retaining device that accelerates and drives the liquid metal by mass Various energy storage cycle coalescing engines in which the blade groups are substantially the same shape for each paragraph and the fitting bolt assembly turbines are provided in four stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending storage + accelerating with pressure divided and stored in calorie velocity and mass velocity + turbine blades equipped with a heat retention device driven by liquid metal acceleration Various energy storage cycle coalescing engines in which the same bolt diameter turbine is provided in five stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is used for ascending storage + accelerating with the pressure divided and stored in the calorie velocity and mass velocity + the operation of the turbine equipped with the heat retaining device for the calorie acceleration drive of the liquid metal Various energy storage cycle coalescing engines with blade groups of the same diameter and shape of each stage, and 6 bolts of fitting bolt assembly turbines.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the square turbine outer box and the liquid metal is used for ascending storage + accelerating with the pressure that is divided and stored in the calorie velocity and mass velocity + the operation of the turbine equipped with a heat retaining device that drives the liquid metal mass acceleration Various energy storage cycle coalescing engines with blade groups of the same diameter and approximately the same shape for each paragraph, and with 7 stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines in which the turbine blades equipped with a heat retaining device that accelerates and accelerates liquid metal with the same pressure are provided with 8 stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines, in which turbine blades equipped with a heat retaining device that accelerates with accelerated pressure and accelerates liquid metal with mass are provided with nine stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device that is accelerated by liquid pressure and driven by accelerated pressure are configured to have substantially the same shape and diameter in each stage, and are provided with 10 bolts assembling bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines in which the turbine blades equipped with a heat retaining device that accelerates with accelerated pressure and accelerates the amount of heat of liquid metal are provided in one stage with the same diameter and shape of each turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device that accelerates and accelerates liquid metal with mass acceleration are provided with two stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Various energy storage cycle coalescing engines with three stages of fitting bolt assembly turbines with turbine blades equipped with a heat retention device that accelerates with pressure divided and stored, and a heat retaining device for accelerating liquid metal. .   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Various energy storage cycles in which turbine blades equipped with a heat retaining device that accelerates and accelerates the liquid metal by mass divided and stored in speed are arranged in four stages with the same diameter and shape of each turbine. Combined organization.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device driven by acceleration and liquid metal acceleration driven by dividing pressure into speeds are provided with five stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Acceleration with pressure divided and stored at speed + Combined various energy storage cycles with turbine rotor blades equipped with a heat retention device that drives heat acceleration of liquid metal with the same diameter and the same shape for each stage, and 6 stages of fitting bolt assembly turbines organ.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Acceleration with pressure divided and stored at speed + Liquid metal is mass-accelerated and the turbine blades equipped with a heat retaining device are arranged in the same diameter and shape of each stage. organ.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Drives the propulsion force + Insulates and raises the ball riser (2F) at the corner of the square turbine outer box and uses the liquid metal ascending and storing + Accelerates with the pressure divided and stored in the calorie velocity and mass velocity Various energy storage cycle coalescing engines in which turbine blade groups equipped with a driving heat retaining device have substantially the same diameter and the same shape for each paragraph, and are provided with 8 fitting bolt assembly turbines.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driven by injection propulsion force + Insulating and increasing ball rising device (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Accelerate by pressure divided and stored in calorie velocity and mass velocity + Mass of liquid metal Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device that is accelerated and driven are arranged in substantially the same shape with the same diameter for each stage, and are provided with 9 fitting bolt assembly turbines.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injection propulsion driving + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Liquid metal acceleration drive Various energy storage cycle coalescing engines in which the turbine blades equipped with the above heat retaining device have substantially the same diameter and the same shape for each stage and are provided with 10 fitting bolt assembly turbines.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driven by injection propulsion force + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box to use the liquid metal ascending and storing + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Heating the liquid metal Various energy storage cycle coalescing engines in which turbine blades equipped with an accelerated drive heat retention device are substantially identical in shape with the same diameter for each stage and provided with a fitting bolt assembly turbine in one stage.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driven by injection propulsion force + Insulating and increasing ball rising device (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Accelerate by pressure divided and stored in calorie velocity and mass velocity + Mass of liquid metal Various energy storage cycle coalescing engines in which turbine blades equipped with an accelerated drive heat retention device have substantially the same shape and diameter in each stage and are provided with two stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + Horizontal axis (1h) is driven with square turbine outer box at right angle to drive rotating turbine in alternate direction of rotation The turbine (2F) is installed at the corner of the rectangular turbine outer casing, and the liquid metal is used for ascending and storing + accelerating with the pressure divided and stored in the calorie velocity and the mass velocity + the moving blade of the turbine equipped with the heat retaining device for accelerating the liquid metal Various energy storage cycle coalescing engines, with groups of approximately the same diameter for each paragraph and three stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + Horizontal axis (1h) is driven with square turbine outer box at right angle to drive rotating turbine in alternate direction of rotation An apparatus (2F) is installed at the corner of the rectangular turbine outer box to use the liquid metal ascending and storing + accelerating with the pressure divided and stored in the calorie velocity and mass velocity + the turbine equipped with the heat retaining device that accelerates and drives the liquid metal by mass Various energy storage cycle coalescing engines in which the blade groups are substantially the same shape for each paragraph and the fitting bolt assembly turbines are provided in four stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + Horizontal axis (1h) is driven with square turbine outer box at right angle to drive rotating turbine in alternate direction of rotation Equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending storage + accelerating with pressure divided and stored in calorie velocity and mass velocity + turbine blades equipped with a heat retention device driven by liquid metal acceleration Various energy storage cycle coalescing engines in which the same bolt diameter turbine is provided in five stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + Horizontal axis (1h) is driven with square turbine outer box at right angle to drive rotating turbine in alternate direction of rotation The equipment (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is used for ascending storage + accelerating with the pressure divided and stored in the calorie velocity and mass velocity + the operation of the turbine equipped with the heat retaining device for the calorie acceleration drive of the liquid metal Various energy storage cycle coalescing engines with blade groups of the same diameter and shape of each stage, and 6 bolts of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + Horizontal axis (1h) is driven with square turbine outer box at right angle to drive rotating turbine in alternate direction of rotation The equipment (2F) is installed at the corner of the square turbine outer box and the liquid metal is used for ascending storage + accelerating with the pressure that is divided and stored in the calorie velocity and mass velocity + the operation of the turbine equipped with the heat retaining device that drives the liquid metal to mass acceleration Various energy storage cycle coalescing engines with blade groups of the same diameter and approximately the same shape for each paragraph, and with 7 stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the square turbine outer box and the liquid metal is raised and stored. + Solar heated air is compressed and heated and cooled. + Liquid metal is accelerated and driven. Various energy storage cycle coalescing engines with 8 stages of fitting bolt assembly turbines with the same diameter and shape of each paragraph.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise An apparatus (2F) is installed at the corner of the rectangular turbine outer box to use the liquid metal ascending and storing + accelerating with the pressure divided and stored in the calorie velocity and mass velocity + the turbine equipped with the heat retaining device that accelerates and drives the liquid metal by mass Various energy storage cycle coalescing engines in which the blade groups are substantially the same shape for each paragraph and the fitting bolt assembly turbines are provided in nine stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending storage + accelerating with pressure divided and stored in calorie velocity and mass velocity + turbine blades equipped with a heat retention device driven by liquid metal acceleration Various energy storage cycle coalescing engines in which the fitting bolt assembly turbines are provided in 10 stages with the same diameter and the same shape for each paragraph.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is used for ascending storage + accelerating with the pressure divided and stored in the calorie velocity and mass velocity + the operation of the turbine equipped with the heat retaining device for the calorie acceleration drive of the liquid metal Various energy storage cycle coalescing engines with blade groups of the same diameter and the same shape for each stage and a single-stage fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the square turbine outer box and the liquid metal is used for ascending storage + accelerating with the pressure that is divided and stored in the calorie velocity and mass velocity + the operation of the turbine equipped with the heat retaining device that drives the liquid metal to mass acceleration Various energy storage cycle coalescing engines with blade groups of the same diameter and the same shape for each paragraph and two stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device that accelerates and accelerates liquid metal with the same pressure are provided with three stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device for accelerating with pressure and accelerating liquid metal with mass are substantially the same shape for each stage, and are provided with four stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device driven by acceleration and liquid metal acceleration at the same pressure are provided with five stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines in which the turbine blades equipped with a heat retaining device that accelerates and accelerates the amount of heat of liquid metal with the same pressure are provided with six stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device that accelerates and accelerates liquid metal with mass acceleration are provided with seven stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Various energy storage cycle coalescing engines with turbine blades equipped with a heat retaining device that accelerates with pressure divided and stored in a speed and a heat retaining device for accelerating liquid metal with the same diameter and the same shape for each stage, and 8 stages of fitting bolt assembly turbines .   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Various energy storage cycles in which the turbine blades equipped with a heat retaining device that accelerates and accelerates the liquid metal by mass divided and stored in the speed are arranged in the same shape with the same diameter and the same shape for each stage, and is provided with 9 fitting bolt assembly turbines. Combined organization.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retention device driven by acceleration and liquid metal acceleration driven by dividing pressure into speeds are provided with 10 stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Acceleration with pressure divided and stored at speed + Combined various energy storage cycles with turbine blades equipped with a heat retaining device that drives heat acceleration of liquid metal with the same diameter and shape of each stage, and a mating bolt assembly turbine in one stage organ.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Acceleration with pressure divided and stored at speed + Liquid metal is mass-accelerated drive blade group of turbine equipped with heat retaining device, each stage has the same diameter and the same shape, and various energy storage cycles combined with two stages of fitting bolt assembly turbine organ.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Drives the propulsion force + Insulates and raises the ball riser (2F) at the corner of the square turbine outer box and uses the liquid metal ascending and storing + Accelerates with the pressure divided and stored in the calorie velocity and mass velocity Various energy storage cycle coalescing engines in which turbine blades equipped with a driving heat retaining device have substantially the same diameter and the same shape for each stage, and are provided with fitting bolt assembly turbines in three stages.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driven by injection propulsion force + Insulating and increasing ball rising device (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Accelerate by pressure divided and stored in calorie velocity and mass velocity + Mass of liquid metal Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device that is accelerated and driven are arranged in four stages with the same diameter and shape of each stage.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injection propulsion driving + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Liquid metal acceleration drive Various energy storage cycle coalescing engines in which the turbine blades equipped with the above heat retaining device have substantially the same diameter and the same shape for each stage and the fitting bolt assembly turbines are provided in five stages.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driven by injection propulsion force + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box to use the liquid metal ascending and storing + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Heating the liquid metal Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device for acceleration drive are provided with six stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driven by injection propulsion force + Insulating and increasing ball rising device (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Accelerate by pressure divided and stored in calorie velocity and mass velocity + Mass of liquid metal Various energy storage cycle coalescing engines in which turbine blades equipped with an acceleration-driven heat retaining device have substantially the same diameter and the same shape for each stage, and are provided with seven fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescing engines in which the turbine blade groups equipped with the heat-retaining device for acceleration driving are provided with eight stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescing engines, in which turbine blades equipped with a heat retaining device that accelerates and accelerates by mass are substantially the same shape for each paragraph, and are provided with 9 bolts of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescing engines in which turbine blades equipped with an accelerating drive heat retaining device have substantially the same shape and diameter for each stage, and are provided with 10 bolts of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescing engines in which a turbine blade group equipped with a heat-accelerating drive heat insulation device is provided with a fitting bolt assembly turbine in one stage with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescence engines in which turbine blades equipped with a heat retaining device of mass acceleration drive are provided with two stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The turbine (2F) is installed at the corner of the rectangular turbine outer casing, and the liquid metal is used for ascending and storing + accelerating with the pressure divided and stored in the calorie velocity and the mass velocity + the moving blade of the turbine equipped with the heat retaining device that accelerates the liquid metal Various energy storage cycle coalescing engines, with groups of approximately the same diameter for each paragraph and three stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise An apparatus (2F) is installed at the corner of the rectangular turbine outer box to use the liquid metal ascending and storing + accelerating with the pressure divided and stored in the calorie velocity and mass velocity + the turbine equipped with the heat retaining device that accelerates and drives the liquid metal by mass Various energy storage cycle coalescing engines in which the blade groups are substantially the same shape for each paragraph and the fitting bolt assembly turbines are provided in four stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending storage + accelerating with pressure divided and stored in calorie velocity and mass velocity + turbine blades equipped with a heat retention device driven by liquid metal acceleration Various energy storage cycle coalescing engines in which the same bolt diameter turbine is provided in five stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is used for ascending storage + accelerating with the pressure divided and stored in the calorie velocity and mass velocity + the operation of the turbine equipped with the heat retaining device for the calorie acceleration drive of the liquid metal Various energy storage cycle coalescing engines with blade groups of the same diameter and shape of each stage, and 6 bolts of fitting bolt assembly turbines.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the square turbine outer box and the liquid metal is used for ascending storage + accelerating with the pressure that is divided and stored in the calorie velocity and mass velocity + the operation of the turbine equipped with the heat retaining device that drives the liquid metal to mass acceleration Various energy storage cycle coalescing engines with blade groups of the same diameter and approximately the same shape for each paragraph, and with 7 stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines in which the turbine blades equipped with a heat retaining device that accelerates and accelerates liquid metal with the same pressure are provided with 8 stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines, in which turbine blades equipped with a heat retaining device that accelerates with accelerated pressure and accelerates liquid metal with mass are provided with nine stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device that is accelerated by liquid pressure and driven by accelerated pressure are configured to have substantially the same shape and diameter in each stage, and are provided with 10 bolts assembling bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines in which the turbine blades equipped with a heat retaining device that accelerates with accelerated pressure and accelerates the amount of heat of liquid metal are provided in one stage with the same diameter and shape of each turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device that accelerates and accelerates liquid metal with mass acceleration are provided with two stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Various energy storage cycle coalescing engines with three stages of fitting bolt assembly turbines with turbine blades equipped with a heat retention device that accelerates with pressure divided and stored, and a heat retaining device for accelerating liquid metal. .   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Various energy storage cycles in which turbine blades equipped with a heat retaining device that accelerates and accelerates the liquid metal by mass divided and stored in speed are arranged in four stages with the same diameter and shape of each turbine. Combined organization.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device driven by acceleration and liquid metal acceleration driven by dividing pressure into speeds are provided with five stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Acceleration with pressure divided and stored at speed + Combined various energy storage cycles with turbine rotor blades equipped with a heat retention device that drives heat acceleration of liquid metal with the same diameter and the same shape for each stage, and 6 stages of fitting bolt assembly turbines organ.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Acceleration with pressure divided and stored at speed + Liquid metal is mass-accelerated and the turbine blades equipped with a heat retaining device are arranged in the same diameter and shape of each stage. organ.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Drives the propulsion force + Insulates and raises the ball riser (2F) at the corner of the square turbine outer box and uses the liquid metal ascending and storing + Accelerates with the pressure divided and stored in the calorie velocity and mass velocity Various energy storage cycle coalescing engines in which turbine blade groups equipped with a driving heat retaining device have substantially the same diameter and the same shape for each paragraph, and are provided with 8 fitting bolt assembly turbines.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driven by injection propulsion force + Insulating and increasing ball rising device (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Accelerate by pressure divided and stored in calorie velocity and mass velocity + Mass of liquid metal Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device that is accelerated and driven are arranged in substantially the same shape with the same diameter for each stage, and are provided with 9 fitting bolt assembly turbines.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injection propulsion driving + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Liquid metal acceleration drive Various energy storage cycle coalescing engines in which the turbine blades equipped with the above heat retaining device have substantially the same diameter and the same shape for each stage and are provided with 10 fitting bolt assembly turbines.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driven by injection propulsion force + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box to use the liquid metal ascending and storing + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Heating the liquid metal Various energy storage cycle coalescing engines in which turbine blades equipped with an accelerated drive heat retention device are substantially identical in shape with the same diameter for each stage and provided with a fitting bolt assembly turbine in one stage.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driven by injection propulsion force + Insulating and increasing ball rising device (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Accelerate by pressure divided and stored in calorie velocity and mass velocity + Mass of liquid metal Various energy storage cycle coalescing engines in which turbine blades equipped with an accelerated drive heat retention device have substantially the same shape and diameter in each stage and are provided with two stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescing engines in which the turbine blades equipped with the heat-retaining device with acceleration drive are made substantially the same shape with the same diameter for each stage and the fitting bolt assembly turbines are provided in three stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescing engines in which the turbine blades equipped with a heat retaining device that accelerates the mass with a mass are made substantially the same shape with the same diameter for each paragraph and the fitting bolt assembly turbines are provided in four stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescing engines in which turbine blade groups equipped with an acceleration drive heat retention device are provided with five stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescing engines in which turbine blades equipped with a heat-acceleration-driven heat insulation device are arranged in six stages with fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescing engines in which turbine blades equipped with a heat-retaining device for mass acceleration are provided with seven stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The turbine (2F) is installed at the corner of the rectangular turbine outer casing, and the liquid metal is used for ascending and storing. Various energy storage cycle coalescing engines, with groups of approximately the same diameter for each paragraph and eight stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise An apparatus (2F) is installed at the corner of the rectangular turbine outer box to use the liquid metal ascending and storing + accelerating with the pressure divided and stored in the calorie velocity and mass velocity + the turbine equipped with the heat retaining device that accelerates and drives the liquid metal by mass Various energy storage cycle coalescing engines in which the blade groups are substantially the same shape for each paragraph and the fitting bolt assembly turbines are provided in nine stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending storage + accelerating with pressure divided and stored in calorie velocity and mass velocity + turbine blades equipped with a heat retention device driven by liquid metal acceleration Various energy storage cycle coalescing engines in which the fitting bolt assembly turbines are provided in 10 stages with the same diameter and the same shape for each paragraph.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is used for ascending storage + accelerating with the pressure divided and stored in the calorie velocity and mass velocity + the operation of the turbine equipped with the heat retaining device for the calorie acceleration drive of the liquid metal Various energy storage cycle coalescing engines with blade groups of the same diameter and the same shape for each stage and a single-stage fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the square turbine outer box and the liquid metal is used for ascending storage + accelerating with the pressure that is divided and stored in the calorie velocity and mass velocity + the operation of the turbine equipped with the heat retaining device that drives the liquid metal to mass acceleration Various energy storage cycle coalescing engines with blade groups of the same diameter and the same shape for each paragraph and two stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device that accelerates and accelerates liquid metal with the same pressure are provided with three stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Accelerating with pressure + turbine blade group of turbines having the same diameter and same shape for each stage as a fitting bolt-assembled turbine. Various energy conservation cycle coalescence engine installed in the stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device driven by acceleration and liquid metal acceleration at the same pressure are provided with five stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines in which the turbine blades equipped with a heat retaining device that accelerates and accelerates the amount of heat of liquid metal with the same pressure are provided with six stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device that accelerates and accelerates liquid metal with mass acceleration are provided with seven stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Various energy storage cycle coalescing engines with 38 multistage fitting bolt assembly turbines with turbine blades equipped with a heat retaining device that accelerates with pressure divided and stored, and a liquid metal acceleration drive. .   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Various energy storage cycles in which the turbine blades equipped with a heat retaining device that accelerates and accelerates the liquid metal by mass divided and stored in the speed are arranged in the same shape with the same diameter and the same shape for each stage, and is provided with 9 fitting bolt assembly turbines. Combined organization.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retention device driven by acceleration and liquid metal acceleration driven by dividing pressure into speeds are provided with 10 stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Acceleration with pressure divided and stored at speed + Combined various energy storage cycles with turbine blades equipped with a heat retaining device that drives heat acceleration of liquid metal with the same diameter and shape of each stage, and a mating bolt assembly turbine in one stage organ.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Acceleration with pressure divided and stored at speed + Liquid metal is mass-accelerated drive blade group of turbine equipped with heat retaining device, each stage has the same diameter and the same shape, and various energy storage cycles combined with two stages of fitting bolt assembly turbine organ.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Drives the propulsion force + Insulates and raises the ball riser (2F) at the corner of the square turbine outer box and uses the liquid metal ascending and storing + Accelerates with the pressure divided and stored in the calorie velocity and mass velocity Various energy storage cycle coalescing engines in which turbine blades equipped with a driving heat retaining device have substantially the same diameter and the same shape for each stage, and are provided with fitting bolt assembly turbines in three stages.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driven by injection propulsion force + Insulating and increasing ball rising device (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Accelerate by pressure divided and stored in calorie velocity and mass velocity + Mass of liquid metal Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device that is accelerated and driven are arranged in four stages with the same diameter and shape of each stage.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injection propulsion driving + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Liquid metal acceleration drive Various energy storage cycle coalescing engines in which the turbine blades equipped with the above heat retaining device have substantially the same diameter and the same shape for each stage and the fitting bolt assembly turbines are provided in five stages.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driven by injection propulsion force + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box to use the liquid metal ascending and storing + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Heating the liquid metal Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device for acceleration drive are provided with six stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driven by injection propulsion force + Insulating and increasing ball rising device (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Accelerate by pressure divided and stored in calorie velocity and mass velocity + Mass of liquid metal Various energy storage cycle coalescing engines in which turbine blades equipped with an acceleration-driven heat retaining device have substantially the same diameter and the same shape for each stage, and are provided with seven fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescing engines in which the turbine blade groups equipped with the heat-retaining device for acceleration driving are provided with eight stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescing engines, in which turbine blades equipped with a heat retaining device that accelerates and accelerates by mass are substantially the same shape for each paragraph, and are provided with 9 bolts of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescing engines in which turbine blades equipped with an accelerating drive heat retaining device have substantially the same shape and diameter for each stage, and are provided with 10 bolts of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescing engines in which a turbine blade group equipped with a heat-accelerating drive heat insulation device is provided with a fitting bolt assembly turbine in one stage with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescence engines in which turbine blades equipped with a heat retaining device of mass acceleration drive are provided with two stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The turbine (2F) is installed at the corner of the rectangular turbine outer casing, and the liquid metal is used for ascending and storing + accelerating with the pressure divided and stored in the calorie velocity and the mass velocity + the moving blade of the turbine equipped with the heat retaining device that accelerates the liquid metal Various energy storage cycle coalescing engines, with groups of approximately the same diameter for each paragraph and three stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise An apparatus (2F) is installed at the corner of the rectangular turbine outer box to use the liquid metal ascending and storing + accelerating with the pressure divided and stored in the calorie velocity and mass velocity + the turbine equipped with the heat retaining device that accelerates and drives the liquid metal by mass Various energy storage cycle coalescing engines in which the blade groups are substantially the same shape for each paragraph and the fitting bolt assembly turbines are provided in four stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending storage + accelerating with pressure divided and stored in calorie velocity and mass velocity + turbine blades equipped with a heat retention device driven by liquid metal acceleration Various energy storage cycle coalescing engines in which the same bolt diameter turbine is provided in five stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is used for ascending storage + accelerating with the pressure divided and stored in the calorie velocity and mass velocity + the operation of the turbine equipped with the heat retaining device for the calorie acceleration drive of the liquid metal Various energy storage cycle coalescing engines with blade groups of the same diameter and shape of each stage, and 6 bolts of fitting bolt assembly turbines.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the square turbine outer box and the liquid metal is used for ascending storage + accelerating with the pressure that is divided and stored in the calorie velocity and mass velocity + the operation of the turbine equipped with the heat retaining device that drives the liquid metal to mass acceleration Various energy storage cycle coalescing engines with blade groups of the same diameter and approximately the same shape for each paragraph, and with 7 stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines in which the turbine blades equipped with a heat retaining device that accelerates and accelerates liquid metal with the same pressure are provided with 8 stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines, in which turbine blades equipped with a heat retaining device that accelerates with accelerated pressure and accelerates liquid metal with mass are provided with nine stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device that is accelerated by liquid pressure and driven by accelerated pressure are configured to have substantially the same shape and diameter in each stage, and are provided with 10 bolts assembling bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines in which the turbine blades equipped with a heat retaining device that accelerates with accelerated pressure and accelerates the amount of heat of liquid metal are provided in one stage with the same diameter and shape of each turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device that accelerates and accelerates liquid metal with mass acceleration are provided with two stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Various energy storage cycle coalescing engines with three stages of fitting bolt assembly turbines with turbine blades equipped with a heat retention device that accelerates with pressure divided and stored, and a heat retaining device for accelerating liquid metal. .   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Various energy storage cycles in which turbine blades equipped with a heat retaining device that accelerates and accelerates the liquid metal by mass divided and stored in speed are arranged in four stages with the same diameter and shape of each turbine. Combined organization.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device driven by acceleration and liquid metal acceleration driven by dividing pressure into speeds are provided with five stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Acceleration with pressure divided and stored at speed + Combined various energy storage cycles with turbine rotor blades equipped with a heat retention device that drives heat acceleration of liquid metal with the same diameter and the same shape for each stage, and 6 stages of fitting bolt assembly turbines organ.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Acceleration with pressure divided and stored at speed + Liquid metal is mass-accelerated and the turbine blades equipped with a heat retaining device are arranged in the same diameter and shape of each stage. organ.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Drives the propulsion force + Insulates and raises the ball riser (2F) at the corner of the square turbine outer box and uses the liquid metal ascending and storing + Accelerates with the pressure divided and stored in the calorie velocity and mass velocity Various energy storage cycle coalescing engines in which turbine blade groups equipped with a driving heat retaining device have substantially the same diameter and the same shape for each paragraph, and are provided with 8 fitting bolt assembly turbines.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driven by injection propulsion force + Insulating and increasing ball rising device (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Accelerate by pressure divided and stored in calorie velocity and mass velocity + Mass of liquid metal Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device that is accelerated and driven are arranged in substantially the same shape with the same diameter for each stage, and are provided with 9 fitting bolt assembly turbines.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injection propulsion driving + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Liquid metal acceleration drive Various energy storage cycle coalescing engines in which the turbine blades equipped with the above heat retaining device have substantially the same diameter and the same shape for each stage and are provided with 10 fitting bolt assembly turbines.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driven by injection propulsion force + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box to use the liquid metal ascending and storing + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Heating the liquid metal Various energy storage cycle coalescing engines in which turbine blades equipped with an accelerated drive heat retention device are substantially identical in shape with the same diameter for each stage and provided with a fitting bolt assembly turbine in one stage.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driven by injection propulsion force + Insulating and increasing ball rising device (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Accelerate by pressure divided and stored in calorie velocity and mass velocity + Mass of liquid metal Various energy storage cycle coalescing engines in which turbine blades equipped with an accelerated drive heat retention device have substantially the same shape and diameter in each stage and are provided with two stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescing engines in which the turbine blades equipped with the heat-retaining device with acceleration drive are made substantially the same shape with the same diameter for each stage and the fitting bolt assembly turbines are provided in three stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescing engines in which the turbine blades equipped with a heat retaining device that accelerates the mass with a mass are made substantially the same shape with the same diameter for each paragraph and the fitting bolt assembly turbines are provided in four stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescing engines in which turbine blade groups equipped with an acceleration drive heat retention device are provided with five stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescing engines in which turbine blades equipped with a heat-acceleration-driven heat insulation device are arranged in six stages with fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescing engines in which turbine blades equipped with a heat-retaining device for mass acceleration are provided with seven stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The turbine (2F) is installed at the corner of the rectangular turbine outer casing, and the liquid metal is used for ascending and storing. Various energy storage cycle coalescing engines, with groups of approximately the same diameter for each paragraph and eight stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise An apparatus (2F) is installed at the corner of the rectangular turbine outer box to use the liquid metal ascending and storing + accelerating with the pressure divided and stored in the calorie velocity and mass velocity + the turbine equipped with the heat retaining device that accelerates and drives the liquid metal by mass Various energy storage cycle coalescing engines in which the blade groups are substantially the same shape for each paragraph and the fitting bolt assembly turbines are provided in nine stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending storage + accelerating with pressure divided and stored in calorie velocity and mass velocity + turbine blades equipped with a heat retention device driven by liquid metal acceleration Various energy storage cycle coalescing engines in which the fitting bolt assembly turbines are provided in 10 stages with the same diameter and the same shape for each paragraph.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is used for ascending storage + accelerating with the pressure divided and stored in the calorie velocity and mass velocity + the operation of the turbine equipped with the heat retaining device for the calorie acceleration drive of the liquid metal Various energy storage cycle coalescing engines with blade groups of the same diameter and the same shape for each stage and a single-stage fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the square turbine outer box and the liquid metal is used for ascending storage + accelerating with the pressure that is divided and stored in the calorie velocity and mass velocity + the operation of the turbine equipped with the heat retaining device that drives the liquid metal to mass acceleration Various energy storage cycle coalescing engines with blade groups of the same diameter and the same shape for each paragraph and two stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device that accelerates and accelerates liquid metal with the same pressure are provided with three stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device for accelerating with pressure and accelerating liquid metal with mass are substantially the same shape for each stage, and are provided with four stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device driven by acceleration and liquid metal acceleration at the same pressure are provided with five stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines in which the turbine blades equipped with a heat retaining device that accelerates and accelerates the amount of heat of liquid metal with the same pressure are provided with six stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device that accelerates and accelerates liquid metal with mass acceleration are provided with seven stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Various energy storage cycle coalescing engines with turbine blades equipped with a heat retaining device that accelerates with pressure divided and stored in a speed and a heat retaining device for accelerating liquid metal with the same diameter and the same shape for each stage, and 8 stages of fitting bolt assembly turbines .   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Various energy storage cycles in which the turbine blades equipped with a heat retaining device that accelerates and accelerates the liquid metal by mass divided and stored in the speed are arranged in the same shape with the same diameter and the same shape for each stage, and is provided with 9 fitting bolt assembly turbines. Combined organization.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retention device driven by acceleration and liquid metal acceleration driven by dividing pressure into speeds are provided with 10 stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Acceleration with pressure divided and stored at speed + Combined various energy storage cycles with turbine blades equipped with a heat retaining device that drives heat acceleration of liquid metal with the same diameter and shape of each stage, and a mating bolt assembly turbine in one stage organ.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Acceleration with pressure divided and stored at speed + Liquid metal is mass-accelerated drive blade group of turbine equipped with heat retaining device, each stage has the same diameter and the same shape, and various energy storage cycles combined with two stages of fitting bolt assembly turbine organ.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Drives the propulsion force + Insulates and raises the ball riser (2F) at the corner of the square turbine outer box and uses the liquid metal ascending and storing + Accelerates with the pressure divided and stored in the calorie velocity and mass velocity Various energy storage cycle coalescing engines in which turbine blades equipped with a driving heat retaining device have substantially the same diameter and the same shape for each stage, and are provided with fitting bolt assembly turbines in three stages.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driven by injection propulsion force + Insulating and increasing ball rising device (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Accelerate by pressure divided and stored in calorie velocity and mass velocity + Mass of liquid metal Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device that is accelerated and driven are arranged in four stages with the same diameter and shape of each stage.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injection propulsion driving + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Liquid metal acceleration drive Various energy storage cycle coalescing engines in which the turbine blades equipped with the above heat retaining device have substantially the same diameter and the same shape for each stage and the fitting bolt assembly turbines are provided in five stages.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driven by injection propulsion force + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box to use the liquid metal ascending and storing + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Heating the liquid metal Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device for acceleration drive are provided with six stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driven by injection propulsion force + Insulating and increasing ball rising device (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Accelerate by pressure divided and stored in calorie velocity and mass velocity + Mass of liquid metal Various energy storage cycle coalescing engines in which turbine blades equipped with an acceleration-driven heat retaining device have substantially the same diameter and the same shape for each stage, and are provided with seven fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescing engines in which the turbine blade groups equipped with the heat-retaining device for acceleration driving are provided with eight stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescing engines, in which turbine blades equipped with a heat retaining device that accelerates and accelerates by mass are substantially the same shape for each paragraph, and are provided with 9 bolts of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescing engines in which turbine blades equipped with an accelerating drive heat retaining device have substantially the same shape and diameter for each stage, and are provided with 10 bolts of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescing engines in which a turbine blade group equipped with a heat-accelerating drive heat insulation device is provided with a fitting bolt assembly turbine in one stage with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescence engines in which turbine blades equipped with a heat retaining device of mass acceleration drive are provided with two stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The turbine (2F) is installed at the corner of the rectangular turbine outer casing, and the liquid metal is used for ascending and storing + accelerating with the pressure divided and stored in the calorie velocity and the mass velocity + the moving blade of the turbine equipped with the heat retaining device that accelerates the liquid metal Various energy storage cycle coalescing engines, with groups of approximately the same diameter for each paragraph and three stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise An apparatus (2F) is installed at the corner of the rectangular turbine outer box to use the liquid metal ascending and storing + accelerating with the pressure divided and stored in the calorie velocity and mass velocity + the turbine equipped with the heat retaining device that accelerates and drives the liquid metal by mass Various energy storage cycle coalescing engines in which the blade groups are substantially the same shape for each paragraph and the fitting bolt assembly turbines are provided in four stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending storage + accelerating with pressure divided and stored in calorie velocity and mass velocity + turbine blades equipped with a heat retention device driven by liquid metal acceleration Various energy storage cycle coalescing engines in which the same bolt diameter turbine is provided in five stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is used for ascending storage + accelerating with the pressure divided and stored in the calorie velocity and mass velocity + the operation of the turbine equipped with the heat retaining device for the calorie acceleration drive of the liquid metal Various energy storage cycle coalescing engines with blade groups of the same diameter and shape of each stage, and 6 bolts of fitting bolt assembly turbines.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the square turbine outer box and the liquid metal is used for ascending storage + accelerating with the pressure that is divided and stored in the calorie velocity and mass velocity + the operation of the turbine equipped with the heat retaining device that drives the liquid metal to mass acceleration Various energy storage cycle coalescing engines with blade groups of the same diameter and approximately the same shape for each paragraph, and with 7 stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines in which the turbine blades equipped with a heat retaining device that accelerates and accelerates liquid metal with the same pressure are provided with 8 stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines, in which turbine blades equipped with a heat retaining device that accelerates with accelerated pressure and accelerates liquid metal with mass are provided with nine stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device that is accelerated by liquid pressure and driven by accelerated pressure are configured to have substantially the same shape and diameter in each stage, and are provided with 10 bolts assembling bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines in which the turbine blades equipped with a heat retaining device that accelerates with accelerated pressure and accelerates the amount of heat of liquid metal are provided in one stage with the same diameter and shape of each turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device that accelerates and accelerates liquid metal with mass acceleration are provided with two stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Various energy storage cycle coalescing engines with three stages of fitting bolt assembly turbines with turbine blades equipped with a heat retention device that accelerates with pressure divided and stored, and a heat retaining device for accelerating liquid metal. .   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Various energy storage cycles in which turbine blades equipped with a heat retaining device that accelerates and accelerates the liquid metal by mass divided and stored in speed are arranged in four stages with the same diameter and shape of each turbine. Combined organization.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device driven by acceleration and liquid metal acceleration driven by dividing pressure into speeds are provided with five stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Acceleration with pressure divided and stored at speed + Combined various energy storage cycles with turbine rotor blades equipped with a heat retention device that drives heat acceleration of liquid metal with the same diameter and the same shape for each stage, and 6 stages of fitting bolt assembly turbines organ.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Acceleration with pressure divided and stored at speed + Liquid metal is mass-accelerated and the turbine blades equipped with a heat retaining device are arranged in the same diameter and shape of each stage. organ.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Drives the propulsion force + Insulates and raises the ball riser (2F) at the corner of the square turbine outer box and uses the liquid metal ascending and storing + Accelerates with the pressure divided and stored in the calorie velocity and mass velocity Various energy storage cycle coalescing engines in which turbine blade groups equipped with a driving heat retaining device have substantially the same diameter and the same shape for each paragraph, and are provided with 8 fitting bolt assembly turbines.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driven by injection propulsion force + Insulating and increasing ball rising device (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Accelerate by pressure divided and stored in calorie velocity and mass velocity + Mass of liquid metal Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device that is accelerated and driven are arranged in substantially the same shape with the same diameter for each stage, and are provided with 9 fitting bolt assembly turbines.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injection propulsion driving + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Liquid metal acceleration drive Various energy storage cycle coalescing engines in which the turbine blades equipped with the above heat retaining device have substantially the same diameter and the same shape for each stage and are provided with 10 fitting bolt assembly turbines.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driven by injection propulsion force + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box to use the liquid metal ascending and storing + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Heating the liquid metal Various energy storage cycle coalescing engines in which turbine blades equipped with an accelerated drive heat retention device are substantially identical in shape with the same diameter for each stage and provided with a fitting bolt assembly turbine in one stage.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driven by injection propulsion force + Insulating and increasing ball rising device (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Accelerate by pressure divided and stored in calorie velocity and mass velocity + Mass of liquid metal Various energy storage cycle coalescing engines in which turbine blades equipped with an accelerated drive heat retention device have substantially the same shape and diameter in each stage and are provided with two stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescing engines in which the turbine blades equipped with the heat-retaining device with acceleration drive are made substantially the same shape with the same diameter for each stage and the fitting bolt assembly turbines are provided in three stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescing engines in which the turbine blades equipped with a heat retaining device that accelerates the mass with a mass are made substantially the same shape with the same diameter for each paragraph and the fitting bolt assembly turbines are provided in four stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescing engines in which turbine blade groups equipped with an acceleration drive heat retention device are provided with five stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescing engines in which turbine blades equipped with a heat-acceleration-driven heat insulation device are arranged in six stages with fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescing engines in which turbine blades equipped with a heat-retaining device for mass acceleration are provided with seven stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The turbine (2F) is installed at the corner of the rectangular turbine outer casing, and the liquid metal is used for ascending and storing + accelerating with the pressure divided and stored in the calorie velocity and the mass velocity + the moving blade of the turbine equipped with the heat retaining device for accelerating the liquid metal Various energy storage cycle coalescing engines, with groups of approximately the same diameter for each paragraph and eight stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise An apparatus (2F) is installed at the corner of the rectangular turbine outer box to use the liquid metal ascending and storing + accelerating with the pressure divided and stored in the calorie velocity and mass velocity + the turbine equipped with the heat retaining device that accelerates and drives the liquid metal by mass Various energy storage cycle coalescing engines in which the blade groups are substantially the same shape for each paragraph and the fitting bolt assembly turbines are provided in nine stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending storage + accelerating with pressure divided and stored in calorie velocity and mass velocity + turbine blades equipped with a heat retention device driven by liquid metal acceleration Various energy storage cycle coalescing engines in which the fitting bolt assembly turbines are provided in 10 stages with the same diameter and the same shape for each paragraph.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is used for ascending storage + accelerating with the pressure divided and stored in the calorie velocity and mass velocity + the operation of the turbine equipped with the heat retaining device for the calorie acceleration drive of the liquid metal Various energy storage cycle coalescing engines with blade groups of the same diameter and the same shape for each stage and a single-stage fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the square turbine outer box and the liquid metal is used for ascending storage + accelerating with the pressure that is divided and stored in the calorie velocity and mass velocity + the operation of the turbine equipped with the heat retaining device that drives the liquid metal to mass acceleration Various energy storage cycle coalescing engines with blade groups of the same diameter and the same shape for each paragraph and two stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device that accelerates and accelerates liquid metal with the same pressure are provided with three stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device for accelerating with pressure and accelerating liquid metal with mass are substantially the same shape for each stage, and are provided with four stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device driven by acceleration and liquid metal acceleration at the same pressure are provided with five stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines in which the turbine blades equipped with a heat retaining device that accelerates and accelerates the amount of heat of liquid metal with the same pressure are provided with six stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device that accelerates and accelerates liquid metal with mass acceleration are provided with seven stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Various energy storage cycle coalescing engines with turbine blades equipped with a heat retaining device that accelerates with pressure divided and stored in a speed and a heat retaining device for accelerating liquid metal with the same diameter and the same shape for each stage, and 8 stages of fitting bolt assembly turbines .   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Various energy storage cycles in which the turbine blades equipped with a heat retaining device that accelerates and accelerates the liquid metal by mass divided and stored in the speed are arranged in the same shape with the same diameter and the same shape for each stage, and is provided with 9 fitting bolt assembly turbines. Combined organization.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retention device driven by acceleration and liquid metal acceleration driven by dividing pressure into speeds are provided with 10 stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Acceleration with pressure divided and stored at speed + Combined various energy storage cycles with turbine blades equipped with a heat retaining device that drives heat acceleration of liquid metal with the same diameter and shape of each stage, and a mating bolt assembly turbine in one stage organ.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Acceleration with pressure divided and stored at speed + Liquid metal is mass-accelerated drive blade group of turbine equipped with heat retaining device, each stage has the same diameter and the same shape, and various energy storage cycles combined with two stages of fitting bolt assembly turbine organ.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Drives the propulsion force + Insulates and raises the ball riser (2F) at the corner of the square turbine outer box and uses the liquid metal ascending and storing + Accelerates with the pressure divided and stored in the calorie velocity and mass velocity Various energy storage cycle coalescing engines in which turbine blades equipped with a driving heat retaining device have substantially the same diameter and the same shape for each stage, and are provided with fitting bolt assembly turbines in three stages.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driven by injection propulsion force + Insulating and increasing ball rising device (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Accelerate by pressure divided and stored in calorie velocity and mass velocity + Mass of liquid metal Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device that is accelerated and driven are arranged in four stages with the same diameter and shape of each stage.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injection propulsion driving + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Liquid metal acceleration drive Various energy storage cycle coalescing engines in which the turbine blades equipped with the above heat retaining device have substantially the same diameter and the same shape for each stage and the fitting bolt assembly turbines are provided in five stages.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driven by injection propulsion force + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box to use the liquid metal ascending and storing + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Heating the liquid metal Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device for acceleration drive are provided with six stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driven by injection propulsion force + Insulating and increasing ball rising device (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Accelerate by pressure divided and stored in calorie velocity and mass velocity + Mass of liquid metal Various energy storage cycle coalescing engines in which turbine blades equipped with an acceleration-driven heat retaining device have substantially the same diameter and the same shape for each stage, and are provided with seven fitting bolt assembly turbines.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine for large injection propulsion output + Configuration and method for accelerating output increase sphere (2E) + Intake air path length lens and solar heating / cooling manufacture with sunlight + A warming-increasing sphere raising device (2F) is installed at the corner of the rectangular turbine outer box to use the liquid metal ascending and storing + accelerating with the pressure divided and stored in the calorie velocity and mass velocity + equipped with a heat retaining device that accelerates the liquid metal Various energy storage cycle coalescing engines in which the turbine blade groups are substantially the same shape for each paragraph and the fitting bolt assembly turbines are provided in eight stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine for large injection propulsion output + Configuration and method for accelerating output increase sphere (2E) + Intake air path length lens and solar heating / cooling manufacture with sunlight + A warming-increasing sphere lifting device (2F) is installed at the corner of the square turbine outer box to use and store liquid metal. + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Heat insulation device that accelerates liquid metal by mass Various energy storage cycle coalescing engines in which the blades of the turbines provided have substantially the same shape for each stage and the fitting bolt assembly turbines are provided in nine stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine for large injection propulsion output + Configuration and method for accelerating output increase sphere (2E) + Intake air path length lens and solar heating / cooling manufacture with sunlight + A heat retention increasing sphere raising device (2F) is installed at the corner of the square turbine outer box to use the liquid metal ascending and storing + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Turbine equipped with a heat retaining device driven by liquid metal acceleration Various energy storage cycle coalescing engines in which the rotor blade groups of each stage are of the same shape and the same shape for each stage, and the fitting bolt assembly turbines are provided in 10 stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine for large injection propulsion output + Configuration and method for accelerating output increase sphere (2E) + Intake air path length lens and solar heating / cooling manufacture with sunlight + A warming-increasing sphere raising device (2F) is installed at the corner of the square turbine outer box to use the liquid metal ascending and storing + accelerating with the pressure divided and stored in the calorie velocity and mass velocity + equipped with a heat insulator that drives the liquid metal to calorie acceleration Various energy storage cycle coalescing engines in which the rotor blade groups of the turbines are substantially the same shape for each paragraph and the fitting bolt assembly turbine is provided in one stage.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine for large injection propulsion output + Configuration and method for accelerating output increase sphere (2E) + Intake air path length lens and solar heating / cooling manufacture with sunlight + A warming and increasing ball lifting device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is lifted and used. + Accelerated by the pressure divided and stored in the calorie speed and the mass speed. Various energy storage cycle coalescing engines in which the rotor blade groups of the turbines are substantially the same shape for each paragraph and the fitting bolt assembly turbines are provided in two stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine for large injection propulsion output + Configuration and method for accelerating output increase sphere (2E) + Intake air path length lens and solar heating / cooling manufacture with sunlight + A warming-increasing sphere raising device (2F) is installed at the corner of the rectangular turbine outer box to use the liquid metal ascending and storing + accelerating with the pressure divided and stored in the calorie velocity and mass velocity + equipped with a heat retaining device that accelerates the liquid metal Various energy storage cycle coalescing engines in which turbine blade groups are substantially the same shape for each paragraph, and fitting bolt assembly turbines are provided in three stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine for large injection propulsion output + Configuration and method for accelerating output increase sphere (2E) + Intake air path length lens and solar heating / cooling manufacture with sunlight + A warming-increasing sphere lifting device (2F) is installed at the corner of the square turbine outer box to use and store liquid metal. + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Heat insulation device that accelerates liquid metal by mass Various energy storage cycle coalescing engines in which the moving blade groups of the turbines provided are substantially the same shape for each stage and the fitting bolt assembly turbines are provided in four stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine for large injection propulsion output + Configuration and method for accelerating output increase sphere (2E) + Intake air path length lens and solar heating / cooling manufacture with sunlight + A heat retention increasing sphere raising device (2F) is installed at the corner of the square turbine outer box to use the liquid metal ascending and storing + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Turbine equipped with a heat retaining device driven by liquid metal acceleration Various energy storage cycle coalescing engines in which the rotor blade groups of each stage are of the same shape and the same shape for each stage, and the fitting bolt assembly turbines are provided in five stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine for large injection propulsion output + Configuration and method for accelerating output increase sphere (2E) + Intake air path length lens and solar heating / cooling manufacture with sunlight + A warming-increasing sphere raising device (2F) is installed at the corner of the square turbine outer box to use the liquid metal ascending and storing + accelerating with the pressure divided and stored in the calorie velocity and mass velocity + equipped with a heat insulation device that drives the liquid metal to calorie acceleration Various energy storage cycle coalescing engines in which the rotor blade groups of the turbines are of the same shape and shape with the same diameter for each stage and the fitting bolt assembly turbines are provided in six stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine for large injection propulsion output + Configuration and method for accelerating output increase sphere (2E) + Intake air path length lens and solar heating / cooling manufacture with sunlight + A warming and increasing ball lifting device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is lifted and used. + Accelerated by the pressure divided and stored in the calorie speed and the mass speed. Various energy storage cycle coalescing engines in which the rotor blade groups of the turbines are substantially the same shape for each paragraph and the fitting bolt assembly turbines are provided in seven stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various types of flying ships with united engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and used. Combined with various energy storage cycles, with turbine blades equipped with a heat retention device that accelerates and saves liquid metal by acceleration and divided into mass speeds, and has eight stages of fitting bolt assembly turbines with the same diameter and shape of each stage. organ.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various types of flying ships with united engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and used. Acceleration with pressure divided and stored at mass velocity + Turbine blades equipped with a heat retaining device that accelerates liquid metal with mass, each stage has the same diameter and shape, and has 9 stages of fitting bolt assembly turbines. Cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various types of flying ships with united engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and used. Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retention device driven by acceleration and liquid metal acceleration driven by mass-split pressure are provided with 10 stages of mating bolt assembly turbines with the same diameter and shape of each stage. .   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Driving + Driving various types of flying ships with united engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and used. Various energy storage cycles in which the turbine blades equipped with a heat retaining device that accelerates and heats the liquid metal in a heat-acceleration drive with the pressure divided and stored in the mass velocity are arranged in the same shape with the same diameter and the same shape for each stage. Combined organization.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various types of flying ships with united engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and used. Various energy storage cycles with two stages of mating bolt assembly turbines with turbine blades equipped with a heat retaining device that is driven by mass-accelerated pressure + liquid metal and mass-accelerated drive, with the same diameter and shape of each stage. Combined organization.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various types of flying ships with united engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and used. Combined with various energy storage cycles with three stages of fitting bolt assembly turbines, with the turbine blades equipped with a heat retaining device that accelerates and saves the liquid metal divided and stored at the mass velocity, and has the same diameter and shape of each stage. organ.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various types of flying ships with united engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and used. Combined with various energy storage cycles with four stages of fitting bolt assembly turbines with turbine blades equipped with a heat retaining device that accelerates and saves the liquid metal by acceleration and liquid metal acceleration, and has the same diameter and shape of each stage. organ.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various types of flying ships with united engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and used. Combined with various energy storage cycles, with the turbine blades equipped with heat insulation that accelerates with the pressure divided and stored in the mass velocity and the heat retaining device that accelerates the liquid metal, each stage has the same diameter and approximately the same shape, and the fitting bolt assembly turbine is provided in five stages. organ.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various types of flying ships with united engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and used. Combined with various energy storage cycles in which turbine blades equipped with a heat retaining device that accelerates and drives liquid metal by acceleration and divided into mass speeds are provided with 6 stages of fitting bolt assembly turbines with the same diameter and shape of each stage. organ.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various types of flying ships with united engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and used. Combined with various energy storage cycles with 7 stages of mating bolt assembly turbines with turbine blades equipped with a heat insulation device that accelerates with the pressure divided and stored in mass velocity and a heat retention device that accelerates the liquid metal and has the same diameter for each stage. organ.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various types of flying ships with united engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and used. Acceleration with pressure divided and stored at mass velocity + turbine blades equipped with a heat retaining device for accelerating liquid metal with mass, each stage has the same diameter and approximately the same shape, and various types of energy storage with fitting bolt assembly turbines in 8 stages Cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various types of flying ships with united engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and used. Acceleration with pressure divided and stored at mass velocity + Turbine blades equipped with a heat retaining device that accelerates liquid metal with mass, each stage has the same diameter and shape, and has 9 stages of fitting bolt assembly turbines. Cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various types of flying ships with united engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and used. Accelerates with pressure divided and stored at mass speed + Saves energy by providing turbine bolts with a heat retaining device for accelerating liquid metal by mass with the same diameter and the same shape for each paragraph and 10 mating bolt assembly turbines Cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various types of flying ships with united engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and used. Acceleration with pressure divided and stored at mass velocity + Turbine blades equipped with a heat retaining device that accelerates liquid metal with mass, each stage has the same diameter and the same shape as each stage. Cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various types of flying ships with united engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and used. Acceleration with pressure divided and stored at mass velocity + Turbine blades equipped with a heat retaining device that accelerates liquid metal by mass Cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various types of flying ships with united engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and used. Various energy storage cycle coalescing engines with turbine blades equipped with heat retention device driven by acceleration and liquid metal acceleration driven by mass-split pressure, with the same diameter and the same shape for each stage, and three bolted assembly turbines .   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various types of flying ships with united engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and used. Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retention device driven by acceleration and liquid metal acceleration driven by mass-split pressure are provided with four stages of fitting bolt assembly turbines with the same diameter and shape of each stage. .   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various types of flying ships with united engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and used. Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device driven by acceleration and liquid metal acceleration driven by mass-split pressure are set to have the same diameter and shape of each stage, and are provided with five stages of fitting bolt assembly turbines. .   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various types of flying ships with united engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and used. Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device driven by acceleration and liquid metal acceleration driven by mass-split pressure are arranged in substantially the same shape for each stage, and are provided with six bolted turbines. .   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Driving + Driving various types of flying ships with united engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and used. Various energy storage cycle coalescence engines with turbine rotor blades equipped with heat retention device driven by acceleration and liquid metal acceleration driven by mass-divided storage, with the same diameter and the same shape for each stage, and with the fitting bolt assembly turbine in seven stages .   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Driving + Driving various types of flying ships with united engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and used. Acceleration with pressure divided and stored in mass speed + Various energy storage cycles in which turbine blades equipped with a heat retaining device that drives liquid metal with heat quantity acceleration are set to have the same diameter and shape of each stage, and the fitting bolt assembly turbine is provided in 8 stages Combined organization.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various types of flying ships with united engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and used. Acceleration with pressure divided and stored in mass velocity + Various energy conservation cycles in which turbine blades equipped with a heat retaining device for liquid metal heat acceleration drive are arranged in the same shape with the same diameter and shape for each stage, and are equipped with 9 fitting bolt assembly turbines Combined organization.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various types of flying ships with united engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and used. Various energy storage cycles with 10 stages of mating bolt assembly turbines with turbine blades equipped with a heat retaining device driven by heat and accelerated acceleration of liquid metal divided by mass velocity, with the same diameter and shape of each stage. Combined organization.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various types of flying ships with united engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and used. Various energy storage cycles in which the turbine blades equipped with a heat retaining device that accelerates and heats the liquid metal in a heat-acceleration drive with the pressure divided and stored in the mass velocity are arranged in the same shape with the same diameter and the same shape for each stage. Combined organization.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various types of flying ships with united engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and used. Various energy storage cycles with two stages of mating bolt assembly turbines with turbine blades equipped with a heat retaining device driven by heat and accelerated acceleration of liquid metal divided into mass speeds, with the same diameter and shape of each stage. Combined organization.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various types of flying ships with united engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and used. Various energy storage cycles in which turbine blades equipped with a heat retaining device that is driven by mass-acceleration driven by mass-split pressure and mass-accelerated are kept in the same diameter and shape of each stage, and are fitted with three bolted assembly turbines. Combined organization.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various types of flying ships with united engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and used. Various energy storage cycles in which turbine blades equipped with a heat retaining device that is driven by mass-acceleration driven by mass-split pressure and stored in a mass speed are arranged in four stages with the same diameter and shape of each turbine. Combined organization.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various types of flying ships with united engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and used. Various energy storage cycles in which turbine blades equipped with a heat retaining device that is driven by mass-acceleration driven by mass-accelerated pressure are divided into mass velocities, and the rotor blades of each turbine are of the same shape and shape with the same diameter for each stage. Combined organization.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various types of flying ships with united engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and used. Various energy storage cycles in which turbine blades equipped with a heat retaining device that is driven by mass-acceleration driven with mass-accelerated pressure are divided into mass velocities, and the turbine blades are substantially the same shape for each stage and are fitted in six stages. Combined organization.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various types of flying ships with united engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and used. Various energy storage cycles in which the turbine blades equipped with a heat retaining device that drives the acceleration of the liquid metal by mass acceleration and divided into mass velocities are provided with 7 stages of fitting bolt assembly turbines with the same diameter and shape of each stage. Combined organization.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various types of flying ships with united engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and used. Various energy storage cycle coalescing engines in which turbine blades equipped with an acceleration + heat retaining device with pressures divided and stored at mass speed are substantially the same shape with the same diameter for each stage and the fitting bolt assembly turbines are provided in eight stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various types of flying ships with united engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and used. Various energy storage cycle coalescing engines in which turbine blades equipped with an acceleration + heat retaining device with pressure divided and stored at mass speed are substantially the same shape for each stage, and are provided with 9 bolts of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various types of flying ships with united engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and used. Various energy storage cycle coalescing engines in which turbine blades equipped with an acceleration + heat retention device with pressures divided and stored at mass speed are substantially the same shape with the same diameter for each stage and are provided with 10 fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various types of flying ships with united engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and used. Various energy storage cycle coalescing engines in which turbine blades equipped with an acceleration + heat retention device with pressure divided and stored at mass speed are substantially the same shape for each stage, and a fitting bolt assembly turbine is provided in one stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various types of flying ships with united engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and used. Various energy storage cycle coalescing engines in which turbine blades equipped with an acceleration + heat retention device with pressures divided and stored at a mass speed are provided with two stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Heat retention increase ball lift device (2F) Increase head drop + Heat retention increase ball lift device (2F) is installed at the corner of the square turbine outer box to raise the liquid metal Preservation + Acceleration with pressure that is divided and stored in calorie speed and mass speed + Liquid metal accelerating turbine blades equipped with heat insulation device are made to have the same diameter and shape of each stage in three stages. Various energy conservation cycle coalescence engines provided.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Heat retention increase ball lift device (2F) Increase head drop + Heat retention increase ball lift device (2F) is installed at the corner of the square turbine outer box to raise the liquid metal Storage and use + Acceleration by pressure divided and stored in heat quantity speed and mass speed + Turbine blade group equipped with a heat retaining device that accelerates liquid metal by mass Various energy conservation cycle coalescence engine installed in the stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Heat retention increase ball lift device (2F) Increase head drop + Heat retention increase ball lift device (2F) is installed at the corner of the square turbine outer box to raise the liquid metal Preserving use + Acceleration with pressure divided and stored in calorie velocity and mass velocity + Turbine blades equipped with a heat retention device driven by liquid metal acceleration, with the same diameter and shape of each stage, and fitting bolt assembly turbines in 5 stages Various energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Heat retention increase ball lift device (2F) Increase head drop + Heat retention increase ball lift device (2F) is installed at the corner of the square turbine outer box to raise the liquid metal Preservation + Acceleration by pressure divided and stored in heat quantity speed and mass speed + Liquid metal is heated and heat turbine acceleration turbine blades equipped with heat insulation acceleration, each stage has the same diameter and approximately the same shape, fitting bolt assembly turbine 6 stages Various energy conservation cycle coalescence engine established in.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Heat retention increase ball lift device (2F) Increase head drop + Heat retention increase ball lift device (2F) is installed at the corner of the square turbine outer box to raise the liquid metal Preservation + Acceleration with pressure divided and stored in calorie velocity and mass velocity + Seven stages of fitting bolt assembly turbines with turbine blades equipped with a heat retaining device for liquid metal mass acceleration drive with the same diameter and shape of each paragraph Various energy conservation cycle coalescence engine established in.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescing engines in which the turbine blade groups equipped with the heat-retaining device for acceleration driving are provided with eight stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescing engines, in which turbine blades equipped with a heat retaining device that accelerates and accelerates by mass are substantially the same shape for each paragraph, and are provided with 9 bolts of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescing engines in which turbine blades equipped with an accelerating drive heat retaining device have substantially the same shape and diameter for each stage, and are provided with 10 bolts of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescing engines in which a turbine blade group equipped with a heat-accelerating drive heat insulation device is provided with a fitting bolt assembly turbine in one stage with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescence engines in which turbine blades equipped with a heat retaining device of mass acceleration drive are provided with two stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The turbine (2F) is installed at the corner of the rectangular turbine outer casing, and the liquid metal is used for ascending and storing + accelerating with the pressure divided and stored in the calorie velocity and the mass velocity + the moving blade of the turbine equipped with the heat retaining device that accelerates the liquid metal Various energy storage cycle coalescing engines, with groups of approximately the same diameter for each paragraph and three stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise An apparatus (2F) is installed at the corner of the rectangular turbine outer box to use the liquid metal ascending and storing + accelerating with the pressure divided and stored in the calorie velocity and mass velocity + the turbine equipped with the heat retaining device that accelerates and drives the liquid metal by mass Various energy storage cycle coalescing engines in which the blade groups are substantially the same shape for each paragraph and the fitting bolt assembly turbines are provided in four stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending storage + accelerating with pressure divided and stored in calorie velocity and mass velocity + turbine blades equipped with a heat retention device driven by liquid metal acceleration Various energy storage cycle coalescing engines in which the same bolt diameter turbine is provided in five stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is used for ascending storage + accelerating with the pressure divided and stored in the calorie velocity and mass velocity + the operation of the turbine equipped with the heat retaining device for the calorie acceleration drive of the liquid metal Various energy storage cycle coalescing engines with blade groups of the same diameter and shape of each stage, and 6 bolts of fitting bolt assembly turbines.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the square turbine outer box and the liquid metal is used for ascending storage + accelerating with the pressure that is divided and stored in the calorie velocity and mass velocity + the operation of the turbine equipped with the heat retaining device that drives the liquid metal to mass acceleration Various energy storage cycle coalescing engines with blade groups of the same diameter and approximately the same shape for each paragraph, and with 7 stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines in which the turbine blades equipped with a heat retaining device that accelerates and accelerates liquid metal with the same pressure are provided with 8 stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines, in which turbine blades equipped with a heat retaining device that accelerates with accelerated pressure and accelerates liquid metal with mass are provided with nine stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device that is accelerated by liquid pressure and driven by accelerated pressure are configured to have substantially the same shape and diameter in each stage, and are provided with 10 bolts assembling bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines in which the turbine blades equipped with a heat retaining device that accelerates with accelerated pressure and accelerates the amount of heat of liquid metal are provided in one stage with the same diameter and shape of each turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device that accelerates and accelerates liquid metal with mass acceleration are provided with two stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Various energy storage cycle coalescing engines with three stages of fitting bolt assembly turbines with turbine blades equipped with a heat retention device that accelerates with pressure divided and stored, and a heat retaining device for accelerating liquid metal. .   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Various energy storage cycles in which turbine blades equipped with a heat retaining device that accelerates and accelerates the liquid metal by mass divided and stored in speed are arranged in four stages with the same diameter and shape of each turbine. Combined organization.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device driven by acceleration and liquid metal acceleration driven by dividing pressure into speeds are provided with five stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Acceleration with pressure divided and stored at speed + Combined various energy storage cycles with turbine rotor blades equipped with a heat retention device that drives heat acceleration of liquid metal with the same diameter and the same shape for each stage, and 6 stages of fitting bolt assembly turbines organ.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Acceleration with pressure divided and stored at speed + Liquid metal is mass-accelerated and the turbine blades equipped with a heat retaining device are arranged in the same diameter and shape of each stage. organ.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Drives the propulsion force + Insulates and raises the ball riser (2F) at the corner of the square turbine outer box and uses the liquid metal ascending and storing + Accelerates with the pressure divided and stored in the calorie velocity and mass velocity Various energy storage cycle coalescing engines in which turbine blade groups equipped with a driving heat retaining device have substantially the same diameter and the same shape for each paragraph, and are provided with 8 fitting bolt assembly turbines.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driven by injection propulsion force + Insulating and increasing ball rising device (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Accelerate by pressure divided and stored in calorie velocity and mass velocity + Mass of liquid metal Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device that is accelerated and driven are arranged in substantially the same shape with the same diameter for each stage, and are provided with 9 fitting bolt assembly turbines.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injection propulsion driving + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Liquid metal acceleration drive Various energy storage cycle coalescing engines in which the turbine blades equipped with the above heat retaining device have substantially the same diameter and the same shape for each stage and are provided with 10 fitting bolt assembly turbines.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driven by injection propulsion force + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box to use the liquid metal ascending and storing + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Heating the liquid metal Various energy storage cycle coalescing engines in which turbine blades equipped with an accelerated drive heat retention device are substantially identical in shape with the same diameter for each stage and provided with a fitting bolt assembly turbine in one stage.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driven by injection propulsion force + Insulating and increasing ball rising device (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Accelerate by pressure divided and stored in calorie velocity and mass velocity + Mass of liquid metal Various energy storage cycle coalescing engines in which turbine blades equipped with an accelerated drive heat retention device have substantially the same shape and diameter in each stage and are provided with two stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescing engines in which the turbine blades equipped with the heat-retaining device with acceleration drive are made substantially the same shape with the same diameter for each stage and the fitting bolt assembly turbines are provided in three stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescing engines in which the turbine blades equipped with a heat retaining device that accelerates the mass with a mass are made substantially the same shape with the same diameter for each paragraph and the fitting bolt assembly turbines are provided in four stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescing engines in which turbine blade groups equipped with an acceleration drive heat retention device are provided with five stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescing engines in which turbine blades equipped with a heat-acceleration-driven heat insulation device are arranged in six stages with fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescing engines in which turbine blades equipped with a heat-retaining device for mass acceleration are provided with seven stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The turbine (2F) is installed at the corner of the rectangular turbine outer casing, and the liquid metal is used for ascending and storing + accelerating with the pressure divided and stored in the calorie velocity and the mass velocity + the moving blade of the turbine equipped with the heat retaining device for accelerating the liquid metal Various energy storage cycle coalescing engines, with groups of approximately the same diameter for each paragraph and eight stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise An apparatus (2F) is installed at the corner of the rectangular turbine outer box to use the liquid metal ascending and storing + accelerating with the pressure divided and stored in the calorie velocity and mass velocity + the turbine equipped with the heat retaining device that accelerates and drives the liquid metal by mass Various energy storage cycle coalescing engines in which the blade groups are substantially the same shape for each paragraph and the fitting bolt assembly turbines are provided in nine stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending storage + accelerating with pressure divided and stored in calorie velocity and mass velocity + turbine blades equipped with a heat retention device driven by liquid metal acceleration Various energy storage cycle coalescing engines in which the fitting bolt assembly turbines are provided in 10 stages with the same diameter and the same shape for each paragraph.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is used for ascending storage + accelerating with the pressure divided and stored in the calorie velocity and mass velocity + the operation of the turbine equipped with the heat retaining device for the calorie acceleration drive of the liquid metal Various energy storage cycle coalescing engines with blade groups of the same diameter and the same shape for each stage and a single-stage fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the square turbine outer box and the liquid metal is used for ascending storage + accelerating with the pressure that is divided and stored in the calorie velocity and mass velocity + the operation of the turbine equipped with the heat retaining device that drives the liquid metal to mass acceleration Various energy storage cycle coalescing engines with blade groups of the same diameter and the same shape for each paragraph and two stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device that accelerates and accelerates liquid metal with the same pressure are provided with three stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device for accelerating with pressure and accelerating liquid metal with mass are substantially the same shape for each stage, and are provided with four stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device driven by acceleration and liquid metal acceleration at the same pressure are provided with five stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines in which the turbine blades equipped with a heat retaining device that accelerates and accelerates the amount of heat of liquid metal with the same pressure are provided with six stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device that accelerates and accelerates liquid metal with mass acceleration are provided with seven stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Various energy storage cycle coalescing engines with turbine blades equipped with a heat retaining device that accelerates with pressure divided and stored in a speed and a heat retaining device for accelerating liquid metal with the same diameter and the same shape for each stage, and 8 stages of fitting bolt assembly turbines .   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Various energy storage cycles in which the turbine blades equipped with a heat retaining device that accelerates and accelerates the liquid metal by mass divided and stored in the speed are arranged in the same shape with the same diameter and the same shape for each stage, and is provided with 9 fitting bolt assembly turbines. Combined organization.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retention device driven by acceleration and liquid metal acceleration driven by dividing pressure into speeds are provided with 10 stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Acceleration with pressure divided and stored at speed + Combined various energy storage cycles with turbine blades equipped with a heat retaining device that drives heat acceleration of liquid metal with the same diameter and shape of each stage, and a mating bolt assembly turbine in one stage organ.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Acceleration with pressure divided and stored at speed + Liquid metal is mass-accelerated drive blade group of turbine equipped with heat retaining device, each stage has the same diameter and the same shape, and various energy storage cycles combined with two stages of fitting bolt assembly turbine organ.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Drives the propulsion force + Insulates and raises the ball riser (2F) at the corner of the square turbine outer box and uses the liquid metal ascending and storing + Accelerates with the pressure divided and stored in the calorie velocity and mass velocity Various energy storage cycle coalescing engines in which turbine blades equipped with a driving heat retaining device have substantially the same diameter and the same shape for each stage, and are provided with fitting bolt assembly turbines in three stages.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driven by injection propulsion force + Insulating and increasing ball rising device (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Accelerate by pressure divided and stored in calorie velocity and mass velocity + Mass of liquid metal Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device that is accelerated and driven are arranged in four stages with the same diameter and shape of each stage.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injection propulsion driving + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Liquid metal acceleration drive Various energy storage cycle coalescing engines in which the turbine blades equipped with the above heat retaining device have substantially the same diameter and the same shape for each stage and the fitting bolt assembly turbines are provided in five stages.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driven by injection propulsion force + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box to use the liquid metal ascending and storing + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Heating the liquid metal Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device for acceleration drive are provided with six stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driven by injection propulsion force + Insulating and increasing ball rising device (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Accelerate by pressure divided and stored in calorie velocity and mass velocity + Mass of liquid metal Various energy storage cycle coalescing engines in which turbine blades equipped with an acceleration-driven heat retaining device have substantially the same diameter and the same shape for each stage, and are provided with seven fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescing engines in which the turbine blade groups equipped with the heat-retaining device for acceleration driving are provided with eight stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescing engines, in which turbine blades equipped with a heat retaining device that accelerates and accelerates by mass are substantially the same shape for each paragraph, and are provided with 9 bolts of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescing engines in which turbine blades equipped with an accelerating drive heat retaining device have substantially the same shape and diameter for each stage, and are provided with 10 bolts of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescing engines in which a turbine blade group equipped with a heat-accelerating drive heat insulation device is provided with a fitting bolt assembly turbine in one stage with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescence engines in which turbine blades equipped with a heat retaining device of mass acceleration drive are provided with two stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The turbine (2F) is installed at the corner of the rectangular turbine outer casing, and the liquid metal is used for ascending and storing + accelerating with the pressure divided and stored in the calorie velocity and the mass velocity + the moving blade of the turbine equipped with the heat retaining device that accelerates the liquid metal Various energy storage cycle coalescing engines, with groups of approximately the same diameter for each paragraph and three stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise An apparatus (2F) is installed at the corner of the rectangular turbine outer box to use the liquid metal ascending and storing + accelerating with the pressure divided and stored in the calorie velocity and mass velocity + the turbine equipped with the heat retaining device that accelerates and drives the liquid metal by mass Various energy storage cycle coalescing engines in which the blade groups are substantially the same shape for each paragraph and the fitting bolt assembly turbines are provided in four stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending storage + accelerating with pressure divided and stored in calorie velocity and mass velocity + turbine blades equipped with a heat retention device driven by liquid metal acceleration Various energy storage cycle coalescing engines in which the same bolt diameter turbine is provided in five stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is used for ascending storage + accelerating with the pressure divided and stored in the calorie velocity and mass velocity + the operation of the turbine equipped with the heat retaining device for the calorie acceleration drive of the liquid metal Various energy storage cycle coalescing engines with blade groups of the same diameter and shape of each stage, and 6 bolts of fitting bolt assembly turbines.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the square turbine outer box and the liquid metal is used for ascending storage + accelerating with the pressure that is divided and stored in the calorie velocity and mass velocity + the operation of the turbine equipped with the heat retaining device that drives the liquid metal to mass acceleration Various energy storage cycle coalescing engines with blade groups of the same diameter and approximately the same shape for each paragraph, and with 7 stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines in which the turbine blades equipped with a heat retaining device that accelerates and accelerates liquid metal with the same pressure are provided with 8 stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines, in which turbine blades equipped with a heat retaining device that accelerates with accelerated pressure and accelerates liquid metal with mass are provided with nine stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device that is accelerated by liquid pressure and driven by accelerated pressure are configured to have substantially the same shape and diameter in each stage, and are provided with 10 bolts assembling bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines in which the turbine blades equipped with a heat retaining device that accelerates with accelerated pressure and accelerates the amount of heat of liquid metal are provided in one stage with the same diameter and shape of each turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device that accelerates and accelerates liquid metal with mass acceleration are provided with two stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Various energy storage cycle coalescing engines with three stages of fitting bolt assembly turbines with turbine blades equipped with a heat retention device that accelerates with pressure divided and stored, and a heat retaining device for accelerating liquid metal. .   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Various energy storage cycles in which turbine blades equipped with a heat retaining device that accelerates and accelerates the liquid metal by mass divided and stored in speed are arranged in four stages with the same diameter and shape of each turbine. Combined organization.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device driven by acceleration and liquid metal acceleration driven by dividing pressure into speeds are provided with five stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Acceleration with pressure divided and stored at speed + Combined various energy storage cycles with turbine rotor blades equipped with a heat retention device that drives heat acceleration of liquid metal with the same diameter and the same shape for each stage, and 6 stages of fitting bolt assembly turbines organ.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Acceleration with pressure divided and stored at speed + Liquid metal is mass-accelerated and the turbine blades equipped with a heat retaining device are arranged in the same diameter and shape of each stage. organ.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Drives the propulsion force + Insulates and raises the ball riser (2F) at the corner of the square turbine outer box and uses the liquid metal ascending and storing + Accelerates with the pressure divided and stored in the calorie velocity and mass velocity Various energy storage cycle coalescing engines in which turbine blade groups equipped with a driving heat retaining device have substantially the same diameter and the same shape for each paragraph, and are provided with 8 fitting bolt assembly turbines.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driven by injection propulsion force + Insulating and increasing ball rising device (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Accelerate by pressure divided and stored in calorie velocity and mass velocity + Mass of liquid metal Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device that is accelerated and driven are arranged in substantially the same shape with the same diameter for each stage, and are provided with 9 fitting bolt assembly turbines.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injection propulsion driving + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Liquid metal acceleration drive Various energy storage cycle coalescing engines in which the turbine blades equipped with the above heat retaining device have substantially the same diameter and the same shape for each stage and are provided with 10 fitting bolt assembly turbines.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driven by injection propulsion force + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box to use the liquid metal ascending and storing + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Heating the liquid metal Various energy storage cycle coalescing engines in which turbine blades equipped with an accelerated drive heat retention device are substantially identical in shape with the same diameter for each stage and provided with a fitting bolt assembly turbine in one stage.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driven by injection propulsion force + Insulating and increasing ball rising device (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Accelerate by pressure divided and stored in calorie velocity and mass velocity + Mass of liquid metal Various energy storage cycle coalescing engines in which turbine blades equipped with an accelerated drive heat retention device have substantially the same shape and diameter in each stage and are provided with two stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescing engines in which the turbine blades equipped with the heat-retaining device with acceleration drive are made substantially the same shape with the same diameter for each stage and the fitting bolt assembly turbines are provided in three stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescing engines in which the turbine blades equipped with a heat retaining device that accelerates the mass with a mass are made substantially the same shape with the same diameter for each paragraph and the fitting bolt assembly turbines are provided in four stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescing engines in which turbine blade groups equipped with an acceleration drive heat retention device are provided with five stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescing engines in which turbine blades equipped with a heat-acceleration-driven heat insulation device are arranged in six stages with fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescing engines in which turbine blades equipped with a heat-retaining device for mass acceleration are provided with seven stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The turbine (2F) is installed at the corner of the rectangular turbine outer casing, and the liquid metal is used for ascending and storing + accelerating with the pressure divided and stored in the calorie velocity and the mass velocity + the moving blade of the turbine equipped with the heat retaining device for accelerating the liquid metal Various energy storage cycle coalescing engines, with groups of approximately the same diameter for each paragraph and eight stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise An apparatus (2F) is installed at the corner of the rectangular turbine outer box to use the liquid metal ascending and storing + accelerating with the pressure divided and stored in the calorie velocity and mass velocity + the turbine equipped with the heat retaining device that accelerates and drives the liquid metal by mass Various energy storage cycle coalescing engines in which the blade groups are substantially the same shape for each paragraph and the fitting bolt assembly turbines are provided in nine stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending storage + accelerating with pressure divided and stored in calorie velocity and mass velocity + turbine blades equipped with a heat retention device driven by liquid metal acceleration Various energy storage cycle coalescing engines in which the fitting bolt assembly turbines are provided in 10 stages with the same diameter and the same shape for each paragraph.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is used for ascending storage + accelerating with the pressure divided and stored in the calorie velocity and mass velocity + the operation of the turbine equipped with the heat retaining device for the calorie acceleration drive of the liquid metal Various energy storage cycle coalescing engines with blade groups of the same diameter and the same shape for each stage and a single-stage fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the square turbine outer box and the liquid metal is used for ascending storage + accelerating with the pressure that is divided and stored in the calorie velocity and mass velocity + the operation of the turbine equipped with the heat retaining device that drives the liquid metal to mass acceleration Various energy storage cycle coalescing engines with blade groups of the same diameter and the same shape for each paragraph and two stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device that accelerates and accelerates liquid metal with the same pressure are provided with three stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device for accelerating with pressure and accelerating liquid metal with mass are substantially the same shape for each stage, and are provided with four stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device driven by acceleration and liquid metal acceleration at the same pressure are provided with five stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines in which the turbine blades equipped with a heat retaining device that accelerates and accelerates the amount of heat of liquid metal with the same pressure are provided with six stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device that accelerates and accelerates liquid metal with mass acceleration are provided with seven stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Various energy storage cycle coalescing engines with turbine blades equipped with a heat retaining device that accelerates with pressure divided and stored in a speed and a heat retaining device for accelerating liquid metal with the same diameter and the same shape for each stage, and 8 stages of fitting bolt assembly turbines .   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Various energy storage cycles in which the turbine blades equipped with a heat retaining device that accelerates and accelerates the liquid metal by mass divided and stored in the speed are arranged in the same shape with the same diameter and the same shape for each stage, and is provided with 9 fitting bolt assembly turbines. Combined organization.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retention device driven by acceleration and liquid metal acceleration driven by dividing pressure into speeds are provided with 10 stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Acceleration with pressure divided and stored at speed + Combined various energy storage cycles with turbine blades equipped with a heat retaining device that drives heat acceleration of liquid metal with the same diameter and shape of each stage, and a mating bolt assembly turbine in one stage organ.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Acceleration with pressure divided and stored at speed + Liquid metal is mass-accelerated drive blade group of turbine equipped with heat retaining device, each stage has the same diameter and the same shape, and various energy storage cycles combined with two stages of fitting bolt assembly turbine organ.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Drives the propulsion force + Insulates and raises the ball riser (2F) at the corner of the square turbine outer box and uses the liquid metal ascending and storing + Accelerates with the pressure divided and stored in the calorie velocity and mass velocity Various energy storage cycle coalescing engines in which turbine blades equipped with a driving heat retaining device have substantially the same diameter and the same shape for each stage, and are provided with fitting bolt assembly turbines in three stages.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driven by injection propulsion force + Insulating and increasing ball rising device (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Accelerate by pressure divided and stored in calorie velocity and mass velocity + Mass of liquid metal Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device that is accelerated and driven are arranged in four stages with the same diameter and shape of each stage.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injection propulsion driving + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Liquid metal acceleration drive Various energy storage cycle coalescing engines in which the turbine blades equipped with the above heat retaining device have substantially the same diameter and the same shape for each stage and the fitting bolt assembly turbines are provided in five stages.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driven by injection propulsion force + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box to use the liquid metal ascending and storing + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Heating the liquid metal Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device for acceleration drive are provided with six stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driven by injection propulsion force + Insulating and increasing ball rising device (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Accelerate by pressure divided and stored in calorie velocity and mass velocity + Mass of liquid metal Various energy storage cycle coalescing engines in which turbine blades equipped with an acceleration-driven heat retaining device have substantially the same diameter and the same shape for each stage, and are provided with seven fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescing engines in which the turbine blade groups equipped with the heat-retaining device for acceleration driving are provided with eight stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescing engines, in which turbine blades equipped with a heat retaining device that accelerates and accelerates by mass are substantially the same shape for each paragraph, and are provided with 9 bolts of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescing engines in which turbine blades equipped with an accelerating drive heat retaining device have substantially the same shape and diameter for each stage, and are provided with 10 bolts of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescing engines in which a turbine blade group equipped with a heat-accelerating drive heat insulation device is provided with a fitting bolt assembly turbine in one stage with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescence engines in which turbine blades equipped with a heat retaining device of mass acceleration drive are provided with two stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The turbine (2F) is installed at the corner of the rectangular turbine outer casing, and the liquid metal is used for ascending and storing + accelerating with the pressure divided and stored in the calorie velocity and the mass velocity + the moving blade of the turbine equipped with the heat retaining device that accelerates the liquid metal Various energy storage cycle coalescing engines, with groups of approximately the same diameter for each paragraph and three stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise An apparatus (2F) is installed at the corner of the rectangular turbine outer box to use the liquid metal ascending and storing + accelerating with the pressure divided and stored in the calorie velocity and mass velocity + the turbine equipped with the heat retaining device that accelerates and drives the liquid metal by mass Various energy storage cycle coalescing engines in which the blade groups are substantially the same shape for each paragraph and the fitting bolt assembly turbines are provided in four stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending storage + accelerating with pressure divided and stored in calorie velocity and mass velocity + turbine blades equipped with a heat retention device driven by liquid metal acceleration Various energy storage cycle coalescing engines in which the same bolt diameter turbine is provided in five stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is used for ascending storage + accelerating with the pressure divided and stored in the calorie velocity and mass velocity + the operation of the turbine equipped with the heat retaining device for the calorie acceleration drive of the liquid metal Various energy storage cycle coalescing engines with blade groups of the same diameter and shape of each stage, and 6 bolts of fitting bolt assembly turbines.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the square turbine outer box and the liquid metal is used for ascending storage + accelerating with the pressure that is divided and stored in the calorie velocity and mass velocity + the operation of the turbine equipped with the heat retaining device that drives the liquid metal to mass acceleration Various energy storage cycle coalescing engines with blade groups of the same diameter and approximately the same shape for each paragraph, and with 7 stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines in which the turbine blades equipped with a heat retaining device that accelerates and accelerates liquid metal with the same pressure are provided with 8 stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines, in which turbine blades equipped with a heat retaining device that accelerates with accelerated pressure and accelerates liquid metal with mass are provided with nine stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device that is accelerated by liquid pressure and driven by accelerated pressure are configured to have substantially the same shape and diameter in each stage, and are provided with 10 bolts assembling bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines in which the turbine blades equipped with a heat retaining device that accelerates with accelerated pressure and accelerates the amount of heat of liquid metal are provided in one stage with the same diameter and shape of each turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device that accelerates and accelerates liquid metal with mass acceleration are provided with two stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Various energy storage cycle coalescing engines with three stages of fitting bolt assembly turbines with turbine blades equipped with a heat retention device that accelerates with pressure divided and stored, and a heat retaining device for accelerating liquid metal. .   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Various energy storage cycles in which turbine blades equipped with a heat retaining device that accelerates and accelerates the liquid metal by mass divided and stored in speed are arranged in four stages with the same diameter and shape of each turbine. Combined organization.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device driven by acceleration and liquid metal acceleration driven by dividing pressure into speeds are provided with five stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Acceleration with pressure divided and stored at speed + Combined various energy storage cycles with turbine rotor blades equipped with a heat retention device that drives heat acceleration of liquid metal with the same diameter and the same shape for each stage, and 6 stages of fitting bolt assembly turbines organ.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Acceleration with pressure divided and stored at speed + Liquid metal is mass-accelerated and the turbine blades equipped with a heat retaining device are arranged in the same diameter and shape of each stage. organ.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Drives the propulsion force + Insulates and raises the ball riser (2F) at the corner of the square turbine outer box and uses the liquid metal ascending and storing + Accelerates with the pressure divided and stored in the calorie velocity and mass velocity Various energy storage cycle coalescing engines in which turbine blade groups equipped with a driving heat retaining device have substantially the same diameter and the same shape for each paragraph, and are provided with 8 fitting bolt assembly turbines.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driven by injection propulsion force + Insulating and increasing ball rising device (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Accelerate by pressure divided and stored in calorie velocity and mass velocity + Mass of liquid metal Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device that is accelerated and driven are arranged in substantially the same shape with the same diameter for each stage, and are provided with 9 fitting bolt assembly turbines.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injection propulsion driving + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Liquid metal acceleration drive Various energy storage cycle coalescing engines in which the turbine blades equipped with the above heat retaining device have substantially the same diameter and the same shape for each stage and are provided with 10 fitting bolt assembly turbines.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driven by injection propulsion force + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box to use the liquid metal ascending and storing + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Heating the liquid metal Various energy storage cycle coalescing engines in which turbine blades equipped with an accelerated drive heat retention device are substantially identical in shape with the same diameter for each stage and provided with a fitting bolt assembly turbine in one stage.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driven by injection propulsion force + Insulating and increasing ball rising device (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Accelerate by pressure divided and stored in calorie velocity and mass velocity + Mass of liquid metal Various energy storage cycle coalescing engines in which turbine blades equipped with an accelerated drive heat retention device have substantially the same shape and diameter in each stage and are provided with two stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescing engines in which the turbine blades equipped with the heat-retaining device with acceleration drive are made substantially the same shape with the same diameter for each stage and the fitting bolt assembly turbines are provided in three stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescing engines in which the turbine blades equipped with a heat retaining device that accelerates the mass with a mass are made substantially the same shape with the same diameter for each paragraph and the fitting bolt assembly turbines are provided in four stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescing engines in which turbine blade groups equipped with an acceleration drive heat retention device are provided with five stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescing engines in which turbine blades equipped with a heat-acceleration-driven heat insulation device are arranged in six stages with fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescing engines in which turbine blades equipped with a heat-retaining device for mass acceleration are provided with seven stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The turbine (2F) is installed at the corner of the rectangular turbine outer casing, and the liquid metal is used for ascending and storing + accelerating with the pressure divided and stored in the calorie velocity and the mass velocity + the moving blade of the turbine equipped with the heat retaining device for accelerating the liquid metal Various energy storage cycle coalescing engines, with groups of approximately the same diameter for each paragraph and eight stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise An apparatus (2F) is installed at the corner of the rectangular turbine outer box to use the liquid metal ascending and storing + accelerating with the pressure divided and stored in the calorie velocity and mass velocity + the turbine equipped with the heat retaining device that accelerates and drives the liquid metal by mass Various energy storage cycle coalescing engines in which the blade groups are substantially the same shape for each paragraph and the fitting bolt assembly turbines are provided in nine stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending storage + accelerating with pressure divided and stored in calorie velocity and mass velocity + turbine blades equipped with a heat retention device driven by liquid metal acceleration Various energy storage cycle coalescing engines in which the fitting bolt assembly turbines are provided in 10 stages with the same diameter and the same shape for each paragraph.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is used for ascending storage + accelerating with the pressure divided and stored in the calorie velocity and mass velocity + the operation of the turbine equipped with the heat retaining device for the calorie acceleration drive of the liquid metal Various energy storage cycle coalescing engines with blade groups of the same diameter and the same shape for each stage and a single-stage fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the square turbine outer box and the liquid metal is used for ascending storage + accelerating with the pressure that is divided and stored in the calorie velocity and mass velocity + the operation of the turbine equipped with the heat retaining device that drives the liquid metal to mass acceleration Various energy storage cycle coalescing engines with blade groups of the same diameter and the same shape for each paragraph and two stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device that accelerates and accelerates liquid metal with the same pressure are provided with three stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device for accelerating with pressure and accelerating liquid metal with mass are substantially the same shape for each stage, and are provided with four stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device driven by acceleration and liquid metal acceleration at the same pressure are provided with five stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines in which the turbine blades equipped with a heat retaining device that accelerates and accelerates the amount of heat of liquid metal with the same pressure are provided with six stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device that accelerates and accelerates liquid metal with mass acceleration are provided with seven stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Various energy storage cycle coalescing engines with turbine blades equipped with a heat retaining device that accelerates with pressure divided and stored in a speed and a heat retaining device for accelerating liquid metal with the same diameter and the same shape for each stage, and 8 stages of fitting bolt assembly turbines .   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Various energy storage cycles in which the turbine blades equipped with a heat retaining device that accelerates and accelerates the liquid metal by mass divided and stored in the speed are arranged in the same shape with the same diameter and the same shape for each stage, and is provided with 9 fitting bolt assembly turbines. Combined organization.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retention device driven by acceleration and liquid metal acceleration driven by dividing pressure into speeds are provided with 10 stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Acceleration with pressure divided and stored at speed + Combined various energy storage cycles with turbine blades equipped with a heat retaining device that drives heat acceleration of liquid metal with the same diameter and shape of each stage, and a mating bolt assembly turbine in one stage organ.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Acceleration with pressure divided and stored at speed + Liquid metal is mass-accelerated drive blade group of turbine equipped with heat retaining device, each stage has the same diameter and the same shape, and various energy storage cycles combined with two stages of fitting bolt assembly turbine organ.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Drives the propulsion force + Insulates and raises the ball riser (2F) at the corner of the square turbine outer box and uses the liquid metal ascending and storing + Accelerates with the pressure divided and stored in the calorie velocity and mass velocity Various energy storage cycle coalescing engines in which turbine blades equipped with a driving heat retaining device have substantially the same diameter and the same shape for each stage, and are provided with fitting bolt assembly turbines in three stages.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driven by injection propulsion force + Insulating and increasing ball rising device (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Accelerate by pressure divided and stored in calorie velocity and mass velocity + Mass of liquid metal Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device that is accelerated and driven are arranged in four stages with the same diameter and shape of each stage.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injection propulsion driving + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Liquid metal acceleration drive Various energy storage cycle coalescing engines in which the turbine blades equipped with the above heat retaining device have substantially the same diameter and the same shape for each stage and the fitting bolt assembly turbines are provided in five stages.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driven by injection propulsion force + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box to use the liquid metal ascending and storing + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Heating the liquid metal Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device for acceleration drive are provided with six stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driven by injection propulsion force + Insulating and increasing ball rising device (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Accelerate by pressure divided and stored in calorie velocity and mass velocity + Mass of liquid metal Various energy storage cycle coalescing engines in which turbine blades equipped with an acceleration-driven heat retaining device have substantially the same diameter and the same shape for each stage, and are provided with seven fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescing engines in which the turbine blade groups equipped with the heat-retaining device for acceleration driving are provided with eight stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescing engines, in which turbine blades equipped with a heat retaining device that accelerates and accelerates by mass are substantially the same shape for each paragraph, and are provided with 9 bolts of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescing engines in which turbine blades equipped with an accelerating drive heat retaining device have substantially the same shape and diameter for each stage, and are provided with 10 bolts of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescing engines in which a turbine blade group equipped with a heat-accelerating drive heat insulation device is provided with a fitting bolt assembly turbine in one stage with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescence engines in which turbine blades equipped with a heat retaining device of mass acceleration drive are provided with two stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The turbine (2F) is installed at the corner of the rectangular turbine outer casing, and the liquid metal is used for ascending and storing + accelerating with the pressure divided and stored in the calorie velocity and the mass velocity + the moving blade of the turbine equipped with the heat retaining device that accelerates the liquid metal Various energy storage cycle coalescing engines, with groups of approximately the same diameter for each paragraph and three stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise An apparatus (2F) is installed at the corner of the rectangular turbine outer box to use the liquid metal ascending and storing + accelerating with the pressure divided and stored in the calorie velocity and mass velocity + the turbine equipped with the heat retaining device that accelerates and drives the liquid metal by mass Various energy storage cycle coalescing engines in which the blade groups are substantially the same shape for each paragraph and the fitting bolt assembly turbines are provided in four stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending storage + accelerating with pressure divided and stored in calorie velocity and mass velocity + turbine blades equipped with a heat retention device driven by liquid metal acceleration Various energy storage cycle coalescing engines in which the same bolt diameter turbine is provided in five stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is used for ascending storage + accelerating with the pressure divided and stored in the calorie velocity and mass velocity + the operation of the turbine equipped with the heat retaining device for the calorie acceleration drive of the liquid metal Various energy storage cycle coalescing engines with blade groups of the same diameter and shape of each stage, and 6 bolts of fitting bolt assembly turbines.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the square turbine outer box and the liquid metal is used for ascending storage + accelerating with the pressure that is divided and stored in the calorie velocity and mass velocity + the operation of the turbine equipped with the heat retaining device that drives the liquid metal to mass acceleration Various energy storage cycle coalescing engines with blade groups of the same diameter and approximately the same shape for each paragraph, and with 7 stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines in which the turbine blades equipped with a heat retaining device that accelerates and accelerates liquid metal with the same pressure are provided with 8 stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines, in which turbine blades equipped with a heat retaining device that accelerates with accelerated pressure and accelerates liquid metal with mass are provided with nine stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device that is accelerated by liquid pressure and driven by accelerated pressure are configured to have substantially the same shape and diameter in each stage, and are provided with 10 bolts assembling bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines in which the turbine blades equipped with a heat retaining device that accelerates with accelerated pressure and accelerates the amount of heat of liquid metal are provided in one stage with the same diameter and shape of each turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device that accelerates and accelerates liquid metal with mass acceleration are provided with two stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Various energy storage cycle coalescing engines with three stages of fitting bolt assembly turbines with turbine blades equipped with a heat retention device that accelerates with pressure divided and stored, and a heat retaining device for accelerating liquid metal. .   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Various energy storage cycles in which turbine blades equipped with a heat retaining device that accelerates and accelerates the liquid metal by mass divided and stored in speed are arranged in four stages with the same diameter and shape of each turbine. Combined organization.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device driven by acceleration and liquid metal acceleration driven by dividing pressure into speeds are provided with five stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Acceleration with pressure divided and stored at speed + Combined various energy storage cycles with turbine rotor blades equipped with a heat retention device that drives heat acceleration of liquid metal with the same diameter and the same shape for each stage, and 6 stages of fitting bolt assembly turbines organ.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Acceleration with pressure divided and stored at speed + Liquid metal is mass-accelerated and the turbine blades equipped with a heat retaining device are arranged in the same diameter and shape of each stage. organ.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Drives the propulsion force + Insulates and raises the ball riser (2F) at the corner of the square turbine outer box and uses the liquid metal ascending and storing + Accelerates with the pressure divided and stored in the calorie velocity and mass velocity Various energy storage cycle coalescing engines in which turbine blade groups equipped with a driving heat retaining device have substantially the same diameter and the same shape for each paragraph, and are provided with 8 fitting bolt assembly turbines.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driven by injection propulsion force + Insulating and increasing ball rising device (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Accelerate by pressure divided and stored in calorie velocity and mass velocity + Mass of liquid metal Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device that is accelerated and driven are arranged in substantially the same shape with the same diameter for each stage, and are provided with 9 fitting bolt assembly turbines.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injection propulsion driving + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Liquid metal acceleration drive Various energy storage cycle coalescing engines in which the turbine blades equipped with the above heat retaining device have substantially the same diameter and the same shape for each stage and are provided with 10 fitting bolt assembly turbines.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driven by injection propulsion force + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box to use the liquid metal ascending and storing + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Heating the liquid metal Various energy storage cycle coalescing engines in which turbine blades equipped with an accelerated drive heat retention device are substantially identical in shape with the same diameter for each stage and provided with a fitting bolt assembly turbine in one stage.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driven by injection propulsion force + Insulating and increasing ball rising device (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Accelerate by pressure divided and stored in calorie velocity and mass velocity + Mass of liquid metal Various energy storage cycle coalescing engines in which turbine blades equipped with an accelerated drive heat retention device have substantially the same shape and diameter in each stage and are provided with two stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescing engines in which the turbine blades equipped with the heat-retaining device with acceleration drive are made substantially the same shape with the same diameter for each stage and the fitting bolt assembly turbines are provided in three stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescing engines in which the turbine blades equipped with a heat retaining device that accelerates the mass with a mass are made substantially the same shape with the same diameter for each paragraph and the fitting bolt assembly turbines are provided in four stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescing engines in which turbine blade groups equipped with an acceleration drive heat retention device are provided with five stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescing engines in which turbine blades equipped with a heat-acceleration-driven heat insulation device are arranged in six stages with fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescing engines in which turbine blades equipped with a heat-retaining device for mass acceleration are provided with seven stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The turbine (2F) is installed at the corner of the rectangular turbine outer casing, and the liquid metal is used for ascending and storing + accelerating with the pressure divided and stored in the calorie velocity and the mass velocity + the moving blade of the turbine equipped with the heat retaining device for accelerating the liquid metal Various energy storage cycle coalescing engines, with groups of approximately the same diameter for each paragraph and eight stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise An apparatus (2F) is installed at the corner of the rectangular turbine outer box to use the liquid metal ascending and storing + accelerating with the pressure divided and stored in the calorie velocity and mass velocity + the turbine equipped with the heat retaining device that accelerates and drives the liquid metal by mass Various energy storage cycle coalescing engines in which the blade groups are substantially the same shape for each paragraph and the fitting bolt assembly turbines are provided in nine stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending storage + accelerating with pressure divided and stored in calorie velocity and mass velocity + turbine blades equipped with a heat retention device driven by liquid metal acceleration Various energy storage cycle coalescing engines in which the fitting bolt assembly turbines are provided in 10 stages with the same diameter and the same shape for each paragraph.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is used for ascending storage + accelerating with the pressure divided and stored in the calorie velocity and mass velocity + the operation of the turbine equipped with the heat retaining device for the calorie acceleration drive of the liquid metal Various energy storage cycle coalescing engines with blade groups of the same diameter and the same shape for each stage and a single-stage fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the square turbine outer box and the liquid metal is used for ascending storage + accelerating with the pressure that is divided and stored in the calorie velocity and mass velocity + the operation of the turbine equipped with the heat retaining device that drives the liquid metal to mass acceleration Various energy storage cycle coalescing engines with blade groups of the same diameter and the same shape for each paragraph and two stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device that accelerates and accelerates liquid metal with the same pressure are provided with three stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device for accelerating with pressure and accelerating liquid metal with mass are substantially the same shape for each stage, and are provided with four stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device driven by acceleration and liquid metal acceleration at the same pressure are provided with five stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines in which the turbine blades equipped with a heat retaining device that accelerates and accelerates the amount of heat of liquid metal with the same pressure are provided with six stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device that accelerates and accelerates liquid metal with mass acceleration are provided with seven stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Various energy storage cycle coalescing engines with turbine blades equipped with a heat retaining device that accelerates with pressure divided and stored in a speed and a heat retaining device for accelerating liquid metal with the same diameter and the same shape for each stage, and 8 stages of fitting bolt assembly turbines .   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Various energy storage cycles in which the turbine blades equipped with a heat retaining device that accelerates and accelerates the liquid metal by mass divided and stored in the speed are arranged in the same shape with the same diameter and the same shape for each stage, and is provided with 9 fitting bolt assembly turbines. Combined organization.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retention device driven by acceleration and liquid metal acceleration driven by dividing pressure into speeds are provided with 10 stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Acceleration with pressure divided and stored at speed + Combined various energy storage cycles with turbine blades equipped with a heat retaining device that drives heat acceleration of liquid metal with the same diameter and shape of each stage, and a mating bolt assembly turbine in one stage organ.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Acceleration with pressure divided and stored at speed + Liquid metal is mass-accelerated drive blade group of turbine equipped with heat retaining device, each stage has the same diameter and the same shape, and various energy storage cycles combined with two stages of fitting bolt assembly turbine organ.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Drives the propulsion force + Insulates and raises the ball riser (2F) at the corner of the square turbine outer box and uses the liquid metal ascending and storing + Accelerates with the pressure divided and stored in the calorie velocity and mass velocity Various energy storage cycle coalescing engines in which turbine blades equipped with a driving heat retaining device have substantially the same diameter and the same shape for each stage, and are provided with fitting bolt assembly turbines in three stages.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driven by injection propulsion force + Insulating and increasing ball rising device (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Accelerate by pressure divided and stored in calorie velocity and mass velocity + Mass of liquid metal Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device that is accelerated and driven are arranged in four stages with the same diameter and shape of each stage.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injection propulsion driving + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Liquid metal acceleration drive Various energy storage cycle coalescing engines in which the turbine blades equipped with the above heat retaining device have substantially the same diameter and the same shape for each stage and the fitting bolt assembly turbines are provided in five stages.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driven by injection propulsion force + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box to use the liquid metal ascending and storing + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Heating the liquid metal Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device for acceleration drive are provided with six stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driven by injection propulsion force + Insulating and increasing ball rising device (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Accelerate by pressure divided and stored in calorie velocity and mass velocity + Mass of liquid metal Various energy storage cycle coalescing engines in which turbine blades equipped with an acceleration-driven heat retaining device have substantially the same diameter and the same shape for each stage, and are provided with seven fitting bolt assembly turbines.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine for large injection propulsion output + Configuration and method for accelerating output increase sphere (2E) + Intake air path length lens and solar heating / cooling manufacture with sunlight + A warming-increasing sphere raising device (2F) is installed at the corner of the rectangular turbine outer box to use the liquid metal ascending and storing + accelerating with the pressure divided and stored in the calorie velocity and mass velocity + equipped with a heat retaining device that accelerates the liquid metal Various energy storage cycle coalescing engines in which the turbine blade groups are substantially the same shape for each paragraph and the fitting bolt assembly turbines are provided in eight stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine for large injection propulsion output + Configuration and method for accelerating output increase sphere (2E) + Intake air path length lens and solar heating / cooling manufacture with sunlight + A warming-increasing sphere lifting device (2F) is installed at the corner of the square turbine outer box to use and store liquid metal. + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Heat insulation device that accelerates liquid metal by mass Various energy storage cycle coalescing engines in which the blades of the turbines provided have substantially the same shape for each stage and the fitting bolt assembly turbines are provided in nine stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine for large injection propulsion output + Configuration and method for accelerating output increase sphere (2E) + Intake air path length lens and solar heating / cooling manufacture with sunlight + A heat retention increasing sphere raising device (2F) is installed at the corner of the square turbine outer box to use the liquid metal ascending and storing + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Turbine equipped with a heat retaining device driven by liquid metal acceleration Various energy storage cycle coalescing engines in which the rotor blade groups of each stage are of the same shape and the same shape for each stage, and the fitting bolt assembly turbines are provided in 10 stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine for large injection propulsion output + Configuration and method for accelerating output increase sphere (2E) + Intake air path length lens and solar heating / cooling manufacture with sunlight + A warming-increasing sphere raising device (2F) is installed at the corner of the square turbine outer box to use the liquid metal ascending and storing + accelerating with the pressure divided and stored in the calorie velocity and mass velocity + equipped with a heat insulator that drives the liquid metal to calorie acceleration Various energy storage cycle coalescing engines in which the rotor blade groups of the turbines are substantially the same shape for each paragraph and the fitting bolt assembly turbine is provided in one stage.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine for large injection propulsion output + Configuration and method for accelerating output increase sphere (2E) + Intake air path length lens and solar heating / cooling manufacture with sunlight + A warming and increasing ball lifting device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is lifted and used. + Accelerated by the pressure divided and stored in the calorie speed and the mass speed. Various energy storage cycle coalescing engines in which the rotor blade groups of the turbines are substantially the same shape for each paragraph and the fitting bolt assembly turbines are provided in two stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine for large injection propulsion output + Configuration and method for accelerating output increase sphere (2E) + Intake air path length lens and solar heating / cooling manufacture with sunlight + A warming-increasing sphere raising device (2F) is installed at the corner of the rectangular turbine outer box to use the liquid metal ascending and storing + accelerating with the pressure divided and stored in the calorie velocity and mass velocity + equipped with a heat retaining device that accelerates the liquid metal Various energy storage cycle coalescing engines in which turbine blade groups are substantially the same shape for each paragraph, and fitting bolt assembly turbines are provided in three stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine for large injection propulsion output + Configuration and method for accelerating output increase sphere (2E) + Intake air path length lens and solar heating / cooling manufacture with sunlight + A warming-increasing sphere lifting device (2F) is installed at the corner of the square turbine outer box to use and store liquid metal. + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Heat insulation device that accelerates liquid metal by mass Various energy storage cycle coalescing engines in which the moving blade groups of the turbines provided are substantially the same shape for each stage and the fitting bolt assembly turbines are provided in four stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine for large injection propulsion output + Configuration and method for accelerating output increase sphere (2E) + Intake air path length lens and solar heating / cooling manufacture with sunlight + A heat retention increasing sphere raising device (2F) is installed at the corner of the square turbine outer box to use the liquid metal ascending and storing + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Turbine equipped with a heat retaining device driven by liquid metal acceleration Various energy storage cycle coalescing engines in which the rotor blade groups of each stage are of the same shape and the same shape for each stage, and the fitting bolt assembly turbines are provided in five stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine for large injection propulsion output + Configuration and method for accelerating output increase sphere (2E) + Intake air path length lens and solar heating / cooling manufacture with sunlight + A warming-increasing sphere raising device (2F) is installed at the corner of the square turbine outer box to use the liquid metal ascending and storing + accelerating with the pressure divided and stored in the calorie velocity and mass velocity + equipped with a heat insulation device that drives the liquid metal to calorie acceleration Various energy storage cycle coalescing engines in which the rotor blade groups of the turbines are of the same shape and shape with the same diameter for each stage and the fitting bolt assembly turbines are provided in six stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine for large injection propulsion output + Configuration and method for accelerating output increase sphere (2E) + Intake air path length lens and solar heating / cooling manufacture with sunlight + A warming and increasing ball lifting device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is lifted and used. + Accelerated by the pressure divided and stored in the calorie speed and the mass speed. Various energy storage cycle coalescing engines in which the rotor blade groups of the turbines are substantially the same shape for each paragraph and the fitting bolt assembly turbines are provided in seven stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various types of flying ships with united engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and used. Combined with various energy storage cycles, with turbine blades equipped with a heat retention device that accelerates and saves liquid metal by acceleration and divided into mass speeds, and has eight stages of fitting bolt assembly turbines with the same diameter and shape of each stage. organ.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various types of flying ships with united engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and used. Acceleration with pressure divided and stored at mass velocity + Turbine blades equipped with a heat retaining device that accelerates liquid metal with mass, each stage has the same diameter and shape, and has 9 stages of fitting bolt assembly turbines. Cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various types of flying ships with united engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and used. Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retention device driven by acceleration and liquid metal acceleration driven by mass-split pressure are provided with 10 stages of mating bolt assembly turbines with the same diameter and shape of each stage. .   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various types of flying ships with united engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and used. Various energy storage cycles in which the turbine blades equipped with a heat retaining device that accelerates and heats the liquid metal in a heat-acceleration drive with the pressure divided and stored in the mass velocity are arranged in the same shape with the same diameter and the same shape for each stage. Combined organization.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various types of flying ships with united engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and used. Various energy storage cycles with two stages of mating bolt assembly turbines with turbine blades equipped with a heat retaining device that is driven by mass-accelerated pressure + liquid metal and mass-accelerated drive, with the same diameter and shape of each stage. Combined organization.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various types of flying ships with united engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and used. Combined with various energy storage cycles with three stages of fitting bolt assembly turbines, with the turbine blades equipped with a heat retaining device that accelerates and saves the liquid metal divided and stored at the mass velocity, and has the same diameter and shape of each stage. organ.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various types of flying ships with united engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and used. Combined with various energy storage cycles with four stages of fitting bolt assembly turbines with turbine blades equipped with a heat retaining device that accelerates and saves the liquid metal by acceleration and liquid metal acceleration, and has the same diameter and shape of each stage. organ.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various types of flying ships with united engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and used. Combined with various energy storage cycles, with the turbine blades equipped with heat insulation that accelerates with the pressure divided and stored in the mass velocity and the heat retaining device that accelerates the liquid metal, each stage has the same diameter and approximately the same shape, and the fitting bolt assembly turbine is provided in five stages. organ.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various types of flying ships with united engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and used. Combined with various energy storage cycles in which turbine blades equipped with a heat retaining device that accelerates and drives liquid metal by acceleration and divided into mass speeds are provided with 6 stages of fitting bolt assembly turbines with the same diameter and shape of each stage. organ.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various types of flying ships with united engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and used. Combined with various energy storage cycles with 7 stages of mating bolt assembly turbines with turbine blades equipped with a heat insulation device that accelerates with the pressure divided and stored in mass velocity and a heat retention device that accelerates the liquid metal and has the same diameter for each stage. organ.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various types of flying ships with united engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and used. Acceleration with pressure divided and stored at mass velocity + turbine blades equipped with a heat retaining device for accelerating liquid metal with mass, each stage has the same diameter and approximately the same shape, and various types of energy storage with fitting bolt assembly turbines in 8 stages Cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various types of flying ships with united engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and used. Acceleration with pressure divided and stored at mass velocity + Turbine blades equipped with a heat retaining device that accelerates liquid metal with mass, each stage has the same diameter and shape, and has 9 stages of fitting bolt assembly turbines. Cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various types of flying ships with united engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and used. Accelerates with pressure divided and stored at mass speed + Saves energy by providing turbine bolts with a heat retaining device for accelerating liquid metal by mass with the same diameter and the same shape for each paragraph and 10 mating bolt assembly turbines Cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various types of flying ships with united engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and used. Acceleration with pressure divided and stored at mass velocity + Turbine blades equipped with a heat retaining device that accelerates liquid metal with mass, each stage has the same diameter and the same shape as each stage. Cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various types of flying ships with united engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and used. Acceleration with pressure divided and stored at mass velocity + Turbine blades equipped with a heat retaining device that accelerates liquid metal by mass Cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various types of flying ships with united engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and used. Various energy storage cycle coalescing engines with turbine blades equipped with heat retention device driven by acceleration and liquid metal acceleration driven by mass-split pressure, with the same diameter and the same shape for each stage, and three bolted assembly turbines .   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various types of flying ships with united engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and used. Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retention device driven by acceleration and liquid metal acceleration driven by mass-split pressure are provided with four stages of fitting bolt assembly turbines with the same diameter and shape of each stage. .   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various types of flying ships with united engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and used. Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device driven by acceleration and liquid metal acceleration driven by mass-split pressure are set to have the same diameter and shape of each stage, and are provided with five stages of fitting bolt assembly turbines. .   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various types of flying ships with united engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and used. Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device driven by acceleration and liquid metal acceleration driven by mass-split pressure are arranged in substantially the same shape for each stage, and are provided with six bolted turbines. .   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Driving + Driving various types of flying ships with united engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and used. Various energy storage cycle coalescence engines with turbine rotor blades equipped with heat retention device driven by acceleration and liquid metal acceleration driven by mass-divided storage, with the same diameter and the same shape for each stage, and with the fitting bolt assembly turbine in seven stages .   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Driving + Driving various types of flying ships with united engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and used. Acceleration with pressure divided and stored in mass speed + Various energy storage cycles in which turbine blades equipped with a heat retaining device that drives liquid metal with heat quantity acceleration are set to have the same diameter and shape of each stage, and the fitting bolt assembly turbine is provided in 8 stages Combined organization.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various types of flying ships with united engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and used. Acceleration with pressure divided and stored in mass velocity + Various energy conservation cycles in which turbine blades equipped with a heat retaining device for liquid metal heat acceleration drive are arranged in the same shape with the same diameter and shape for each stage, and are equipped with 9 fitting bolt assembly turbines Combined organization.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various types of flying ships with united engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and used. Various energy storage cycles with 10 stages of mating bolt assembly turbines with turbine blades equipped with a heat retaining device driven by heat and accelerated acceleration of liquid metal divided by mass velocity, with the same diameter and shape of each stage. Combined organization.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various types of flying ships with united engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and used. Various energy storage cycles in which the turbine blades equipped with a heat retaining device that accelerates and heats the liquid metal in a heat-acceleration drive with the pressure divided and stored in the mass velocity are arranged in the same shape with the same diameter and the same shape for each stage. Combined organization.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various types of flying ships with united engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and used. Various energy storage cycles with two stages of mating bolt assembly turbines with turbine blades equipped with a heat retaining device driven by heat and accelerated acceleration of liquid metal divided into mass speeds, with the same diameter and shape of each stage. Combined organization.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various types of flying ships with united engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and used. Various energy storage cycles in which turbine blades equipped with a heat retaining device that is driven by mass-acceleration driven by mass-split pressure and mass-accelerated are kept in the same diameter and shape of each stage, and are fitted with three bolted assembly turbines. Combined organization.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various types of flying ships with united engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and used. Various energy storage cycles in which turbine blades equipped with a heat retaining device that is driven by mass-acceleration driven by mass-split pressure and stored in a mass speed are arranged in four stages with the same diameter and shape of each turbine. Combined organization.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various types of flying ships with united engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and used. Various energy storage cycles in which turbine blades equipped with a heat retaining device that is driven by mass-acceleration driven by mass-accelerated pressure are divided into mass velocities, and the rotor blades of each turbine are of the same shape and shape with the same diameter for each stage. Combined organization.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various types of flying ships with united engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and used. Various energy storage cycles in which turbine blades equipped with a heat retaining device that is driven by mass-acceleration driven with mass-accelerated pressure are divided into mass velocities, and the turbine blades are substantially the same shape for each stage and are fitted in six stages. Combined organization.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various types of flying ships with united engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and used. Various energy storage cycles in which the turbine blades equipped with a heat retaining device that drives the acceleration of the liquid metal by mass acceleration and divided into mass velocities are provided with 7 stages of fitting bolt assembly turbines with the same diameter and shape of each stage. Combined organization.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various types of flying ships with united engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and used. Various energy storage cycle coalescing engines in which turbine blades equipped with an acceleration + heat retaining device with pressures divided and stored at mass speed are substantially the same shape with the same diameter for each stage and the fitting bolt assembly turbines are provided in eight stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various types of flying ships with united engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and used. Various energy storage cycle coalescing engines in which turbine blades equipped with an acceleration + heat retaining device with pressure divided and stored at mass speed are substantially the same shape for each stage, and are provided with 9 bolts of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various types of flying ships with united engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and used. Various energy storage cycle coalescing engines in which turbine blades equipped with an acceleration + heat retention device with pressures divided and stored at mass speed are substantially the same shape with the same diameter for each stage and are provided with 10 fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various types of flying ships with united engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and used. Various energy storage cycle coalescing engines in which turbine blades equipped with an acceleration + heat retention device with pressure divided and stored at mass speed are substantially the same shape for each stage, and a fitting bolt assembly turbine is provided in one stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various types of flying ships with united engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and used. Various energy storage cycle coalescing engines in which turbine blades equipped with an acceleration + heat retention device with pressures divided and stored at a mass speed are provided with two stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Heat retention increase ball lift device (2F) Increase head drop + Heat retention increase ball lift device (2F) is installed at the corner of the square turbine outer box to raise the liquid metal Preservation + Acceleration with pressure that is divided and stored in calorie speed and mass speed + Liquid metal accelerating turbine blades equipped with heat insulation device are made to have the same diameter and shape of each stage in three stages. Various energy conservation cycle coalescence engines provided.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Heat retention increase ball lift device (2F) Increase head drop + Heat retention increase ball lift device (2F) is installed at the corner of the square turbine outer box to raise the liquid metal Storage and use + Acceleration by pressure divided and stored in heat quantity speed and mass speed + Turbine blade group equipped with a heat retaining device that accelerates liquid metal by mass Various energy conservation cycle coalescence engine installed in the stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Heat retention increase ball lift device (2F) Increase head drop + Heat retention increase ball lift device (2F) is installed at the corner of the square turbine outer box to raise the liquid metal Preserving use + Acceleration with pressure divided and stored in calorie velocity and mass velocity + Turbine blades equipped with a heat retention device driven by liquid metal acceleration, with the same diameter and shape of each stage, and fitting bolt assembly turbines in 5 stages Various energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Heat retention increase ball lift device (2F) Increase head drop + Heat retention increase ball lift device (2F) is installed at the corner of the square turbine outer box to raise the liquid metal Preservation + Acceleration by pressure divided and stored in heat quantity speed and mass speed + Liquid metal is heated and heat turbine acceleration turbine blades equipped with heat insulation acceleration, each stage has the same diameter and approximately the same shape, fitting bolt assembly turbine 6 stages Various energy conservation cycle coalescence engine established in.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Heat retention increase ball lift device (2F) Increase head drop + Heat retention increase ball lift device (2F) is installed at the corner of the square turbine outer box to raise the liquid metal Preservation + Acceleration with pressure divided and stored in calorie velocity and mass velocity + Seven stages of fitting bolt assembly turbines with turbine blades equipped with a heat retaining device for liquid metal mass acceleration drive with the same diameter and shape of each paragraph Various energy conservation cycle coalescence engine established in.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescing engines in which the turbine blade groups equipped with the heat-retaining device for acceleration driving are provided with eight stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescing engines, in which turbine blades equipped with a heat retaining device that accelerates and accelerates by mass are substantially the same shape for each paragraph, and are provided with 9 bolts of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescing engines in which turbine blades equipped with an accelerating drive heat retaining device have substantially the same shape and diameter for each stage, and are provided with 10 bolts of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescing engines in which a turbine blade group equipped with a heat-accelerating drive heat insulation device is provided with a fitting bolt assembly turbine in one stage with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescence engines in which turbine blades equipped with a heat retaining device of mass acceleration drive are provided with two stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The turbine (2F) is installed at the corner of the rectangular turbine outer casing, and the liquid metal is used for ascending and storing + accelerating with the pressure divided and stored in the calorie velocity and the mass velocity + the moving blade of the turbine equipped with the heat retaining device that accelerates the liquid metal Various energy storage cycle coalescing engines, with groups of approximately the same diameter for each paragraph and three stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise An apparatus (2F) is installed at the corner of the rectangular turbine outer box to use the liquid metal ascending and storing + accelerating with the pressure divided and stored in the calorie velocity and mass velocity + the turbine equipped with the heat retaining device that accelerates and drives the liquid metal by mass Various energy storage cycle coalescing engines in which the blade groups are substantially the same shape for each paragraph and the fitting bolt assembly turbines are provided in four stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending storage + accelerating with pressure divided and stored in calorie velocity and mass velocity + turbine blades equipped with a heat retention device driven by liquid metal acceleration Various energy storage cycle coalescing engines in which the same bolt diameter turbine is provided in five stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is used for ascending storage + accelerating with the pressure divided and stored in the calorie velocity and mass velocity + the operation of the turbine equipped with the heat retaining device for the calorie acceleration drive of the liquid metal Various energy storage cycle coalescing engines with blade groups of the same diameter and shape of each stage, and 6 bolts of fitting bolt assembly turbines.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the square turbine outer box and the liquid metal is used for ascending storage + accelerating with the pressure that is divided and stored in the calorie velocity and mass velocity + the operation of the turbine equipped with the heat retaining device that drives the liquid metal to mass acceleration Various energy storage cycle coalescing engines with blade groups of the same diameter and approximately the same shape for each paragraph, and with 7 stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines in which the turbine blades equipped with a heat retaining device that accelerates and accelerates liquid metal with the same pressure are provided with 8 stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines, in which turbine blades equipped with a heat retaining device that accelerates with accelerated pressure and accelerates liquid metal with mass are provided with nine stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device that is accelerated by liquid pressure and driven by accelerated pressure are configured to have substantially the same shape and diameter in each stage, and are provided with 10 bolts assembling bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines in which the turbine blades equipped with a heat retaining device that accelerates with accelerated pressure and accelerates the amount of heat of liquid metal are provided in one stage with the same diameter and shape of each turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device that accelerates and accelerates liquid metal with mass acceleration are provided with two stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Various energy storage cycle coalescing engines with three stages of fitting bolt assembly turbines with turbine blades equipped with a heat retention device that accelerates with pressure divided and stored, and a heat retaining device for accelerating liquid metal. .   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Various energy storage cycles in which turbine blades equipped with a heat retaining device that accelerates and accelerates the liquid metal by mass divided and stored in speed are arranged in four stages with the same diameter and shape of each turbine. Combined organization.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device driven by acceleration and liquid metal acceleration driven by dividing pressure into speeds are provided with five stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Acceleration with pressure divided and stored at speed + Combined various energy storage cycles with turbine rotor blades equipped with a heat retention device that drives heat acceleration of liquid metal with the same diameter and the same shape for each stage, and 6 stages of fitting bolt assembly turbines organ.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Acceleration with pressure divided and stored at speed + Liquid metal is mass-accelerated and the turbine blades equipped with a heat retaining device are arranged in the same diameter and shape of each stage. organ.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Drives the propulsion force + Insulates and raises the ball riser (2F) at the corner of the square turbine outer box and uses the liquid metal ascending and storing + Accelerates with the pressure divided and stored in the calorie velocity and mass velocity Various energy storage cycle coalescing engines in which turbine blade groups equipped with a driving heat retaining device have substantially the same diameter and the same shape for each paragraph, and are provided with 8 fitting bolt assembly turbines.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driven by injection propulsion force + Insulating and increasing ball rising device (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Accelerate by pressure divided and stored in calorie velocity and mass velocity + Mass of liquid metal Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device that is accelerated and driven are arranged in substantially the same shape with the same diameter for each stage, and are provided with 9 fitting bolt assembly turbines.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injection propulsion driving + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Liquid metal acceleration drive Various energy storage cycle coalescing engines in which the turbine blades equipped with the above heat retaining device have substantially the same diameter and the same shape for each stage and are provided with 10 fitting bolt assembly turbines.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driven by injection propulsion force + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box to use the liquid metal ascending and storing + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Heating the liquid metal Various energy storage cycle coalescing engines in which turbine blades equipped with an accelerated drive heat retention device are substantially identical in shape with the same diameter for each stage and provided with a fitting bolt assembly turbine in one stage.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driven by injection propulsion force + Insulating and increasing ball rising device (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Accelerate by pressure divided and stored in calorie velocity and mass velocity + Mass of liquid metal Various energy storage cycle coalescing engines in which turbine blades equipped with an accelerated drive heat retention device have substantially the same shape and diameter in each stage and are provided with two stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescing engines in which the turbine blades equipped with the heat-retaining device with acceleration drive are made substantially the same shape with the same diameter for each stage and the fitting bolt assembly turbines are provided in three stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescing engines in which the turbine blades equipped with a heat retaining device that accelerates the mass with a mass are made substantially the same shape with the same diameter for each paragraph and the fitting bolt assembly turbines are provided in four stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescing engines in which turbine blade groups equipped with an acceleration drive heat retention device are provided with five stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescing engines in which turbine blades equipped with a heat-acceleration-driven heat insulation device are arranged in six stages with fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescing engines in which turbine blades equipped with a heat-retaining device for mass acceleration are provided with seven stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The turbine (2F) is installed at the corner of the rectangular turbine outer casing, and the liquid metal is used for ascending and storing + accelerating with the pressure divided and stored in the calorie velocity and the mass velocity + the moving blade of the turbine equipped with the heat retaining device for accelerating the liquid metal Various energy storage cycle coalescing engines, with groups of approximately the same diameter for each paragraph and eight stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise An apparatus (2F) is installed at the corner of the rectangular turbine outer box to use the liquid metal ascending and storing + accelerating with the pressure divided and stored in the calorie velocity and mass velocity + the turbine equipped with the heat retaining device that accelerates and drives the liquid metal by mass Various energy storage cycle coalescing engines in which the blade groups are substantially the same shape for each paragraph and the fitting bolt assembly turbines are provided in nine stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending storage + accelerating with pressure divided and stored in calorie velocity and mass velocity + turbine blades equipped with a heat retention device driven by liquid metal acceleration Various energy storage cycle coalescing engines in which the fitting bolt assembly turbines are provided in 10 stages with the same diameter and the same shape for each paragraph.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is used for ascending storage + accelerating with the pressure divided and stored in the calorie velocity and mass velocity + the operation of the turbine equipped with the heat retaining device for the calorie acceleration drive of the liquid metal Various energy storage cycle coalescing engines with blade groups of the same diameter and the same shape for each stage and a single-stage fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the square turbine outer box and the liquid metal is used for ascending storage + accelerating with the pressure that is divided and stored in the calorie velocity and mass velocity + the operation of the turbine equipped with the heat retaining device that drives the liquid metal to mass acceleration Various energy storage cycle coalescing engines with blade groups of the same diameter and the same shape for each paragraph and two stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device that accelerates and accelerates liquid metal with the same pressure are provided with three stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device for accelerating with pressure and accelerating liquid metal with mass are substantially the same shape for each stage, and are provided with four stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device driven by acceleration and liquid metal acceleration at the same pressure are provided with five stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines in which the turbine blades equipped with a heat retaining device that accelerates and accelerates the amount of heat of liquid metal with the same pressure are provided with six stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device that accelerates and accelerates liquid metal with mass acceleration are provided with seven stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Various energy storage cycle coalescing engines with turbine blades equipped with a heat retaining device that accelerates with pressure divided and stored in a speed and a heat retaining device for accelerating liquid metal with the same diameter and the same shape for each stage, and 8 stages of fitting bolt assembly turbines .   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Various energy storage cycles in which the turbine blades equipped with a heat retaining device that accelerates and accelerates the liquid metal by mass divided and stored in the speed are arranged in the same shape with the same diameter and the same shape for each stage, and is provided with 9 fitting bolt assembly turbines. Combined organization.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retention device driven by acceleration and liquid metal acceleration driven by dividing pressure into speeds are provided with 10 stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Acceleration with pressure divided and stored at speed + Combined various energy storage cycles with turbine blades equipped with a heat retaining device that drives heat acceleration of liquid metal with the same diameter and shape of each stage, and a mating bolt assembly turbine in one stage organ.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Acceleration with pressure divided and stored at speed + Liquid metal is mass-accelerated drive blade group of turbine equipped with heat retaining device, each stage has the same diameter and the same shape, and various energy storage cycles combined with two stages of fitting bolt assembly turbine organ.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Drives the propulsion force + Insulates and raises the ball riser (2F) at the corner of the square turbine outer box and uses the liquid metal ascending and storing + Accelerates with the pressure divided and stored in the calorie velocity and mass velocity Various energy storage cycle coalescing engines in which turbine blades equipped with a driving heat retaining device have substantially the same diameter and the same shape for each stage, and are provided with fitting bolt assembly turbines in three stages.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driven by injection propulsion force + Insulating and increasing ball rising device (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Accelerate by pressure divided and stored in calorie velocity and mass velocity + Mass of liquid metal Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device that is accelerated and driven are arranged in four stages with the same diameter and shape of each stage.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injection propulsion driving + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Liquid metal acceleration drive Various energy storage cycle coalescing engines in which the turbine blades equipped with the above heat retaining device have substantially the same diameter and the same shape for each stage and the fitting bolt assembly turbines are provided in five stages.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driven by injection propulsion force + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box to use the liquid metal ascending and storing + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Heating the liquid metal Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device for acceleration drive are provided with six stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driven by injection propulsion force + Insulating and increasing ball rising device (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Accelerate by pressure divided and stored in calorie velocity and mass velocity + Mass of liquid metal Various energy storage cycle coalescing engines in which turbine blades equipped with an acceleration-driven heat retaining device have substantially the same diameter and the same shape for each stage, and are provided with seven fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescing engines in which the turbine blade groups equipped with the heat-retaining device for acceleration driving are provided with eight stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescing engines, in which turbine blades equipped with a heat retaining device that accelerates and accelerates by mass are substantially the same shape for each paragraph, and are provided with 9 bolts of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescing engines in which turbine blades equipped with an accelerating drive heat retaining device have substantially the same shape and diameter for each stage, and are provided with 10 bolts of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescing engines in which a turbine blade group equipped with a heat-accelerating drive heat insulation device is provided with a fitting bolt assembly turbine in one stage with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescence engines in which turbine blades equipped with a heat retaining device of mass acceleration drive are provided with two stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The turbine (2F) is installed at the corner of the rectangular turbine outer casing, and the liquid metal is used for ascending and storing + accelerating with the pressure divided and stored in the calorie velocity and the mass velocity + the moving blade of the turbine equipped with the heat retaining device that accelerates the liquid metal Various energy storage cycle coalescing engines, with groups of approximately the same diameter for each paragraph and three stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise An apparatus (2F) is installed at the corner of the rectangular turbine outer box to use the liquid metal ascending and storing + accelerating with the pressure divided and stored in the calorie velocity and mass velocity + the turbine equipped with the heat retaining device that accelerates and drives the liquid metal by mass Various energy storage cycle coalescing engines in which the blade groups are substantially the same shape for each paragraph and the fitting bolt assembly turbines are provided in four stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending storage + accelerating with pressure divided and stored in calorie velocity and mass velocity + turbine blades equipped with a heat retention device driven by liquid metal acceleration Various energy storage cycle coalescing engines in which the same bolt diameter turbine is provided in five stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is used for ascending storage + accelerating with the pressure divided and stored in the calorie velocity and mass velocity + the operation of the turbine equipped with the heat retaining device for the calorie acceleration drive of the liquid metal Various energy storage cycle coalescing engines with blade groups of the same diameter and shape of each stage, and 6 bolts of fitting bolt assembly turbines.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the square turbine outer box and the liquid metal is used for ascending storage + accelerating with the pressure that is divided and stored in the calorie velocity and mass velocity + the operation of the turbine equipped with the heat retaining device that drives the liquid metal to mass acceleration Various energy storage cycle coalescing engines with blade groups of the same diameter and approximately the same shape for each paragraph, and with 7 stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines in which the turbine blades equipped with a heat retaining device that accelerates and accelerates liquid metal with the same pressure are provided with 8 stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines, in which turbine blades equipped with a heat retaining device that accelerates with accelerated pressure and accelerates liquid metal with mass are provided with nine stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device that is accelerated by liquid pressure and driven by accelerated pressure are configured to have substantially the same shape and diameter in each stage, and are provided with 10 bolts assembling bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines in which the turbine blades equipped with a heat retaining device that accelerates with accelerated pressure and accelerates the amount of heat of liquid metal are provided in one stage with the same diameter and shape of each turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device that accelerates and accelerates liquid metal with mass acceleration are provided with two stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Various energy storage cycle coalescing engines with three stages of fitting bolt assembly turbines with turbine blades equipped with a heat retention device that accelerates with pressure divided and stored, and a heat retaining device for accelerating liquid metal. .   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Various energy storage cycles in which turbine blades equipped with a heat retaining device that accelerates and accelerates the liquid metal by mass divided and stored in speed are arranged in four stages with the same diameter and shape of each turbine. Combined organization.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device driven by acceleration and liquid metal acceleration driven by dividing pressure into speeds are provided with five stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Acceleration with pressure divided and stored at speed + Combined various energy storage cycles with turbine rotor blades equipped with a heat retention device that drives heat acceleration of liquid metal with the same diameter and the same shape for each stage, and 6 stages of fitting bolt assembly turbines organ.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Acceleration with pressure divided and stored at speed + Liquid metal is mass-accelerated and the turbine blades equipped with a heat retaining device are arranged in the same diameter and shape of each stage. organ.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Drives the propulsion force + Insulates and raises the ball riser (2F) at the corner of the square turbine outer box and uses the liquid metal ascending and storing + Accelerates with the pressure divided and stored in the calorie velocity and mass velocity Various energy storage cycle coalescing engines in which turbine blade groups equipped with a driving heat retaining device have substantially the same diameter and the same shape for each paragraph, and are provided with 8 fitting bolt assembly turbines.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driven by injection propulsion force + Insulating and increasing ball rising device (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Accelerate by pressure divided and stored in calorie velocity and mass velocity + Mass of liquid metal Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device that is accelerated and driven are arranged in substantially the same shape with the same diameter for each stage, and are provided with 9 fitting bolt assembly turbines.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injection propulsion driving + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Liquid metal acceleration drive Various energy storage cycle coalescing engines in which the turbine blades equipped with the above heat retaining device have substantially the same diameter and the same shape for each stage and are provided with 10 fitting bolt assembly turbines.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driven by injection propulsion force + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box to use the liquid metal ascending and storing + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Heating the liquid metal Various energy storage cycle coalescing engines in which turbine blades equipped with an accelerated drive heat retention device are substantially identical in shape with the same diameter for each stage and provided with a fitting bolt assembly turbine in one stage.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driven by injection propulsion force + Insulating and increasing ball rising device (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Accelerate by pressure divided and stored in calorie velocity and mass velocity + Mass of liquid metal Various energy storage cycle coalescing engines in which turbine blades equipped with an accelerated drive heat retention device have substantially the same shape and diameter in each stage and are provided with two stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescing engines in which the turbine blades equipped with the heat-retaining device with acceleration drive are made substantially the same shape with the same diameter for each stage and the fitting bolt assembly turbines are provided in three stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescing engines in which the turbine blades equipped with a heat retaining device that accelerates the mass with a mass are made substantially the same shape with the same diameter for each paragraph and the fitting bolt assembly turbines are provided in four stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescing engines in which turbine blade groups equipped with an acceleration drive heat retention device are provided with five stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine for large injection propulsion output + Turbine is installed in 46 stages, liquid lead alloy is accelerated downward + Intake air path length lens and solar heat Refrigeration manufacturing + Insulation sphere raising device (2F) installed at corner of outer corner of rectangular turbine, liquid metal is raised and stored and used + Accelerated by heat stored separately in calorie speed and mass speed + Turbine blade group in each stage Various energy storage cycle coalescing engines with fitting bolt assembly turbines with the same diameter and shape.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescing engines in which turbine blades equipped with a heat-retaining device for mass acceleration are provided with seven stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The turbine (2F) is installed at the corner of the rectangular turbine outer casing, and the liquid metal is used for ascending and storing + accelerating with the pressure divided and stored in the calorie velocity and the mass velocity + the moving blade of the turbine equipped with the heat retaining device for accelerating the liquid metal Various energy storage cycle coalescing engines, with groups of approximately the same diameter for each paragraph and eight stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise An apparatus (2F) is installed at the corner of the rectangular turbine outer box to use the liquid metal ascending and storing + accelerating with the pressure divided and stored in the calorie velocity and mass velocity + the turbine equipped with the heat retaining device that accelerates and drives the liquid metal by mass Various energy storage cycle coalescing engines in which the blade groups are substantially the same shape for each paragraph and the fitting bolt assembly turbines are provided in nine stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending storage + accelerating with pressure divided and stored in calorie velocity and mass velocity + turbine blades equipped with a heat retention device driven by liquid metal acceleration Various energy storage cycle coalescing engines in which the fitting bolt assembly turbines are provided in 10 stages with the same diameter and the same shape for each paragraph.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is used for ascending storage + accelerating with the pressure divided and stored in the calorie velocity and mass velocity + the operation of the turbine equipped with the heat retaining device for the calorie acceleration drive of the liquid metal Various energy storage cycle coalescing engines with blade groups of the same diameter and the same shape for each stage and a single-stage fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the square turbine outer box and the liquid metal is used for ascending storage + accelerating with the pressure that is divided and stored in the calorie velocity and mass velocity + the operation of the turbine equipped with the heat retaining device that drives the liquid metal to mass acceleration Various energy storage cycle coalescing engines with blade groups of the same diameter and the same shape for each paragraph and two stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device that accelerates and accelerates liquid metal with the same pressure are provided with three stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device for accelerating with pressure and accelerating liquid metal with mass are substantially the same shape for each stage, and are provided with four stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device driven by acceleration and liquid metal acceleration at the same pressure are provided with five stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines in which the turbine blades equipped with a heat retaining device that accelerates and accelerates the amount of heat of liquid metal with the same pressure are provided with six stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device that accelerates and accelerates liquid metal with mass acceleration are provided with seven stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Various energy storage cycle coalescing engines with turbine blades equipped with a heat retaining device that accelerates with pressure divided and stored in a speed and a heat retaining device for accelerating liquid metal with the same diameter and the same shape for each stage, and 8 stages of fitting bolt assembly turbines .   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Various energy storage cycles in which the turbine blades equipped with a heat retaining device that accelerates and accelerates the liquid metal by mass divided and stored in the speed are arranged in the same shape with the same diameter and the same shape for each stage, and is provided with 9 fitting bolt assembly turbines. Combined organization.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retention device driven by acceleration and liquid metal acceleration driven by dividing pressure into speeds are provided with 10 stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Acceleration with pressure divided and stored at speed + Combined various energy storage cycles with turbine blades equipped with a heat retaining device that drives heat acceleration of liquid metal with the same diameter and shape of each stage, and a mating bolt assembly turbine in one stage organ.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Acceleration with pressure divided and stored at speed + Liquid metal is mass-accelerated drive blade group of turbine equipped with heat retaining device, each stage has the same diameter and the same shape, and various energy storage cycles combined with two stages of fitting bolt assembly turbine organ.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Drives the propulsion force + Insulates and raises the ball riser (2F) at the corner of the square turbine outer box and uses the liquid metal ascending and storing + Accelerates with the pressure divided and stored in the calorie velocity and mass velocity Various energy storage cycle coalescing engines in which turbine blades equipped with a driving heat retaining device have substantially the same diameter and the same shape for each stage, and are provided with fitting bolt assembly turbines in three stages.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driven by injection propulsion force + Insulating and increasing ball rising device (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Accelerate by pressure divided and stored in calorie velocity and mass velocity + Mass of liquid metal Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device that is accelerated and driven are arranged in four stages with the same diameter and shape of each stage.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injection propulsion driving + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Liquid metal acceleration drive Various energy storage cycle coalescing engines in which the turbine blades equipped with the above heat retaining device have substantially the same diameter and the same shape for each stage and the fitting bolt assembly turbines are provided in five stages.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driven by injection propulsion force + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box to use the liquid metal ascending and storing + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Heating the liquid metal Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device for acceleration drive are provided with six stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driven by injection propulsion force + Insulating and increasing ball rising device (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Accelerate by pressure divided and stored in calorie velocity and mass velocity + Mass of liquid metal Various energy storage cycle coalescing engines in which turbine blades equipped with an acceleration-driven heat retaining device have substantially the same diameter and the same shape for each stage, and are provided with seven fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescing engines in which the turbine blade groups equipped with the heat-retaining device for acceleration driving are provided with eight stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescing engines, in which turbine blades equipped with a heat retaining device that accelerates and accelerates by mass are substantially the same shape for each paragraph, and are provided with 9 bolts of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescing engines in which turbine blades equipped with an accelerating drive heat retaining device have substantially the same shape and diameter for each stage, and are provided with 10 bolts of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescing engines in which a turbine blade group equipped with a heat-accelerating drive heat insulation device is provided with a fitting bolt assembly turbine in one stage with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescence engines in which turbine blades equipped with a heat retaining device of mass acceleration drive are provided with two stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The turbine (2F) is installed at the corner of the rectangular turbine outer casing, and the liquid metal is used for ascending and storing + accelerating with the pressure divided and stored in the calorie velocity and the mass velocity + the moving blade of the turbine equipped with the heat retaining device that accelerates the liquid metal Various energy storage cycle coalescing engines, with groups of approximately the same diameter for each paragraph and three stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise An apparatus (2F) is installed at the corner of the rectangular turbine outer box to use the liquid metal ascending and storing + accelerating with the pressure divided and stored in the calorie velocity and mass velocity + the turbine equipped with the heat retaining device that accelerates and drives the liquid metal by mass Various energy storage cycle coalescing engines in which the blade groups are substantially the same shape for each paragraph and the fitting bolt assembly turbines are provided in four stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending storage + accelerating with pressure divided and stored in calorie velocity and mass velocity + turbine blades equipped with a heat retention device driven by liquid metal acceleration Various energy storage cycle coalescing engines in which the same bolt diameter turbine is provided in five stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is used for ascending storage + accelerating with the pressure divided and stored in the calorie velocity and mass velocity + the operation of the turbine equipped with the heat retaining device for the calorie acceleration drive of the liquid metal Various energy storage cycle coalescing engines with blade groups of the same diameter and shape of each stage, and 6 bolts of fitting bolt assembly turbines.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the square turbine outer box and the liquid metal is used for ascending storage + accelerating with the pressure that is divided and stored in the calorie velocity and mass velocity + the operation of the turbine equipped with the heat retaining device that drives the liquid metal to mass acceleration Various energy storage cycle coalescing engines with blade groups of the same diameter and approximately the same shape for each paragraph, and with 7 stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines in which the turbine blades equipped with a heat retaining device that accelerates and accelerates liquid metal with the same pressure are provided with 8 stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines, in which turbine blades equipped with a heat retaining device that accelerates with accelerated pressure and accelerates liquid metal with mass are provided with nine stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device that is accelerated by liquid pressure and driven by accelerated pressure are configured to have substantially the same shape and diameter in each stage, and are provided with 10 bolts assembling bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines in which the turbine blades equipped with a heat retaining device that accelerates with accelerated pressure and accelerates the amount of heat of liquid metal are provided in one stage with the same diameter and shape of each turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device that accelerates and accelerates liquid metal with mass acceleration are provided with two stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Various energy storage cycle coalescing engines with three stages of fitting bolt assembly turbines with turbine blades equipped with a heat retention device that accelerates with pressure divided and stored, and a heat retaining device for accelerating liquid metal. .   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Various energy storage cycles in which turbine blades equipped with a heat retaining device that accelerates and accelerates the liquid metal by mass divided and stored in speed are arranged in four stages with the same diameter and shape of each turbine. Combined organization.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device driven by acceleration and liquid metal acceleration driven by dividing pressure into speeds are provided with five stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Acceleration with pressure divided and stored at speed + Combined various energy storage cycles with turbine rotor blades equipped with a heat retention device that drives heat acceleration of liquid metal with the same diameter and the same shape for each stage, and 6 stages of fitting bolt assembly turbines organ.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Acceleration with pressure divided and stored at speed + Liquid metal is mass-accelerated and the turbine blades equipped with a heat retaining device are arranged in the same diameter and shape of each stage. organ.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Drives the propulsion force + Insulates and raises the ball riser (2F) at the corner of the square turbine outer box and uses the liquid metal ascending and storing + Accelerates with the pressure divided and stored in the calorie velocity and mass velocity Various energy storage cycle coalescing engines in which turbine blade groups equipped with a driving heat retaining device have substantially the same diameter and the same shape for each paragraph, and are provided with 8 fitting bolt assembly turbines.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driven by injection propulsion force + Insulating and increasing ball rising device (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Accelerate by pressure divided and stored in calorie velocity and mass velocity + Mass of liquid metal Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device that is accelerated and driven are arranged in substantially the same shape with the same diameter for each stage, and are provided with 9 fitting bolt assembly turbines.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injection propulsion driving + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Liquid metal acceleration drive Various energy storage cycle coalescing engines in which the turbine blades equipped with the above heat retaining device have substantially the same diameter and the same shape for each stage and are provided with 10 fitting bolt assembly turbines.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driven by injection propulsion force + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box to use the liquid metal ascending and storing + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Heating the liquid metal Various energy storage cycle coalescing engines in which turbine blades equipped with an accelerated drive heat retention device are substantially identical in shape with the same diameter for each stage and provided with a fitting bolt assembly turbine in one stage.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driven by injection propulsion force + Insulating and increasing ball rising device (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Accelerate by pressure divided and stored in calorie velocity and mass velocity + Mass of liquid metal Various energy storage cycle coalescing engines in which turbine blades equipped with an accelerated drive heat retention device have substantially the same shape and diameter in each stage and are provided with two stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescing engines in which the turbine blades equipped with the heat-retaining device with acceleration drive are made substantially the same shape with the same diameter for each stage and the fitting bolt assembly turbines are provided in three stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescing engines in which the turbine blades equipped with a heat retaining device that accelerates the mass with a mass are made substantially the same shape with the same diameter for each paragraph and the fitting bolt assembly turbines are provided in four stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescing engines in which turbine blade groups equipped with an acceleration drive heat retention device are provided with five stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescing engines in which turbine blades equipped with a heat-acceleration-driven heat insulation device are arranged in six stages with fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescing engines in which turbine blades equipped with a heat-retaining device for mass acceleration are provided with seven stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The turbine (2F) is installed at the corner of the rectangular turbine outer casing, and the liquid metal is used for ascending and storing + accelerating with the pressure divided and stored in the calorie velocity and the mass velocity + the moving blade of the turbine equipped with the heat retaining device for accelerating the liquid metal Various energy storage cycle coalescing engines, with groups of approximately the same diameter for each paragraph and eight stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise An apparatus (2F) is installed at the corner of the rectangular turbine outer box to use the liquid metal ascending and storing + accelerating with the pressure divided and stored in the calorie velocity and mass velocity + the turbine equipped with the heat retaining device that accelerates and drives the liquid metal by mass Various energy storage cycle coalescing engines in which the blade groups are substantially the same shape for each paragraph and the fitting bolt assembly turbines are provided in nine stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending storage + accelerating with pressure divided and stored in calorie velocity and mass velocity + turbine blades equipped with a heat retention device driven by liquid metal acceleration Various energy storage cycle coalescing engines in which the fitting bolt assembly turbines are provided in 10 stages with the same diameter and the same shape for each paragraph.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is used for ascending storage + accelerating with the pressure divided and stored in the calorie velocity and mass velocity + the operation of the turbine equipped with the heat retaining device for the calorie acceleration drive of the liquid metal Various energy storage cycle coalescing engines with blade groups of the same diameter and the same shape for each stage and a single-stage fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the square turbine outer box and the liquid metal is used for ascending storage + accelerating with the pressure that is divided and stored in the calorie velocity and mass velocity + the operation of the turbine equipped with the heat retaining device that drives the liquid metal to mass acceleration Various energy storage cycle coalescing engines with blade groups of the same diameter and the same shape for each paragraph and two stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device that accelerates and accelerates liquid metal with the same pressure are provided with three stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device for accelerating with pressure and accelerating liquid metal with mass are substantially the same shape for each stage, and are provided with four stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device driven by acceleration and liquid metal acceleration at the same pressure are provided with five stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines in which the turbine blades equipped with a heat retaining device that accelerates and accelerates the amount of heat of liquid metal with the same pressure are provided with six stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device that accelerates and accelerates liquid metal with mass acceleration are provided with seven stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Various energy storage cycle coalescing engines with turbine blades equipped with a heat retaining device that accelerates with pressure divided and stored in a speed and a heat retaining device for accelerating liquid metal with the same diameter and the same shape for each stage, and 8 stages of fitting bolt assembly turbines .   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Various energy storage cycles in which the turbine blades equipped with a heat retaining device that accelerates and accelerates the liquid metal by mass divided and stored in the speed are arranged in the same shape with the same diameter and the same shape for each stage, and is provided with 9 fitting bolt assembly turbines. Combined organization.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retention device driven by acceleration and liquid metal acceleration driven by dividing pressure into speeds are provided with 10 stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Acceleration with pressure divided and stored at speed + Combined various energy storage cycles with turbine blades equipped with a heat retaining device that drives heat acceleration of liquid metal with the same diameter and shape of each stage, and a mating bolt assembly turbine in one stage organ.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Acceleration with pressure divided and stored at speed + Liquid metal is mass-accelerated drive blade group of turbine equipped with heat retaining device, each stage has the same diameter and the same shape, and various energy storage cycles combined with two stages of fitting bolt assembly turbine organ.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Drives the propulsion force + Insulates and raises the ball riser (2F) at the corner of the square turbine outer box and uses the liquid metal ascending and storing + Accelerates with the pressure divided and stored in the calorie velocity and mass velocity Various energy storage cycle coalescing engines in which turbine blades equipped with a driving heat retaining device have substantially the same diameter and the same shape for each stage, and are provided with fitting bolt assembly turbines in three stages.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driven by injection propulsion force + Insulating and increasing ball rising device (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Accelerate by pressure divided and stored in calorie velocity and mass velocity + Mass of liquid metal Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device that is accelerated and driven are arranged in four stages with the same diameter and shape of each stage.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injection propulsion driving + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Liquid metal acceleration drive Various energy storage cycle coalescing engines in which the turbine blades equipped with the above heat retaining device have substantially the same diameter and the same shape for each stage and the fitting bolt assembly turbines are provided in five stages.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driven by injection propulsion force + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box to use the liquid metal ascending and storing + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Heating the liquid metal Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device for acceleration drive are provided with six stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driven by injection propulsion force + Insulating and increasing ball rising device (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Accelerate by pressure divided and stored in calorie velocity and mass velocity + Mass of liquid metal Various energy storage cycle coalescing engines in which turbine blades equipped with an acceleration-driven heat retaining device have substantially the same diameter and the same shape for each stage, and are provided with seven fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescing engines in which the turbine blade groups equipped with the heat-retaining device for acceleration driving are provided with eight stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescing engines, in which turbine blades equipped with a heat retaining device that accelerates and accelerates by mass are substantially the same shape for each paragraph, and are provided with 9 bolts of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescing engines in which turbine blades equipped with an accelerating drive heat retaining device have substantially the same shape and diameter for each stage, and are provided with 10 bolts of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescing engines in which a turbine blade group equipped with a heat-accelerating drive heat insulation device is provided with a fitting bolt assembly turbine in one stage with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescence engines in which turbine blades equipped with a heat retaining device of mass acceleration drive are provided with two stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The turbine (2F) is installed at the corner of the rectangular turbine outer casing, and the liquid metal is used for ascending and storing + accelerating with the pressure divided and stored in the calorie velocity and the mass velocity + the moving blade of the turbine equipped with the heat retaining device that accelerates the liquid metal Various energy storage cycle coalescing engines, with groups of approximately the same diameter for each paragraph and three stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise An apparatus (2F) is installed at the corner of the rectangular turbine outer box to use the liquid metal ascending and storing + accelerating with the pressure divided and stored in the calorie velocity and mass velocity + the turbine equipped with the heat retaining device that accelerates and drives the liquid metal by mass Various energy storage cycle coalescing engines in which the blade groups are substantially the same shape for each paragraph and the fitting bolt assembly turbines are provided in four stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending storage + accelerating with pressure divided and stored in calorie velocity and mass velocity + turbine blades equipped with a heat retention device driven by liquid metal acceleration Various energy storage cycle coalescing engines in which the same bolt diameter turbine is provided in five stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is used for ascending storage + accelerating with the pressure divided and stored in the calorie velocity and mass velocity + the operation of the turbine equipped with the heat retaining device for the calorie acceleration drive of the liquid metal Various energy storage cycle coalescing engines with blade groups of the same diameter and shape of each stage, and 6 bolts of fitting bolt assembly turbines.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the square turbine outer box and the liquid metal is used for ascending storage + accelerating with the pressure that is divided and stored in the calorie velocity and mass velocity + the operation of the turbine equipped with the heat retaining device that drives the liquid metal to mass acceleration Various energy storage cycle coalescing engines with blade groups of the same diameter and approximately the same shape for each paragraph, and with 7 stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines in which the turbine blades equipped with a heat retaining device that accelerates and accelerates liquid metal with the same pressure are provided with 8 stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines, in which turbine blades equipped with a heat retaining device that accelerates with accelerated pressure and accelerates liquid metal with mass are provided with nine stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device that is accelerated by liquid pressure and driven by accelerated pressure are configured to have substantially the same shape and diameter in each stage, and are provided with 10 bolts assembling bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines in which the turbine blades equipped with a heat retaining device that accelerates with accelerated pressure and accelerates the amount of heat of liquid metal are provided in one stage with the same diameter and shape of each turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device that accelerates and accelerates liquid metal with mass acceleration are provided with two stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Various energy storage cycle coalescing engines with three stages of fitting bolt assembly turbines with turbine blades equipped with a heat retention device that accelerates with pressure divided and stored, and a heat retaining device for accelerating liquid metal. .   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Various energy storage cycles in which turbine blades equipped with a heat retaining device that accelerates and accelerates the liquid metal by mass divided and stored in speed are arranged in four stages with the same diameter and shape of each turbine. Combined organization.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device driven by acceleration and liquid metal acceleration driven by dividing pressure into speeds are provided with five stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Acceleration with pressure divided and stored at speed + Combined various energy storage cycles with turbine rotor blades equipped with a heat retention device that drives heat acceleration of liquid metal with the same diameter and the same shape for each stage, and 6 stages of fitting bolt assembly turbines organ.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Acceleration with pressure divided and stored at speed + Liquid metal is mass-accelerated and the turbine blades equipped with a heat retaining device are arranged in the same diameter and shape of each stage. organ.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Drives the propulsion force + Insulates and raises the ball riser (2F) at the corner of the square turbine outer box and uses the liquid metal ascending and storing + Accelerates with the pressure divided and stored in the calorie velocity and mass velocity Various energy storage cycle coalescing engines in which turbine blade groups equipped with a driving heat retaining device have substantially the same diameter and the same shape for each paragraph, and are provided with 8 fitting bolt assembly turbines.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driven by injection propulsion force + Insulating and increasing ball rising device (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Accelerate by pressure divided and stored in calorie velocity and mass velocity + Mass of liquid metal Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device that is accelerated and driven are arranged in substantially the same shape with the same diameter for each stage, and are provided with 9 fitting bolt assembly turbines.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injection propulsion driving + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Liquid metal acceleration drive Various energy storage cycle coalescing engines in which the turbine blades equipped with the above heat retaining device have substantially the same diameter and the same shape for each stage and are provided with 10 fitting bolt assembly turbines.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driven by injection propulsion force + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box to use the liquid metal ascending and storing + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Heating the liquid metal Various energy storage cycle coalescing engines in which turbine blades equipped with an accelerated drive heat retention device are substantially identical in shape with the same diameter for each stage and provided with a fitting bolt assembly turbine in one stage.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driven by injection propulsion force + Insulating and increasing ball rising device (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Accelerate by pressure divided and stored in calorie velocity and mass velocity + Mass of liquid metal Various energy storage cycle coalescing engines in which turbine blades equipped with an accelerated drive heat retention device have substantially the same shape and diameter in each stage and are provided with two stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescing engines in which the turbine blades equipped with the heat-retaining device with acceleration drive are made substantially the same shape with the same diameter for each stage and the fitting bolt assembly turbines are provided in three stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescing engines in which the turbine blades equipped with a heat retaining device that accelerates the mass with a mass are made substantially the same shape with the same diameter for each paragraph and the fitting bolt assembly turbines are provided in four stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescing engines in which turbine blade groups equipped with an acceleration drive heat retention device are provided with five stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescing engines in which turbine blades equipped with a heat-acceleration-driven heat insulation device are arranged in six stages with fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescing engines in which turbine blades equipped with a heat-retaining device for mass acceleration are provided with seven stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The turbine (2F) is installed at the corner of the rectangular turbine outer casing, and the liquid metal is used for ascending and storing + accelerating with the pressure divided and stored in the calorie velocity and the mass velocity + the moving blade of the turbine equipped with the heat retaining device for accelerating the liquid metal Various energy storage cycle coalescing engines, with groups of approximately the same diameter for each paragraph and eight stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise An apparatus (2F) is installed at the corner of the rectangular turbine outer box to use the liquid metal ascending and storing + accelerating with the pressure divided and stored in the calorie velocity and mass velocity + the turbine equipped with the heat retaining device that accelerates and drives the liquid metal by mass Various energy storage cycle coalescing engines in which the blade groups are substantially the same shape for each paragraph and the fitting bolt assembly turbines are provided in nine stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending storage + accelerating with pressure divided and stored in calorie velocity and mass velocity + turbine blades equipped with a heat retention device driven by liquid metal acceleration Various energy storage cycle coalescing engines in which the fitting bolt assembly turbines are provided in 10 stages with the same diameter and the same shape for each paragraph.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is used for ascending storage + accelerating with the pressure divided and stored in the calorie velocity and mass velocity + the operation of the turbine equipped with the heat retaining device for the calorie acceleration drive of the liquid metal Various energy storage cycle coalescing engines with blade groups of the same diameter and the same shape for each stage and a single-stage fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the square turbine outer box and the liquid metal is used for ascending storage + accelerating with the pressure that is divided and stored in the calorie velocity and mass velocity + the operation of the turbine equipped with the heat retaining device that drives the liquid metal to mass acceleration Various energy storage cycle coalescing engines with blade groups of the same diameter and the same shape for each paragraph and two stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device that accelerates and accelerates liquid metal with the same pressure are provided with three stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device for accelerating with pressure and accelerating liquid metal with mass are substantially the same shape for each stage, and are provided with four stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device driven by acceleration and liquid metal acceleration at the same pressure are provided with five stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines in which the turbine blades equipped with a heat retaining device that accelerates and accelerates the amount of heat of liquid metal with the same pressure are provided with six stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device that accelerates and accelerates liquid metal with mass acceleration are provided with seven stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Various energy storage cycle coalescing engines with turbine blades equipped with a heat retaining device that accelerates with pressure divided and stored in a speed and a heat retaining device for accelerating liquid metal with the same diameter and the same shape for each stage, and 8 stages of fitting bolt assembly turbines .   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Various energy storage cycles in which the turbine blades equipped with a heat retaining device that accelerates and accelerates the liquid metal by mass divided and stored in the speed are arranged in the same shape with the same diameter and the same shape for each stage, and is provided with 9 fitting bolt assembly turbines. Combined organization.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retention device driven by acceleration and liquid metal acceleration driven by dividing pressure into speeds are provided with 10 stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Acceleration with pressure divided and stored at speed + Combined various energy storage cycles with turbine blades equipped with a heat retaining device that drives heat acceleration of liquid metal with the same diameter and shape of each stage, and a mating bolt assembly turbine in one stage organ.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Acceleration with pressure divided and stored at speed + Liquid metal is mass-accelerated drive blade group of turbine equipped with heat retaining device, each stage has the same diameter and the same shape, and various energy storage cycles combined with two stages of fitting bolt assembly turbine organ.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Drives the propulsion force + Insulates and raises the ball riser (2F) at the corner of the square turbine outer box and uses the liquid metal ascending and storing + Accelerates with the pressure divided and stored in the calorie velocity and mass velocity Various energy storage cycle coalescing engines in which turbine blades equipped with a driving heat retaining device have substantially the same diameter and the same shape for each stage, and are provided with fitting bolt assembly turbines in three stages.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driven by injection propulsion force + Insulating and increasing ball rising device (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Accelerate by pressure divided and stored in calorie velocity and mass velocity + Mass of liquid metal Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device that is accelerated and driven are arranged in four stages with the same diameter and shape of each stage.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injection propulsion driving + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Liquid metal acceleration drive Various energy storage cycle coalescing engines in which the turbine blades equipped with the above heat retaining device have substantially the same diameter and the same shape for each stage and the fitting bolt assembly turbines are provided in five stages.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driven by injection propulsion force + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box to use the liquid metal ascending and storing + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Heating the liquid metal Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device for acceleration drive are provided with six stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driven by injection propulsion force + Insulating and increasing ball rising device (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Accelerate by pressure divided and stored in calorie velocity and mass velocity + Mass of liquid metal Various energy storage cycle coalescing engines in which turbine blades equipped with an acceleration-driven heat retaining device have substantially the same diameter and the same shape for each stage, and are provided with seven fitting bolt assembly turbines.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine for large injection propulsion output + Configuration and method for accelerating output increase sphere (2E) + Intake air path length lens and solar heating / cooling manufacture with sunlight + A warming-increasing sphere raising device (2F) is installed at the corner of the rectangular turbine outer box to use the liquid metal ascending and storing + accelerating with the pressure divided and stored in the calorie velocity and mass velocity + equipped with a heat retaining device that accelerates the liquid metal Various energy storage cycle coalescing engines in which the turbine blade groups are substantially the same shape for each paragraph and the fitting bolt assembly turbines are provided in eight stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine for large injection propulsion output + Configuration and method for accelerating output increase sphere (2E) + Intake air path length lens and solar heating / cooling manufacture with sunlight + A warming-increasing sphere lifting device (2F) is installed at the corner of the square turbine outer box to use and store liquid metal. + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Heat insulation device that accelerates liquid metal by mass Various energy storage cycle coalescing engines in which the blades of the turbines provided have substantially the same shape for each stage and the fitting bolt assembly turbines are provided in nine stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine for large injection propulsion output + Configuration and method for accelerating output increase sphere (2E) + Intake air path length lens and solar heating / cooling manufacture with sunlight + A heat retention increasing sphere raising device (2F) is installed at the corner of the square turbine outer box to use the liquid metal ascending and storing + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Turbine equipped with a heat retaining device driven by liquid metal acceleration Various energy storage cycle coalescing engines in which the rotor blade groups of each stage are of the same shape and the same shape for each stage, and the fitting bolt assembly turbines are provided in 10 stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine for large injection propulsion output + Configuration and method for accelerating output increase sphere (2E) + Intake air path length lens and solar heating / cooling manufacture with sunlight + A warming-increasing sphere raising device (2F) is installed at the corner of the square turbine outer box to use the liquid metal ascending and storing + accelerating with the pressure divided and stored in the calorie velocity and mass velocity + equipped with a heat insulator that drives the liquid metal to calorie acceleration Various energy storage cycle coalescing engines in which the rotor blade groups of the turbines are substantially the same shape for each paragraph and the fitting bolt assembly turbine is provided in one stage.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine for large injection propulsion output + Configuration and method for accelerating output increase sphere (2E) + Intake air path length lens and solar heating / cooling manufacture with sunlight + A warming and increasing ball lifting device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is lifted and used. + Accelerated by the pressure divided and stored in the calorie speed and the mass speed. Various energy storage cycle coalescing engines in which the rotor blade groups of the turbines are substantially the same shape for each paragraph and the fitting bolt assembly turbines are provided in two stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine for large injection propulsion output + Configuration and method for accelerating output increase sphere (2E) + Intake air path length lens and solar heating / cooling manufacture with sunlight + A warming-increasing sphere raising device (2F) is installed at the corner of the rectangular turbine outer box to use the liquid metal ascending and storing + accelerating with the pressure divided and stored in the calorie velocity and mass velocity + equipped with a heat retaining device that accelerates the liquid metal Various energy storage cycle coalescing engines in which turbine blade groups are substantially the same shape for each paragraph, and fitting bolt assembly turbines are provided in three stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine for large injection propulsion output + Configuration and method for accelerating output increase sphere (2E) + Intake air path length lens and solar heating / cooling manufacture with sunlight + A warming-increasing sphere lifting device (2F) is installed at the corner of the square turbine outer box to use and store liquid metal. + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Heat insulation device that accelerates liquid metal by mass Various energy storage cycle coalescing engines in which the moving blade groups of the turbines provided are substantially the same shape for each stage and the fitting bolt assembly turbines are provided in four stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine for large injection propulsion output + Configuration and method for accelerating output increase sphere (2E) + Intake air path length lens and solar heating / cooling manufacture with sunlight + A heat retention increasing sphere raising device (2F) is installed at the corner of the square turbine outer box to use the liquid metal ascending and storing + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Turbine equipped with a heat retaining device driven by liquid metal acceleration Various energy storage cycle coalescing engines in which the rotor blade groups of each stage are of the same shape and the same shape for each stage, and the fitting bolt assembly turbines are provided in five stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine for large injection propulsion output + Configuration and method for accelerating output increase sphere (2E) + Intake air path length lens and solar heating / cooling manufacture with sunlight + A warming-increasing sphere raising device (2F) is installed at the corner of the square turbine outer box to use the liquid metal ascending and storing + accelerating with the pressure divided and stored in the calorie velocity and mass velocity + equipped with a heat insulation device that drives the liquid metal to calorie acceleration Various energy storage cycle coalescing engines in which the rotor blade groups of the turbines are of the same shape and shape with the same diameter for each stage and the fitting bolt assembly turbines are provided in six stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar engine for large injection propulsion output + Configuration and method for accelerating output increase sphere (2E) + Intake air path length lens and solar heating / cooling manufacture with sunlight + A warming and increasing ball lifting device (2F) is installed at the corner of the square turbine outer box, and the liquid metal is lifted and used. + Accelerated by the pressure divided and stored in the calorie speed and the mass speed. Various energy storage cycle coalescing engines in which the rotor blade groups of the turbines are substantially the same shape for each paragraph and the fitting bolt assembly turbines are provided in seven stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various types of flying ships with united engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and used. Combined with various energy storage cycles, with turbine blades equipped with a heat retention device that accelerates and saves liquid metal by acceleration and divided into mass speeds, and has eight stages of fitting bolt assembly turbines with the same diameter and shape of each stage. organ.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various types of flying ships with united engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and used. Acceleration with pressure divided and stored at mass velocity + Turbine blades equipped with a heat retaining device that accelerates liquid metal with mass, each stage has the same diameter and shape, and has 9 stages of fitting bolt assembly turbines. Cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various types of flying ships with united engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and used. Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retention device driven by acceleration and liquid metal acceleration driven by mass-split pressure are provided with 10 stages of mating bolt assembly turbines with the same diameter and shape of each stage. .   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various types of flying ships with united engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and used. Various energy storage cycles in which the turbine blades equipped with a heat retaining device that accelerates and heats the liquid metal in a heat-acceleration drive with the pressure divided and stored in the mass velocity are arranged in the same shape with the same diameter and the same shape for each stage. Combined organization.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various types of flying ships with united engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and used. Various energy storage cycles with two stages of mating bolt assembly turbines with turbine blades equipped with a heat retaining device that is driven by mass-accelerated pressure + liquid metal and mass-accelerated drive, with the same diameter and shape of each stage. Combined organization.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various types of flying ships with united engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and used. Combined with various energy storage cycles with three stages of fitting bolt assembly turbines, with the turbine blades equipped with a heat retaining device that accelerates and saves the liquid metal divided and stored at the mass velocity, and has the same diameter and shape of each stage. organ.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various types of flying ships with united engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and used. Combined with various energy storage cycles with four stages of fitting bolt assembly turbines with turbine blades equipped with a heat retaining device that accelerates and saves the liquid metal by acceleration and liquid metal acceleration, and has the same diameter and shape of each stage. organ.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various types of flying ships with united engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and used. Combined with various energy storage cycles, with the turbine blades equipped with heat insulation that accelerates with the pressure divided and stored in the mass velocity and the heat retaining device that accelerates the liquid metal, each stage has the same diameter and approximately the same shape, and the fitting bolt assembly turbine is provided in five stages. organ.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various types of flying ships with united engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and used. Combined with various energy storage cycles in which turbine blades equipped with a heat retaining device that accelerates and drives liquid metal by acceleration and divided into mass speeds are provided with 6 stages of fitting bolt assembly turbines with the same diameter and shape of each stage. organ.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various types of flying ships with united engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and used. Combined with various energy storage cycles with 7 stages of mating bolt assembly turbines with turbine blades equipped with a heat insulation device that accelerates with the pressure divided and stored in mass velocity and a heat retention device that accelerates the liquid metal and has the same diameter for each stage. organ.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various types of flying ships with united engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and used. Acceleration with pressure divided and stored at mass velocity + turbine blades equipped with a heat retaining device for accelerating liquid metal with mass, each stage has the same diameter and approximately the same shape, and various types of energy storage with fitting bolt assembly turbines in 8 stages Cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various types of flying ships with united engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and used. Acceleration with pressure divided and stored at mass velocity + Turbine blades equipped with a heat retaining device that accelerates liquid metal with mass, each stage has the same diameter and shape, and has 9 stages of fitting bolt assembly turbines. Cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various types of flying ships with united engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and used. Accelerates with pressure divided and stored at mass speed + Saves energy by providing turbine bolts with a heat retaining device for accelerating liquid metal by mass with the same diameter and the same shape for each paragraph and 10 mating bolt assembly turbines Cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various types of flying ships with united engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and used. Acceleration with pressure divided and stored at mass velocity + Turbine blades equipped with a heat retaining device that accelerates liquid metal with mass, each stage has the same diameter and the same shape as each stage. Cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various types of flying ships with united engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and used. Acceleration with pressure divided and stored at mass velocity + Turbine blades equipped with a heat retaining device that accelerates liquid metal by mass Cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various types of flying ships with united engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and used. Various energy storage cycle coalescing engines with turbine blades equipped with heat retention device driven by acceleration and liquid metal acceleration driven by mass-split pressure, with the same diameter and the same shape for each stage, and three bolted assembly turbines .   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various types of flying ships with united engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and used. Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retention device driven by acceleration and liquid metal acceleration driven by mass-split pressure are provided with four stages of fitting bolt assembly turbines with the same diameter and shape of each stage. .   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various types of flying ships with united engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and used. Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device driven by acceleration and liquid metal acceleration driven by mass-split pressure are set to have the same diameter and shape of each stage, and are provided with five stages of fitting bolt assembly turbines. .   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various types of flying ships with united engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and used. Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device driven by acceleration and liquid metal acceleration driven by mass-split pressure are arranged in substantially the same shape for each stage, and are provided with six bolted turbines. .   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Driving + Driving various types of flying ships with united engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and used. Various energy storage cycle coalescence engines with turbine rotor blades equipped with heat retention device driven by acceleration and liquid metal acceleration driven by mass-divided storage, with the same diameter and the same shape for each stage, and with the fitting bolt assembly turbine in seven stages .   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine with large injection propulsion output + Horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat insulation turbine and accelerate the liquid metal downward Driving + Driving various types of flying ships with united engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and used. Acceleration with pressure divided and stored in mass speed + Various energy storage cycles in which turbine blades equipped with a heat retaining device that drives liquid metal with heat quantity acceleration are set to have the same diameter and shape of each stage, and the fitting bolt assembly turbine is provided in 8 stages Combined organization.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various types of flying ships with united engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and used. Acceleration with pressure divided and stored in mass velocity + Various energy conservation cycles in which turbine blades equipped with a heat retaining device for liquid metal heat acceleration drive are arranged in the same shape with the same diameter and shape for each stage, and are equipped with 9 fitting bolt assembly turbines Combined organization.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various types of flying ships with united engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and used. Various energy storage cycles with 10 stages of mating bolt assembly turbines with turbine blades equipped with a heat retaining device driven by heat and accelerated acceleration of liquid metal divided by mass velocity, with the same diameter and shape of each stage. Combined organization.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various types of flying ships with united engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and used. Various energy storage cycles in which the turbine blades equipped with a heat retaining device that accelerates and heats the liquid metal in a heat-acceleration drive with the pressure divided and stored in the mass velocity are arranged in the same shape with the same diameter and the same shape for each stage. Combined organization.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various types of flying ships with united engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and used. Various energy storage cycles with two stages of mating bolt assembly turbines with turbine blades equipped with a heat retaining device driven by heat and accelerated acceleration of liquid metal divided into mass speeds, with the same diameter and shape of each stage. Combined organization.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various types of flying ships with united engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and used. Various energy storage cycles in which turbine blades equipped with a heat retaining device that is driven by mass-acceleration driven by mass-split pressure and mass-accelerated are kept in the same diameter and shape of each stage, and are fitted with three bolted assembly turbines. Combined organization.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various types of flying ships with united engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and used. Various energy storage cycles in which turbine blades equipped with a heat retaining device that is driven by mass-acceleration driven by mass-split pressure and stored in a mass speed are arranged in four stages with the same diameter and shape of each turbine. Combined organization.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various types of flying ships with united engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and used. Various energy storage cycles in which turbine blades equipped with a heat retaining device that is driven by mass-acceleration driven by mass-accelerated pressure are divided into mass velocities, and the rotor blades of each turbine are of the same shape and shape with the same diameter for each stage. Combined organization.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various types of flying ships with united engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and used. Various energy storage cycles in which turbine blades equipped with a heat retaining device that is driven by mass-acceleration driven with mass-accelerated pressure are divided into mass velocities, and the turbine blades are substantially the same shape for each stage and are fitted in six stages. Combined organization.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various types of flying ships with united engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and used. Various energy storage cycles in which the turbine blades equipped with a heat retaining device that drives the acceleration of the liquid metal by mass acceleration and divided into mass velocities are provided with 7 stages of fitting bolt assembly turbines with the same diameter and shape of each stage. Combined organization.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various types of flying ships with united engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and used. Various energy storage cycle coalescing engines in which turbine blades equipped with an acceleration + heat retaining device with pressures divided and stored at mass speed are substantially the same shape with the same diameter for each stage and the fitting bolt assembly turbines are provided in eight stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various types of flying ships with united engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and used. Various energy storage cycle coalescing engines in which turbine blades equipped with an acceleration + heat retaining device with pressure divided and stored at mass speed are substantially the same shape for each stage, and are provided with 9 bolts of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various types of flying ships with united engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and used. Various energy storage cycle coalescing engines in which turbine blades equipped with an acceleration + heat retention device with pressures divided and stored at mass speed are substantially the same shape with the same diameter for each stage and are provided with 10 fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various types of flying ships with united engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and used. Various energy storage cycle coalescing engines in which turbine blades equipped with an acceleration + heat retention device with pressure divided and stored at mass speed are substantially the same shape for each stage, and a fitting bolt assembly turbine is provided in one stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Driving various types of flying ships with united engine injection part (78S) injection driving force + Insulating and increasing ball raising device (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is raised and used. Various energy storage cycle coalescing engines in which turbine blades equipped with an acceleration + heat retention device with pressures divided and stored at a mass speed are provided with two stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Heat retention increase ball lift device (2F) Increase head drop + Heat retention increase ball lift device (2F) is installed at the corner of the square turbine outer box to raise the liquid metal Preservation + Acceleration with pressure that is divided and stored in calorie speed and mass speed + Liquid metal accelerating turbine blades equipped with heat insulation device are made to have the same diameter and shape of each stage in three stages. Various energy conservation cycle coalescence engines provided.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Heat retention increase ball lift device (2F) Increase head drop + Heat retention increase ball lift device (2F) is installed at the corner of the square turbine outer box to raise the liquid metal Storage and use + Acceleration by pressure divided and stored in heat quantity speed and mass speed + Turbine blade group equipped with a heat retaining device that accelerates liquid metal by mass Various energy conservation cycle coalescence engine installed in the stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Heat retention increase ball lift device (2F) Increase head drop + Heat retention increase ball lift device (2F) is installed at the corner of the square turbine outer box to raise the liquid metal Preserving use + Acceleration with pressure divided and stored in calorie velocity and mass velocity + Turbine blades equipped with a heat retention device driven by liquid metal acceleration, with the same diameter and shape of each stage, and fitting bolt assembly turbines in 5 stages Various energy conservation cycle coalescence engine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Heat retention increase ball lift device (2F) Increase head drop + Heat retention increase ball lift device (2F) is installed at the corner of the square turbine outer box to raise the liquid metal Preservation + Acceleration by pressure divided and stored in heat quantity speed and mass speed + Liquid metal is heated and heat turbine acceleration turbine blades equipped with heat insulation acceleration, each stage has the same diameter and approximately the same shape, fitting bolt assembly turbine 6 stages Various energy conservation cycle coalescence engine established in.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Heat retention increase ball lift device (2F) Increase head drop + Heat retention increase ball lift device (2F) is installed at the corner of the square turbine outer box to raise the liquid metal Preservation + Acceleration with pressure divided and stored in calorie velocity and mass velocity + Seven stages of fitting bolt assembly turbines with turbine blades equipped with a heat retaining device for liquid metal mass acceleration drive with the same diameter and shape of each paragraph Various energy conservation cycle coalescence engine established in.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescing engines in which the turbine blade groups equipped with the heat-retaining device for acceleration driving are provided with eight stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescing engines, in which turbine blades equipped with a heat retaining device that accelerates and accelerates by mass are substantially the same shape for each paragraph, and are provided with 9 bolts of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescing engines in which turbine blades equipped with an accelerating drive heat retaining device have substantially the same shape and diameter for each stage, and are provided with 10 bolts of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescing engines in which a turbine blade group equipped with a heat-accelerating drive heat insulation device is provided with a fitting bolt assembly turbine in one stage with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescence engines in which turbine blades equipped with a heat retaining device of mass acceleration drive are provided with two stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The turbine (2F) is installed at the corner of the rectangular turbine outer casing, and the liquid metal is used for ascending and storing + accelerating with the pressure divided and stored in the calorie velocity and the mass velocity + the moving blade of the turbine equipped with the heat retaining device that accelerates the liquid metal Various energy storage cycle coalescing engines, with groups of approximately the same diameter for each paragraph and three stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise An apparatus (2F) is installed at the corner of the rectangular turbine outer box to use the liquid metal ascending and storing + accelerating with the pressure divided and stored in the calorie velocity and mass velocity + the turbine equipped with the heat retaining device that accelerates and drives the liquid metal by mass Various energy storage cycle coalescing engines in which the blade groups are substantially the same shape for each paragraph and the fitting bolt assembly turbines are provided in four stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending storage + accelerating with pressure divided and stored in calorie velocity and mass velocity + turbine blades equipped with a heat retention device driven by liquid metal acceleration Various energy storage cycle coalescing engines in which the same bolt diameter turbine is provided in five stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is used for ascending storage + accelerating with the pressure divided and stored in the calorie velocity and mass velocity + the operation of the turbine equipped with the heat retaining device for the calorie acceleration drive of the liquid metal Various energy storage cycle coalescing engines with blade groups of the same diameter and shape of each stage, and 6 bolts of fitting bolt assembly turbines.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the square turbine outer box and the liquid metal is used for ascending storage + accelerating with the pressure that is divided and stored in the calorie velocity and mass velocity + the operation of the turbine equipped with the heat retaining device that drives the liquid metal to mass acceleration Various energy storage cycle coalescing engines with blade groups of the same diameter and approximately the same shape for each paragraph, and with 7 stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines in which the turbine blades equipped with a heat retaining device that accelerates and accelerates liquid metal with the same pressure are provided with 8 stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines, in which turbine blades equipped with a heat retaining device that accelerates with accelerated pressure and accelerates liquid metal with mass are provided with nine stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device that is accelerated by liquid pressure and driven by accelerated pressure are configured to have substantially the same shape and diameter in each stage, and are provided with 10 bolts assembling bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines in which the turbine blades equipped with a heat retaining device that accelerates with accelerated pressure and accelerates the amount of heat of liquid metal are provided in one stage with the same diameter and shape of each turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device that accelerates and accelerates liquid metal with mass acceleration are provided with two stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Various energy storage cycle coalescing engines with three stages of fitting bolt assembly turbines with turbine blades equipped with a heat retention device that accelerates with pressure divided and stored, and a heat retaining device for accelerating liquid metal. .   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Various energy storage cycles in which turbine blades equipped with a heat retaining device that accelerates and accelerates the liquid metal by mass divided and stored in speed are arranged in four stages with the same diameter and shape of each turbine. Combined organization.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device driven by acceleration and liquid metal acceleration driven by dividing pressure into speeds are provided with five stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Acceleration with pressure divided and stored at speed + Combined various energy storage cycles with turbine rotor blades equipped with a heat retention device that drives heat acceleration of liquid metal with the same diameter and the same shape for each stage, and 6 stages of fitting bolt assembly turbines organ.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Acceleration with pressure divided and stored at speed + Liquid metal is mass-accelerated and the turbine blades equipped with a heat retaining device are arranged in the same diameter and shape of each stage. organ.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Drives the propulsion force + Insulates and raises the ball riser (2F) at the corner of the square turbine outer box and uses the liquid metal ascending and storing + Accelerates with the pressure divided and stored in the calorie velocity and mass velocity Various energy storage cycle coalescing engines in which turbine blade groups equipped with a driving heat retaining device have substantially the same diameter and the same shape for each paragraph, and are provided with 8 fitting bolt assembly turbines.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driven by injection propulsion force + Insulating and increasing ball rising device (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Accelerate by pressure divided and stored in calorie velocity and mass velocity + Mass of liquid metal Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device that is accelerated and driven are arranged in substantially the same shape with the same diameter for each stage, and are provided with 9 fitting bolt assembly turbines.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injection propulsion driving + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Liquid metal acceleration drive Various energy storage cycle coalescing engines in which the turbine blades equipped with the above heat retaining device have substantially the same diameter and the same shape for each stage and are provided with 10 fitting bolt assembly turbines.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driven by injection propulsion force + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box to use the liquid metal ascending and storing + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Heating the liquid metal Various energy storage cycle coalescing engines in which turbine blades equipped with an accelerated drive heat retention device are substantially identical in shape with the same diameter for each stage and provided with a fitting bolt assembly turbine in one stage.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driven by injection propulsion force + Insulating and increasing ball rising device (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Accelerate by pressure divided and stored in calorie velocity and mass velocity + Mass of liquid metal Various energy storage cycle coalescing engines in which turbine blades equipped with an accelerated drive heat retention device have substantially the same shape and diameter in each stage and are provided with two stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescing engines in which the turbine blades equipped with the heat-retaining device with acceleration drive are made substantially the same shape with the same diameter for each stage and the fitting bolt assembly turbines are provided in three stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescing engines in which the turbine blades equipped with a heat retaining device that accelerates the mass with a mass are made substantially the same shape with the same diameter for each paragraph and the fitting bolt assembly turbines are provided in four stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescing engines in which turbine blade groups equipped with an acceleration drive heat retention device are provided with five stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescing engines in which turbine blades equipped with a heat-acceleration-driven heat insulation device are arranged in six stages with fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescing engines in which turbine blades equipped with a heat-retaining device for mass acceleration are provided with seven stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The turbine (2F) is installed at the corner of the rectangular turbine outer casing, and the liquid metal is used for ascending and storing + accelerating with the pressure divided and stored in the calorie velocity and the mass velocity + the moving blade of the turbine equipped with the heat retaining device for accelerating the liquid metal Various energy storage cycle coalescing engines, with groups of approximately the same diameter for each paragraph and eight stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise An apparatus (2F) is installed at the corner of the rectangular turbine outer box to use the liquid metal ascending and storing + accelerating with the pressure divided and stored in the calorie velocity and mass velocity + the turbine equipped with the heat retaining device that accelerates and drives the liquid metal by mass Various energy storage cycle coalescing engines in which the blade groups are substantially the same shape for each paragraph and the fitting bolt assembly turbines are provided in nine stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending storage + accelerating with pressure divided and stored in calorie velocity and mass velocity + turbine blades equipped with a heat retention device driven by liquid metal acceleration Various energy storage cycle coalescing engines in which the fitting bolt assembly turbines are provided in 10 stages with the same diameter and the same shape for each paragraph.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is used for ascending storage + accelerating with the pressure divided and stored in the calorie velocity and mass velocity + the operation of the turbine equipped with the heat retaining device for the calorie acceleration drive of the liquid metal Various energy storage cycle coalescing engines with blade groups of the same diameter and the same shape for each stage and a single-stage fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the square turbine outer box and the liquid metal is used for ascending storage + accelerating with the pressure that is divided and stored in the calorie velocity and mass velocity + the operation of the turbine equipped with the heat retaining device that drives the liquid metal to mass acceleration Various energy storage cycle coalescing engines with blade groups of the same diameter and the same shape for each paragraph and two stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device that accelerates and accelerates liquid metal with the same pressure are provided with three stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device for accelerating with pressure and accelerating liquid metal with mass are substantially the same shape for each stage, and are provided with four stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device driven by acceleration and liquid metal acceleration at the same pressure are provided with five stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines in which the turbine blades equipped with a heat retaining device that accelerates and accelerates the amount of heat of liquid metal with the same pressure are provided with six stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device that accelerates and accelerates liquid metal with mass acceleration are provided with seven stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Various energy storage cycle coalescing engines with turbine blades equipped with a heat retaining device that accelerates with pressure divided and stored in a speed and a heat retaining device for accelerating liquid metal with the same diameter and the same shape for each stage, and 8 stages of fitting bolt assembly turbines .   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Various energy storage cycles in which the turbine blades equipped with a heat retaining device that accelerates and accelerates the liquid metal by mass divided and stored in the speed are arranged in the same shape with the same diameter and the same shape for each stage, and is provided with 9 fitting bolt assembly turbines. Combined organization.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retention device driven by acceleration and liquid metal acceleration driven by dividing pressure into speeds are provided with 10 stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Acceleration with pressure divided and stored at speed + Combined various energy storage cycles with turbine blades equipped with a heat retaining device that drives heat acceleration of liquid metal with the same diameter and shape of each stage, and a mating bolt assembly turbine in one stage organ.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Acceleration with pressure divided and stored at speed + Liquid metal is mass-accelerated drive blade group of turbine equipped with heat retaining device, each stage has the same diameter and the same shape, and various energy storage cycles combined with two stages of fitting bolt assembly turbine organ.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Drives the propulsion force + Insulates and raises the ball riser (2F) at the corner of the square turbine outer box and uses the liquid metal ascending and storing + Accelerates with the pressure divided and stored in the calorie velocity and mass velocity Various energy storage cycle coalescing engines in which turbine blades equipped with a driving heat retaining device have substantially the same diameter and the same shape for each stage, and are provided with fitting bolt assembly turbines in three stages.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driven by injection propulsion force + Insulating and increasing ball rising device (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Accelerate by pressure divided and stored in calorie velocity and mass velocity + Mass of liquid metal Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device that is accelerated and driven are arranged in four stages with the same diameter and shape of each stage.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injection propulsion driving + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Liquid metal acceleration drive Various energy storage cycle coalescing engines in which the turbine blades equipped with the above heat retaining device have substantially the same diameter and the same shape for each stage and the fitting bolt assembly turbines are provided in five stages.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driven by injection propulsion force + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box to use the liquid metal ascending and storing + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Heating the liquid metal Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device for acceleration drive are provided with six stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driven by injection propulsion force + Insulating and increasing ball rising device (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Accelerate by pressure divided and stored in calorie velocity and mass velocity + Mass of liquid metal Various energy storage cycle coalescing engines in which turbine blades equipped with an acceleration-driven heat retaining device have substantially the same diameter and the same shape for each stage, and are provided with seven fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescing engines in which the turbine blade groups equipped with the heat-retaining device for acceleration driving are provided with eight stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescing engines, in which turbine blades equipped with a heat retaining device that accelerates and accelerates by mass are substantially the same shape for each paragraph, and are provided with 9 bolts of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescing engines in which turbine blades equipped with an accelerating drive heat retaining device have substantially the same shape and diameter for each stage, and are provided with 10 bolts of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescing engines in which a turbine blade group equipped with a heat-accelerating drive heat insulation device is provided with a fitting bolt assembly turbine in one stage with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescence engines in which turbine blades equipped with a heat retaining device of mass acceleration drive are provided with two stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The turbine (2F) is installed at the corner of the rectangular turbine outer casing, and the liquid metal is used for ascending and storing + accelerating with the pressure divided and stored in the calorie velocity and the mass velocity + the moving blade of the turbine equipped with the heat retaining device that accelerates the liquid metal Various energy storage cycle coalescing engines, with groups of approximately the same diameter for each paragraph and three stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise An apparatus (2F) is installed at the corner of the rectangular turbine outer box to use the liquid metal ascending and storing + accelerating with the pressure divided and stored in the calorie velocity and mass velocity + the turbine equipped with the heat retaining device that accelerates and drives the liquid metal by mass Various energy storage cycle coalescing engines in which the blade groups are substantially the same shape for each paragraph and the fitting bolt assembly turbines are provided in four stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending storage + accelerating with pressure divided and stored in calorie velocity and mass velocity + turbine blades equipped with a heat retention device driven by liquid metal acceleration Various energy storage cycle coalescing engines in which the same bolt diameter turbine is provided in five stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is used for ascending storage + accelerating with the pressure divided and stored in the calorie velocity and mass velocity + the operation of the turbine equipped with the heat retaining device for the calorie acceleration drive of the liquid metal Various energy storage cycle coalescing engines with blade groups of the same diameter and shape of each stage, and 6 bolts of fitting bolt assembly turbines.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the square turbine outer box and the liquid metal is used for ascending storage + accelerating with the pressure that is divided and stored in the calorie velocity and mass velocity + the operation of the turbine equipped with the heat retaining device that drives the liquid metal to mass acceleration Various energy storage cycle coalescing engines with blade groups of the same diameter and approximately the same shape for each paragraph, and with 7 stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines in which the turbine blades equipped with a heat retaining device that accelerates and accelerates liquid metal with the same pressure are provided with 8 stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines, in which turbine blades equipped with a heat retaining device that accelerates with accelerated pressure and accelerates liquid metal with mass are provided with nine stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device that is accelerated by liquid pressure and driven by accelerated pressure are configured to have substantially the same shape and diameter in each stage, and are provided with 10 bolts assembling bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines in which the turbine blades equipped with a heat retaining device that accelerates with accelerated pressure and accelerates the amount of heat of liquid metal are provided in one stage with the same diameter and shape of each turbine.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device that accelerates and accelerates liquid metal with mass acceleration are provided with two stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Various energy storage cycle coalescing engines with three stages of fitting bolt assembly turbines with turbine blades equipped with a heat retention device that accelerates with pressure divided and stored, and a heat retaining device for accelerating liquid metal. .   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Various energy storage cycles in which turbine blades equipped with a heat retaining device that accelerates and accelerates the liquid metal by mass divided and stored in speed are arranged in four stages with the same diameter and shape of each turbine. Combined organization.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device driven by acceleration and liquid metal acceleration driven by dividing pressure into speeds are provided with five stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Acceleration with pressure divided and stored at speed + Combined various energy storage cycles with turbine rotor blades equipped with a heat retention device that drives heat acceleration of liquid metal with the same diameter and the same shape for each stage, and 6 stages of fitting bolt assembly turbines organ.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Drives + Drives various aircrafts into the combined engine injection part (78S) injection driving force + Insulates and increases the temperature of the liquid metal by installing a heat retaining and increasing ball lifting device (2F) at the corner of the rectangular turbine outer box + Heat rate and mass Acceleration with pressure divided and stored at speed + Liquid metal is mass-accelerated and the turbine blades equipped with a heat retaining device are arranged in the same diameter and shape of each stage. organ.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Drives the propulsion force + Insulates and raises the ball riser (2F) at the corner of the square turbine outer box and uses the liquid metal ascending and storing + Accelerates with the pressure divided and stored in the calorie velocity and mass velocity Various energy storage cycle coalescing engines in which turbine blade groups equipped with a driving heat retaining device have substantially the same diameter and the same shape for each paragraph, and are provided with 8 fitting bolt assembly turbines.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driven by injection propulsion force + Insulating and increasing ball rising device (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Accelerate by pressure divided and stored in calorie velocity and mass velocity + Mass of liquid metal Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device that is accelerated and driven are arranged in substantially the same shape with the same diameter for each stage, and are provided with 9 fitting bolt assembly turbines.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Injection propulsion driving + Insulation sphere raising device (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Accelerate with pressure divided and stored in calorie velocity and mass velocity + Liquid metal acceleration drive Various energy storage cycle coalescing engines in which the turbine blades equipped with the above heat retaining device have substantially the same diameter and the same shape for each stage and are provided with 10 fitting bolt assembly turbines.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driven by injection propulsion force + Insulating sphere increasing device (2F) is installed at the corner of the square turbine outer box to use the liquid metal ascending and storing + Accelerating with pressure divided and stored in calorie velocity and mass velocity + Heating the liquid metal Various energy storage cycle coalescing engines in which turbine blades equipped with an accelerated drive heat retention device are substantially identical in shape with the same diameter for each stage and provided with a fitting bolt assembly turbine in one stage.   Turbine multi-drive short-time coalescence engine injection unit (78S) Liquid metal solar engine that makes large injection propulsion output + Accelerating sphere (2E) to accelerate turbine by gravity acceleration + Various aircrafts are united engine injection unit (78S) ) Driven by injection propulsion force + Insulating and increasing ball rising device (2F) is installed at the corner of the square turbine outer box to save and use liquid metal + Accelerate by pressure divided and stored in calorie velocity and mass velocity + Mass of liquid metal Various energy storage cycle coalescing engines in which turbine blades equipped with an accelerated drive heat retention device have substantially the same shape and diameter in each stage and are provided with two stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescing engines in which the turbine blades equipped with the heat-retaining device with acceleration drive are made substantially the same shape with the same diameter for each stage and the fitting bolt assembly turbines are provided in three stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescing engines in which the turbine blades equipped with a heat retaining device that accelerates the mass with a mass are made substantially the same shape with the same diameter for each paragraph and the fitting bolt assembly turbines are provided in four stages.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescing engines in which turbine blade groups equipped with an acceleration drive heat retention device are provided with five stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescing engines in which turbine blades equipped with a heat-acceleration-driven heat insulation device are arranged in six stages with fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine to make large injection propulsion output + Horizontal axis (1h) is driven with a square turbine outer box at right angles to drive to rotate direction alternate turbine + Intake air path length Heat and cold production with lens and sunlight + Insulation sphere lifting device (2F) is installed at the corner of the square turbine outer box, and liquid metal is lifted and used for storage + Accelerated with pressure divided and stored in calorie velocity and mass velocity + Liquid metal Various energy storage cycle coalescing engines in which turbine blades equipped with a heat-retaining device for mass acceleration are provided with seven stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The turbine (2F) is installed at the corner of the rectangular turbine outer casing, and the liquid metal is used for ascending and storing + accelerating with the pressure divided and stored in the calorie velocity and the mass velocity + the moving blade of the turbine equipped with the heat retaining device for accelerating the liquid metal Various energy storage cycle coalescing engines, with groups of approximately the same diameter for each paragraph and eight stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise An apparatus (2F) is installed at the corner of the rectangular turbine outer box to use the liquid metal ascending and storing + accelerating with the pressure divided and stored in the calorie velocity and mass velocity + the turbine equipped with the heat retaining device that accelerates and drives the liquid metal by mass Various energy storage cycle coalescing engines in which the blade groups are substantially the same shape for each paragraph and the fitting bolt assembly turbines are provided in nine stages.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise Equipment (2F) is installed at the corner of the rectangular turbine outer box, and the liquid metal is used for ascending storage + accelerating with pressure divided and stored in calorie velocity and mass velocity + turbine blades equipped with a heat retention device driven by liquid metal acceleration Various energy storage cycle coalescing engines in which the fitting bolt assembly turbines are provided in 10 stages with the same diameter and the same shape for each paragraph.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the rectangular turbine outer box and the liquid metal is used for ascending storage + accelerating with the pressure divided and stored in the calorie velocity and mass velocity + the operation of the turbine equipped with the heat retaining device for the calorie acceleration drive of the liquid metal Various energy storage cycle coalescing engines with blade groups of the same diameter and the same shape for each stage and a single-stage fitting bolt assembly turbine.   Turbine multiple drive short-time coalescence engine injection part (78S) Liquid metal solar thermal engine to make large injection propulsion output + Horizontal axis (1h) has square turbine outer box at right angle to make rotation direction alternate heat insulation turbine + Heat insulation increase sphere rise The equipment (2F) is installed at the corner of the square turbine outer box and the liquid metal is used for ascending storage + accelerating with the pressure that is divided and stored in the calorie velocity and mass velocity + the operation of the turbine equipped with the heat retaining device that drives the liquid metal to mass acceleration Various energy storage cycle coalescing engines with blade groups of the same diameter and the same shape for each paragraph and two stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device that accelerates and accelerates liquid metal with the same pressure are provided with three stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device for accelerating with pressure and accelerating liquid metal with mass are substantially the same shape for each stage, and are provided with four stages of fitting bolt assembly turbines.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device driven by acceleration and liquid metal acceleration at the same pressure are provided with five stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines in which the turbine blades equipped with a heat retaining device that accelerates and accelerates the amount of heat of liquid metal with the same pressure are provided with six stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Turbine multiple drive short-time coalesced engine injection part (78S) Liquid metal solar engine with large injection propulsion output + horizontal axis (1h) is provided with a square turbine outer box at right angles to make the rotating direction alternate heat retaining turbine and accelerate the liquid metal downward Driving + Intake air path length lens and solar heating / cooling production + Insulation sphere raising device (2F) is installed in the corner of the square turbine outer box to save and use liquid metal + Divide and save into heat rate and mass rate Various energy storage cycle coalescing engines in which turbine blades equipped with a heat retaining device that accelerates and accelerates liquid metal with mass acceleration are provided with seven stages of fitting bolt assembly turbines with the same diameter and shape of each stage.   Various energy storage cycle coalescing engines with fully automatic machining of turbine blade groups, with the same diameter and shape of each paragraph, and 8 stages of fitting bolt assembly turbines.   Various energy storage cycle coalescing engines with fully-automatically machined turbine blade groups, with the same diameter and shape of each paragraph, and with 9 bolted bolt assembly turbines.   Various energy conservation cycle coalescing engines with fully-automatically machined turbine blade groups having the same diameter and shape of each paragraph, and 10 fitting bolt assembly turbines.   Various energy storage cycle coalescing engines with fully automatic machining turbine blade groups with the same diameter and shape of each paragraph, and a single bolted turbine assembly.   Various energy storage cycle coalescing engines with fully-automated turbine rotor blade groups with the same diameter and shape of each paragraph, and two stages of fitting bolt assembly turbines.   Various energy conservation cycle coalescing engines with fully-automated turbine rotor blade groups with the same diameter and shape of each paragraph, and three stages of fitting bolt assembly turbines.   Various energy storage cycle coalescing engines with fully automatic machining of turbine blades, with the same diameter and shape of each paragraph, and with four stages of fitting bolt assembly turbines.   Various energy storage cycle coalescing engines with fully-automatically machined turbine blade groups, each with the same diameter and shape of each stage, and 5 stages of fitting bolt assembly turbines.   Various energy storage cycle coalescing engines with fully automatic machining of turbine blade groups, with the same diameter and shape of each paragraph, and with 6 stages of fitting bolt assembly turbines.   Various energy storage cycle coalescing engines with fully automatic machining of turbine blades that have the same diameter and shape of each stage, and are provided with 7 stages of fitting bolt assembly turbines.   Turbine blade cross section (4A) provided with 25 times the turbine blade cross section turbine blade group of turbine blades with the same diameter and shape of each paragraph and flying with an injection propulsion force to make a short time coalescence engine injection unit (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade section of a square turbine outer box with a double turbine blade cross section (4A) is made into a fitting bolt assembly with the same diameter and shape of each turbine as a stage, and a short time coalescence engine injection unit (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade cross section (4A) with a triple cross section (4A) turbine blade group of turbine blades with the same diameter and the same shape for each paragraph and flying with an injection propulsion force for a short time coalescence engine injection unit (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade section of a square-shaped turbine outer box provided with a quadruple turbine blade cross section (4A). The short-term coalescence engine injection unit that flies with an injection propulsion force to make a fitting bolt assembly with the same diameter and shape of each stage. (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade cross section (4A) provided with 5 times the turbine blade cross section turbine blade group of turbine turbine blades with the same diameter and shape of each paragraph, and the assembly bolt assembly to fly with injection propulsion force for a short time (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade cross section (4A) provided with 6 times the turbine blade cross section turbine blade group of turbine blades with the same diameter and shape of each paragraph and flying with injection propulsion force to make a short time coalescence engine injection part (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade cross section (4A) with a 7-fold turbine blade cross section turbine blade group of turbines with the same diameter and the same shape for each paragraph and flying with injection propulsion force for a short time coalescence engine injection unit (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade cross section (4A) provided with 8 times the turbine blade cross section turbine blade group of turbine blades with the same diameter and shape of each paragraph and flying with an injection propulsion force to make a short time coalescence engine injection unit (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Various types of energy storage cycle coalescence engines for generating water jet injection propulsion output driven by two types of turbine rotation output with turbine blade cross section (4A) 9 times larger.   Turbine blade cross section (4A) is provided 10 times the turbine blades of the square turbine outer box with the same diameter and approximately the same shape for each stage, and is assembled with a fitting bolt assembly for a short time coalescence engine injection unit (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade cross section (4A) with a 11-fold turbine blade cross section, turbine blades of a square turbine outer box having the same diameter and shape of each paragraph, and flying with an injection propulsion force assembling bolt assembly for a short time (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade cross section (4A) with a 12-fold turbine blade cross section turbine blade group of turbine blades with the same diameter and shape of each stage, flying with an injection propulsion force, and a short-time coalescence engine injection unit (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade section of a square-shaped turbine outer box with a turbine blade cross-section (4A) 13 times larger. The short-term coalesced engine injection unit that flies with an injection propulsion force that forms a fitting bolt assembly with the same diameter and shape of each stage. (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade section of a square-shaped turbine outer box having a turbine blade cross-section (4A) 14 times as large as the same diameter and approximately the same shape for each paragraph and flying with an injection propulsion force for a short time coalescence engine injection unit (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade cross section (4A) with 15 times the turbine blade cross section (4A) turbine blades of the turbines with the same diameter and the same shape for each paragraph and flying with the injection propulsion force assembling bolt assembly for a short time (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade cross section (4A) with 16 times the turbine blade cross section turbine blade group of turbine blades with the same diameter and shape of each paragraph, and flying with injection propulsive force to assemble with bolts for a short time combined engine injection unit (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade cross section (4A) provided with 17 times the turbine blade cross section turbine blade group of turbine blades with the same diameter and the same shape for each paragraph and flying with an injection propulsion force for a short time coalescence engine injection unit (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade cross section (4A) provided with 18 times the turbine blade cross-section turbine blade group of turbines with the same diameter and shape of each paragraph, and flying with injection propulsion force assembling bolt assembly for a short time combined engine injection unit (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade cross section (4A) provided with a 19-fold turbine blade cross section turbine blade group of turbine blades with the same diameter and shape of each stage and flying with an injection propulsion force to make a short time coalescence engine injection unit (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade cross section (4A) provided with 20 times the turbine blade cross section turbine blade group of turbine blades with the same diameter and shape of each paragraph and flying with injection propulsion force to assemble with a short time united engine injection unit (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade section of a square turbine outer box having a turbine blade cross section (4A) 21 times larger, and a short-term coalescence engine injection unit that flies with an injection propulsion force assembling bolts with the same diameter and shape of each stage. (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade cross section (4A) provided with 22 times the turbine blade cross section turbine blade group of turbines with the same diameter and the same shape for each paragraph and flying with injection propulsion force for short-term coalescence engine injection unit (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade cross section (4A) with 23 times the turbine blade cross section turbine blade group of turbine blades with the same diameter and the same shape for each stage and flying with injection propulsion force to make a short time coalescence engine injection part (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade cross section (4A) provided with 24 times the turbine blade cross section turbine blade group of turbine turbine blades with the same diameter and shape of each stage, flying with injection propulsion force to make a short time coalescence engine injection unit (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   The turbine blade section of the square turbine outer box with a turbine blade cross-section (4B) 25 times larger is made into a fitting bolt assembly with the same diameter and the same shape for each paragraph, and the united engine injection section for a short time. (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade section of a square turbine outer box with a double turbine blade cross-section (4B), with the same diameter and approximately the same shape for each paragraph, and flying with an injection propulsion force for a short time coalescence engine injection unit (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade section of a square turbine outer box provided with triple turbine blade cross section (4B) is made into a fitting bolt assembly with the same diameter and shape of each turbine as a stage, and then a unitary engine injection unit for a short time (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade cross section (4B) provided with quadruple turbine blade cross section turbine blade group of turbine blades with the same diameter and the same shape for each paragraph and flying with injection propulsion force for a short time coalescence engine injection part (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade section of a square-shaped turbine outer box provided with a turbine blade cross section (4B) five times as long as it is flying with injection propulsion force to make a fitting bolt assembly with the same diameter and shape of each paragraph for a short time united engine injection unit (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   The turbine blade section of the square turbine outer box provided with 6 times the turbine blade cross section (4B) has the same diameter and the same shape for each paragraph and is assembled with a fitting bolt assembling for a short time. (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade cross section (4B) provided with a turbine blade cross section (4B) of 7 times the turbine blades of the turbine of the same type with the same diameter and the same shape for each paragraph and flying with the injection propulsion force for a short time coalescence engine injection unit (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade cross section (4B) provided with 8 times the turbine blade cross section turbine blade group of turbine blades with the same diameter and approximately the same shape for each paragraph and flying with injection propulsive force for a short time coalescence engine injection unit (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade cross section (4B) with a nine-fold turbine blade cross section, turbine blades in a square turbine outer box having the same diameter and shape of each stage, and flying with an injection propulsion force to assemble the bolts for a short time (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade cross section (4B) with a 10-fold turbine blade cross section turbine blade group of turbine blades with the same diameter and shape of each stage, and flying with injection propulsion force to assemble the bolts for a short time (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade cross section (4B) with 11 times the turbine blade cross section (4B) turbine blade group of turbines with the same diameter and approximately the same shape for each paragraph and flying with the injection propulsion force to make a short time coalescence engine injection unit (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade cross section (4B) provided with 12 times the turbine blade cross-section turbine blade group of turbine blades with the same diameter and the same shape for each paragraph and flying with injection propulsion force to make a short time coalescence engine injection part (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade cross section (4B) provided with 13 times the turbine blade cross-section turbine blade group of turbines with the same diameter and the same shape for each paragraph and flying with injection propulsion force for short time coalescence engine injection part (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade cross section (4B) provided with 14 times the turbine blade cross-section turbine blade group of turbines with the same diameter and shape of each stage, and flying with injection propulsion force to assemble the bolts for a short time (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade cross section (4B) with 15 times the turbine blade cross section (4B) The turbine blades of the turbine blade box with the same diameter and the same shape for each paragraph and flying with the injection propulsion force assembling bolt assembly for a short time (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade cross section (4B) with 16 times the turbine blade cross section, turbine blades of a square turbine outer box with the same diameter and shape of each stage as a fitting bolt assembly and flying with injection propulsion force for a short time combined engine injection unit (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade cross section (4B) with 17 times the turbine blade cross section (4B), the turbine blades of the turbine are boxed in the same diameter and in the same shape for each stage, and are assembled with a fitting bolt assembly to fly for a short time. (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade cross section (4B) with 18 times the turbine blade cross section (4B) turbine blades in the same diameter and shape of each stage as a fitting bolt assembly to fly by injection propulsion force for a short time combined engine injection unit (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade cross section (4B) provided with 19 times the turbine blade cross section turbine blade group of turbine turbine blades with the same diameter and shape of each stage, and a combination bolt assembly to fly with injection propulsion force for a short time combined engine injection unit (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade cross section (4B) provided with 20 times the turbine blade cross section turbine blade group of turbine blades with the same diameter and shape of each paragraph and flying with the injection propulsion force to assemble the bolts for a short time (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade section of a square turbine outer box having a turbine blade cross section (4B) 21 times as large as the same diameter and shape of each stage as a fitting bolt assembly. (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade section of a square-shaped turbine outer box having a turbine blade cross section (4B) 22 times larger, with the same diameter and approximately the same shape for each paragraph, flying with an injection propulsion force to make a short-term coalescence engine injection unit (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade cross section (4B) provided with a turbine blade cross-section (4B) of 23 times the turbine blades in the same diameter and shape of each stage as a fitting bolt assembly and flying for a short time combined engine injection unit (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade cross section (4B) is provided 24 times larger than the turbine blades of the square turbine outer box with the same diameter and the same shape for each paragraph, and the assembly bolt is assembled for a short time. (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade cross section (4C) provided with 25 times the turbine blade cross section turbine blade group of turbine turbine blades with the same diameter and the same shape for each paragraph and flying with injection propulsion force for a short time coalescence engine injection part (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade section of a square turbine outer box with a doubled turbine blade cross-section (4C), flying with injection propulsion force to make a fitting bolt assembly with the same diameter and shape of each paragraph, and a short-time coalescence engine injection unit (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade section in a square turbine outer box with three times the turbine blade cross section (4C), and the turbine blades in the same diameter and the same shape for each paragraph and flying with the injection propulsion force to assemble the bolts for a short time (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade section of a square-shaped turbine outer box provided with a quadruple turbine blade cross section (4C), and flying with an injection propulsion force to make a fitting bolt assembly with the same diameter and the same shape for each paragraph. (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade cross section (4C) with a five-fold turbine blade cross section, turbine blades of a square turbine outer box having the same diameter and shape of each paragraph, and flying with an injection propulsion force assembling bolt assembly for a short time combined engine injection unit (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade cross section (4C) provided with 6 times the turbine blade cross section turbine blade group of turbine blades with the same diameter and shape of each paragraph and flying with injection propulsion force to make a short time coalescence engine injection part (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade section of a square turbine outer box with a turbine blade cross section (4C) 7 times larger, with the same diameter and the same shape for each paragraph and flying with an injection propulsion force assembling bolt assembly for a short time combined engine injection unit (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade section of a square-shaped turbine outer box provided with a turbine blade cross section (4C) 8 times larger, with the same diameter and approximately the same shape for each paragraph, and flying with an injection propulsion force for a short time coalescence engine injection unit (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade section of a square-shaped turbine outer box with a turbine blade cross-section (4C) 9 times as large as the same diameter and shape of each stage as a fitting bolt assembly. (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade cross section (4C) with 10 times the turbine blade cross section turbine blade group of turbine turbine blades with the same diameter and shape of each stage, and a combination bolt assembly to fly with injection propulsion force for a short time combined engine injection unit (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade section of a square-type turbine outer box having a turbine blade cross section (4C) 11 times as large as the same diameter and the same shape for each paragraph and flying with an injection propulsion force to make a short-term coalescence engine injection unit (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade cross section (4C) with 12 times the turbine blade cross section turbine blade group of turbine blades with the same diameter and shape of each paragraph and flying with an injection propulsion force to assemble the bolts for a short time (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade cross section (4C) provided with 13 times the turbine blade cross section turbine blade group of turbines with the same diameter and the same shape for each paragraph and flying with injection propulsion force for a short time coalescence engine injection part (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade cross section (4C) with a 14 times larger turbine blade cross section (4C) turbine blades in the same diameter and shape of each stage of the turbine, and fly with injection propulsion force to assemble the bolts for a short time (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade section of a square-shaped turbine outer box with a turbine blade cross section (4C) provided 15 times larger than the same diameter and the same shape for each paragraph and flying with an injection propulsion force assembling bolt assembly for a short time (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade cross section (4C) with 16 times the turbine blade cross section turbine blade group turbine blades of the same diameter and the same shape for each paragraph and flying with injection propulsion force to make a short-term coalescence engine injection unit (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade cross section (4C) provided with 17 times the turbine blade cross section turbine blade group of turbine blades with the same diameter and the same shape for each paragraph and flying with injection propulsion force for a short time coalescence engine injection part (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade section in a square turbine outer box with a turbine blade cross section (4C) 18 times larger, with the same diameter and approximately the same shape for each paragraph, flying with an injection propulsion force to make a short time coalescence engine injection unit (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade cross section (4C) provided with 19 times the turbine blade cross section turbine blade group of turbine blades with the same diameter and shape of each paragraph, and flying with injection propulsion force to assemble the bolts for a short time (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade cross section (4C) with a 20 times larger turbine blade cross section turbine blade group of turbine blades having the same diameter and shape of each stage, and flying with injection propulsion force to assemble the bolts for a short time (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade cross section (4C) with a turbine blade cross section (4C) 21 times larger, turbine rotor blade group with the same diameter and the same shape for each paragraph and flying with injection propulsion force to make a short time coalescence engine injection part (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade section of a square turbine outer box having a turbine blade cross section (4C) 22 times larger, with the same diameter and the same shape for each paragraph as a fitting bolt assembly, and flying with injection propulsion force for a short time combined engine injection unit (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade cross section (4C) provided with 23 times the turbine blade cross section, turbine blades of the square turbine outer box with the same diameter and shape of each stage as a mating bolt assembly and flying for a short time combined engine injection unit (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade cross section (4C) with 24 times the turbine blade cross-section turbine blade group of turbine turbine blades with the same diameter and shape of each stage, flying with injection propulsion force to make a short time coalescence engine injection unit (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade cross section (4D) with a 25-fold turbine blade cross section turbine blade group of turbines with the same diameter and the same shape for each paragraph and flying with an injection propulsion force for a short time coalescence engine injection unit (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade section of a square turbine outer box with double turbine blade cross-section (4D), with the same diameter and approximately the same shape for each paragraph and flying with injection propulsion force to make a short time coalescence engine injection unit (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade cross section (4D) with a triple cross section (4D) The turbine blades of the turbine box with the same diameter and the same shape for each paragraph and flying with an injection propulsion force for a short time coalescence engine injection unit (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade cross section (4D) provided with quadruple turbine blades in the turbine casing of the turbine of the turbine type, with the same diameter and approximately the same shape for each paragraph and flying with injection propulsive force for short-term coalescence engine injection unit (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade cross section (4D) with a five-fold turbine blade cross section, turbine blades of the same type with the same diameter and shape of each stage as a fitting bolt assembly. (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade cross section (4D) with a 6-fold turbine blade cross section, the turbine blades of the turbine are boxed in the same diameter and in the same shape for each stage, and are assembled with a fitting bolt assembly for a short time coalescence engine injection unit (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade cross section (4D) with a 7-fold turbine blade cross section, turbine blades of the turbine turbine box with the same diameter and shape of each paragraph, and flying with injection propulsion force assembling bolt assembly for a short time combined engine injection unit (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade cross section (4D) is provided with 8 times the turbine blade section of the turbine of the square-shaped turbine outer casing, and the unit is a short time coalescence engine injection unit flying with the injection propulsion force assembling bolt assembly with the same diameter and shape of each paragraph (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade cross section (4D) with a nine-fold turbine blade cross section turbine blade group of turbine blades with the same diameter and the same shape for each stage and flying with injection propulsion force for a short time coalescence engine injection unit (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade cross section (4D) 10 times larger than the turbine blades of the square turbine outer box, each stage has the same diameter and approximately the same shape and fly with injection propulsion force to assemble the bolts for a short time. (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade cross section (4D) with a 11 times larger cross section (4D) turbine blades of turbine blades with the same diameter and the same shape for each paragraph and flying with an injection propulsion force for a short time coalescence engine injection unit (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade section of a square-shaped turbine outer box having a turbine blade cross-section (4D) 12 times larger, with the same diameter and approximately the same shape for each paragraph, and flying with an injection propulsion force for a short time coalescence engine injection unit (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade cross section (4D) with a 13 times larger cross section (4D) turbine blade group turbine blades with the same diameter and the same shape for each stage and flying with injection propulsion force for a short time coalescence engine injection unit (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade cross section (4D) is provided 14 times the turbine blades of a square turbine outer box with the same diameter and the same shape for each stage, and is assembled with a fitting bolt assembly for short-time coalescence engine injection unit (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade cross section (4D) with a 15 times larger cross section (4D) turbine blade group turbine blades with the same diameter and the same shape for each stage and flying with injection propulsion force for a short time coalescence engine injection unit (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade cross section (4D) with a 16 times larger cross section (4D) turbine blades of turbine blades with the same diameter and the same shape for each stage, and a combination bolt assembling to fly with injection propulsion force for a short time combined engine injection unit (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade cross section (4D) with a 17 times larger cross section (4D) turbine blade group of turbine blades with the same diameter and shape of each stage, and a combination bolt assembling to fly with injection propulsion force for a short time coalescence engine injection unit (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade cross section (4D) with a 18-fold turbine blade cross section, turbine blades in a square turbine box with the same diameter and the same shape for each paragraph and flying with an injection propulsion force for a short time coalescence engine injection unit (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade cross section (4D) provided with 19 times the turbine blade section of the turbine of the square-shaped turbine outer casing and flying with the injection propulsion force to make the assembly bolt assembly with the same diameter and the same shape for each paragraph (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade cross section (4D) with a 20 times larger cross section (4D) turbine blades of turbine blades with the same diameter and the same shape for each paragraph and flying with injection propulsion force to make a short time coalescence engine injection unit (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade section in a square turbine outer box with a turbine blade cross-section (4D) 21 times larger, with the same diameter and approximately the same shape for each paragraph, and flying with an injection propulsion force for short-term coalescence engine injection unit (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade cross section (4D) provided with 22 times the turbine blade cross section turbine blade group of the same diameter and shape of each stage as a fitting bolt assembly to fly with injection propulsion force for a short time coalescence engine injection unit (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade section of a square-shaped turbine outer box having a turbine blade cross-section (4D) of 23 times the same diameter and shape of each stage as a fitting bolt assembly and flying with injection propulsion force for a short time combined engine injection unit (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade cross section (4D) provided 24 times larger than the turbine blades of the square turbine outer box with the same diameter and the same shape for each paragraph and flying with the injection propulsion force for short-term coalescence engine injection unit (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade cross section (4E) provided with 25 times the turbine blade cross section turbine blade group of turbine blades with the same diameter and shape of each stage, and a combination bolt assembly to fly with a jet propulsion force for a short time coalescence engine injection unit (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade section of a square turbine outer box with a double turbine blade cross-section (4E), and a short-term coalescence engine injection unit flying with injection propulsion force assembling bolt assembly with the same diameter and shape as each paragraph (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade section of a square turbine outer box with a triple turbine blade cross-section (4E). The turbine blades of the turbines have the same diameter and the same shape for each stage. (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade cross section (4E) with a quadruple turbine blade cross section turbine blade group of turbine blades with the same diameter and shape of each stage, and a combination bolt assembly to fly with injection propulsion force for a short time combined engine injection unit (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade cross section (4E) with a five-fold turbine blade cross section, turbine blades of the same type with the same diameter and shape of each stage as a fitting bolt assembly. (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade cross section (4E) with 6 times the turbine blade cross section turbine blade group of turbine blades with the same diameter and shape of each stage and flying with injection propulsion force to assemble with bolts for a short time combined engine injection unit (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade cross section (4E) with a 7-fold turbine blade cross section, turbine blades of the turbine box of the same type with the same diameter and the same shape for each paragraph and flying with injection propulsion force for a short time coalescence engine injection unit (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade cross section (4E) provided with 8 times the turbine blade cross section (4E) turbine rotor blade group with the same diameter and shape of each stage as a mating bolt assembly and flying for a short time combined engine injection unit (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade cross section (4E) provided with 9 times the turbine blade cross-section turbine blades of the same size and shape of each stage of the turbine blades and flying with injection propulsion force to assemble the bolts for a short time combined engine injection unit (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade cross section (4E) with 10 times the turbine blade cross section turbine blade group of turbine blades with the same diameter and the same shape for each paragraph and flying with injection propulsion force to make a short time coalescence engine injection part (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade cross section (4E) provided with 11 times the turbine blade cross section turbine blade group of turbine blades with the same diameter and shape of each paragraph, and flying with injection propulsion force to assemble with bolts for a short time combined engine injection unit (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade cross section (4E) with 12 times the turbine blade cross section turbine blade group of turbine blades with the same diameter and the same shape for each paragraph and flying with injection propulsion force for a short time coalescence engine injection part (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade cross section (4E) with 13 times the turbine blade cross section (4E) turbine blades of the turbine turbine box with the same diameter and the same shape for each paragraph and flying with injection propulsion force for short-term coalescence engine injection unit (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade cross section (4E) is provided 14 times the turbine blades of the square-type turbine outer box with the same diameter and approximately the same shape for each stage, and is assembled with a fitting bolt for short-term coalescence engine injection unit (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade cross section (4E) with a 15-fold turbine blade cross section turbine blade group of turbine blades with the same diameter and shape of each stage, flying with injection propulsion force to assemble with bolts for a short time combined engine injection unit (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade cross section (4E) is provided 16 times the turbine blades of the square turbine outer box with the same diameter and the same shape for each stage, and the assembly bolt is assembled for a short time. (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   The turbine blade section of a square turbine outer box having a turbine blade cross-section (4E) 17 times larger is made into a fitting bolt assembly with the same diameter and the same shape for each paragraph, and is short-term combined engine injection section (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade cross section (4E) provided with 18 times the turbine blade cross section turbine blade group of turbine blades with the same diameter and shape of each paragraph and flying with the injection propulsion force to make a short time coalescence engine injection unit (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade cross section (4E) with a 19-fold turbine blade cross section turbine blade group of turbine blades having the same diameter and shape of each stage, and flying with an injection propulsion force assembling bolt assembly for a short time combined engine injection unit (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade cross section (4E) with a 20-fold turbine blade cross section turbine blade group of turbine blades with the same diameter and shape of each paragraph, and a combination bolt assembly to fly with injection propulsion force for a short time (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade cross section (4E) provided with a turbine blade cross section (4E) 21 times larger. The turbine blades of the turbine are of the same diameter and the same shape for each stage. (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade cross section (4E) provided with 22 times the turbine blade cross section turbine blade group of the same diameter and shape of each stage as a fitting bolt assembly to fly by injection propulsion force for a short time coalescence engine injection unit (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade cross section (4E) provided with 23 times the turbine blade cross section turbine blade group of turbine blades with the same diameter and the same shape for each paragraph and flying with injection propulsion force to make a short time coalescence engine injection part (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade cross section (4E) provided with 24 times the turbine blade cross section (4E) turbine blades in the same diameter and shape of each stage as a fitting bolt assembly to fly by injection propulsion force for a short time coalescence engine injection part (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade cross section (4F) provided with 25 times the turbine blade cross section turbine blade group of turbine blades with the same diameter and the same shape for each paragraph and flying with injection propulsion force to make a short time coalescence engine injection part (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade section of a square turbine outer box with a doubled turbine blade cross section (4F) with the same diameter and the same shape for each paragraph as a fitting bolt assembly and flying with a jet driving force for a short time coalescence engine injection unit (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   The turbine blade section of a square turbine outer box having a turbine blade cross section (4F) tripled is made into a fitting bolt assembly with the same diameter and the same shape for each paragraph, and the unit is injected for a short time. (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   A short time coalescence engine injection unit that flies with the injection propulsion force that makes the moving blade group of the turbine of the square turbine outer casing provided with quadruple turbine blade cross section (4F) the same diameter and approximately the same shape for each paragraph. (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade section of a square-type turbine outer box having a turbine blade cross section (4F) 5 times larger, and a short-term coalescence engine injection unit flying with injection propulsion force assembling bolt assembly with the same diameter and shape of each paragraph (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade section of a square-shaped turbine outer box having a turbine blade cross section (4F) 6 times larger, with the same diameter and the same shape for each paragraph and flying with an injection propulsion force assembling bolt assembly for a short time (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade section of a square-type turbine outer box having a turbine blade cross section (4F) seven times as large as the same diameter and shape of each stage as a fitting bolt assembly. (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade section of a square-shaped turbine outer box having a turbine blade cross section (4F) 8 times larger, with the same diameter and approximately the same shape for each paragraph, and flying with an injection propulsion force for a short time coalescence engine injection unit (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade cross section (4F) with a nine-fold turbine blade cross-section turbine blade group of turbines with the same diameter and shape of each stage, and a combination bolt assembling to fly with injection propulsion force for a short time coalescence engine injection unit (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade cross section (4F) with 10 times the turbine blade cross section (4F) turbine blade group of turbine blades with the same diameter and the same shape for each paragraph and flying with injection propulsion force for a short time coalescence engine injection part (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade section of a square-type turbine outer box with 11 times the turbine blade cross section (4F) is made into a fitting bolt assembly with the same diameter and shape of each stage as a stage, and a short time coalescence engine injection unit (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade section of a square turbine outer box having a turbine blade cross section (4F) 12 times larger, with the same diameter and the same shape for each paragraph as a fitting bolt assembly, and flying with injection propulsion force for a short time combined engine injection unit (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade section of a square-type turbine outer box having a turbine blade cross section (4F) of 13 times the same diameter and shape of each stage as a fitting bolt assembly and flying with an injection driving force for a short time coalescence engine injection unit (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade section of a square-type turbine outer box having a turbine blade cross-section (4F) 14 times larger, with the same diameter and approximately the same shape for each paragraph, and flying with an injection propulsion force for a short time coalescence engine injection unit (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade cross section (4F) with 15 times the turbine blade cross section (4F) The turbine blades of the turbine are boxed in the same diameter and in the same shape for each stage, and are assembled with a fitting bolt assembly for a short time. (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade cross section (4F) with 16 times the turbine blade cross section (4F) turbine blades in the same diameter and approximately the same shape for each paragraph and flying with the injection propulsion force to assemble the bolts for a short time (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade cross section (4F) with a 17 times larger turbine blade cross section (4F) turbine blades of the same diameter and shape of each stage as a fitting bolt assembly for short-term combined engine injection (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade cross section (4F) with 18 times the turbine blade cross-section (4F) turbine blades of the same size and shape of each stage of the turbine, and fly with injection propulsion force to assemble the bolts for a short time (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade cross section (4F) provided with 19 times the turbine blade cross section turbine blade group of the same diameter and shape of each stage as a fitting bolt assembly to fly by injection propulsion force for a short time coalescence engine injection unit (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade cross section (4F) with a 20 times larger turbine blade cross section (4F) turbine blades in the same diameter and shape of each stage, and flying with injection propulsion force to assemble the bolts for a short time (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade section of a square turbine outer box having a turbine blade cross section (4F) 21 times larger, and a short-term coalescence engine injection section flying with injection propulsion force to make assembly bolt assembly with the same diameter and shape of each paragraph (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade section of a square turbine outer box having a turbine blade cross section (4F) 22 times larger, with the same diameter and approximately the same shape for each paragraph, flying with an injection propulsion force to make a short-term coalescence engine injection unit (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade cross section (4F) with a turbine cross section (4F) of 23 times the turbine blade group of turbines with the same diameter and the same shape for each paragraph and flying with an injection propulsion force for a short time coalescence engine injection unit (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   Turbine blade cross section (4F) with 24 times the turbine blade cross section (4F) turbine blade group of turbines with the same diameter and the same shape for each paragraph and flying with injection propulsion force to make a short time coalescence engine injection part (78S) Various energy conservation cycle coalescing engines that fly in large quantities and fly to space.   The turbine blades of the square turbine outer box have the same diameter and the same shape for each paragraph, and are assembled with fitting bolts. The air heated by sunlight with the drive heat pump is made into the intake compression high temperature, and the heat is recovered with the compression heat recovery unit (2C). Fuel-injection-combustion-heat-exchange-cooling-combustion-divided and stored into combustion gas heat quantity and mass, and short-time coalescence engine injection part (78S) .