JP2011089397A - Various energy conservation cycle combined engine - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To solve the following problems: since by abnormal weather, abnormal dryness, a forest fire, drought and concentrated heavy rain are increased and fishes are dramatically reduced, it is necessary to reduce CO<SB>2</SB>emissions from an electric power plant, an automobile, a small ship or the like to zero, recover CO<SB>2</SB>in the atmosphere and increase the fishes. <P>SOLUTION: By driving a plurality of metal ball mercury gravity solar turbines, power having the same speed and the same volume as the atmospheric pressure is set to be around 23,000 times the existing steam turbine by the drive of the plurality of turbines. In heat production, air heated by solar light is compressed by a plurality of heat pumps driven by rotation output and air heated by the solar light is heated and compressed so as to recover heat. Superheated steam and the compressed air are produced and dividedly preserved, and a water jet (79V) is driven by most of the superheated steam and compressed air. Superheated steam injection temperature is made to approach combustion gas injection temperature of 800 degrees or the like by a plurality of three-stage combustors, thereby increasing volume to 5,000 times or the like, injecting the superheated steam at extremely high speed, sucking and injecting seawater, and decuple speed in comparison with the existing ship. In an injection/propulsion process, speeding up of a natural phenomenon is performed. Accordingly, nutrient such as CO<SB>2</SB>, nitrogen and oxygen is supplied into the seawater, and CO<SB>2</SB>in the atmosphere is recovered and used in order to remarkably increase phytoplankton and fishes. <P>COPYRIGHT: (C)2011,JPO&INPIT

Description

  The present invention results in an experimental result unit volume the ability to digest water microbes is very large, such as one thousand to ten thousand times that of airborne microbes, further increases the number of microbes in water by speeding up natural phenomena Aims to increase the food supply of humans and other animals. In addition, heat energy is obtained by using heat pump 3 to 5 times the heat energy obtained, and there is information, and solar heat is recovered by using heat pump and compressed heat is recovered by heat pump to recover thermal energy and cold energy 3 to 5 times. A large amount of solar-heated CO2 is drawn with the atmosphere at high speed, compressed by a thermal pump driven by a vertical blade, all moving blades, metal balls, mercury gravity, solar heat turbine, etc. to produce heat exchange superheated steam + compressed air cold heat, As the water jet 79V one stage combustion or annular multistage combustion selective use, close the superheated steam injection temperature 100 degree to the combustion gas injection temperature 900 degree etc. and use 24-400MPa superheated steam volume around 5000 times injection speed of water Maximize the water suction injection propulsion that maximizes the combustion gas suction force Maximize the CO2 with the atmosphere to a large amount, and float the high-speed injection hull, supply CO2 into the sea, proliferate phytoplankton etc. Production of large amounts of food to increase fish breeding, and increase the medium- and large-sized vessel speed to about 10 times that of existing vessels, and make the world's top water jet with an outstanding operating profit , It relates to a technique for rapid recovery and utilization of CO2 in the atmosphere.

For example, a mass of 24-400MPa compressed air is supplied to a water jet 79T combustor to heat the heat energy of the superheated steam around 400 to 24MPa around 400 degrees of fuel injection combustion, and two-stage combustion heats the superheated steam from multiple locations The combustion gas is injected by the combustion gas injection nozzle 6Y, and the two-stage fuel injection is performed in the first stage combustion injection high-temperature high-speed combustion, and the three-stage combustion annularly heats the superheated steam from plural locations inside and outside The combustion gas is injected by the nozzle 6Y and the fuel injection is three-stage combustion in two-stage combustion injection high temperature and high speed combustion, and the four-stage combustion is annular combustion in four stages of the fuel injection from multiple points in the suction air flow, The steam is annularly heated from the outside to about 800 degrees, the superheated steam volume is increased, the injection speed is nearly tripled, the injection propulsion output and the suction output of the combustion gas 49 are increased, and the forward air is As the water jet 79T that sucks and jets water by suction and injection, the most inexpensive combustion gas propellant and superheated steam propellant approaching the theoretical air fuel ratio are injected most efficiently, and the most inexpensive metal sphere mercury gravity + sunlight + Low cost fuel combustion, water jet 79T 4 stage air suction injection water jet, high expansion speed of steam turbine and high speed combustion of scramjet combined use as water jet selective use aiming at 10 times speed of existing ships, Water-jet propelled ships that use full-wing metal-blade metal-sphere mercury-gravity solar thermal turbine 8G-driven water jets to supply CO2 to the ocean fish large-breeding water jets fast natural phenomenon speeding-up and use CO2 together with the atmosphere It relates to technology.

Impact ball reduction material 3E, in which water is added to mercury or liquid metal (lead alloy core) as metal ball mercury heat energy accelerated turbine + metal ball mercury mass accelerated turbine gravity additional drive, metal ball as a turbine drive optimally corresponding to the amount of resources Mercury is injected by a mercury injection pump 6Z at 400 MPa etc. and accelerated by compressed air heat + compressed air mass respectively to inject the turbine blade cross section 4X onto the turbine blade 8c which is 2 to 26 times as large as the existing steam turbine and each is metal To increase the rolling contact rotation output of the mercury ball, the horizontal axis 1h is provided between the turbines to drive the generator 1, the heat pump 1G, the compression heat recovery device 2C, the water heat exchanger 2Y, and the air heat exchanger 2X, Heat pump Multiple compressed air heat + mass infinite challenge to the outside of the turbine outer case 77a, a plurality of vertical-type full blade metal sphere mercury gravity solar thermal turbine 8G alternating rotation direction, vibration and noise Intake air path 28A of solar air heated by suction air path 28A composed of long lens 2d heat absorbing material 2B with a slight offset of solar lens, compressed by heat recovery unit 2C at around 900 degrees, and heated by solar heat air 28a around 500 degrees Heat, suction and compression to 1,200 degrees with a heat pump, heat recovery is repeated, compressed air 28a heat production is infinitely continued, and mass production, atmospheric pressure same speed same volume work ratio kg weight m / s, 1 of existing steam turbine The invention relates to metal sphere mercury gravity solar thermal engine technology that accelerates the natural phenomenon of rapidly recovering CO2 with the atmosphere by driving the selected water jet as a metal ball mercury output around 10,000 times.

  If the sea surface temperature of the existing thermal power nuclear power generation continues to rise 7 degrees continuously for 100 years, the sea water temperature rise amount exceeds 1000 times that of the present at 10% growth, so the CO2 concentration in the sea water is greatly increased. There is a background where human beings are extinct, with land and sea food approaching 0, with Antarctic ice approaching 0 as a 300 m / s typhoon or seasonal wind that is ten times as heavy rain, heavy rain or wind. There is already a news report that seaweeds and fish near Japan have become extinct, and there is information that fish has fallen sharply to 1/100, etc., and there is a suspicion that some of the phytoplankton will be killed in the process of 7 ° C increase in seawater temperature. In winter, the sea surface is cooled by seasonal wind etc. It is very strongly suspected that seaweeds, corals, etc. are approaching extinction by making natural phenomena that supply nutrients such as nitrogen, oxygen and CO2 to the seabed impossible. According to current science and technology, all causes are considered as abnormal weather due to the increase of CO2 in the atmosphere. There is a background that if the profit is small, cooperation is impossible and the larger the profit, the easier the cooperation. Therefore, the temperature of seawater is slightly increased CO2 emission is small Fuel cost is small metal sphere mercury gravity solar thermal engine water jet drive, huge amount of solar heating air including CO2 is suction compression heat exchange and divided and stored as superheated steam heat + compressed air mass As a master of water jet vessel driven by metal ball mercury gravity, it makes cooperation easy in the world with excellent profit ratio, accelerates super-high speed mixing natural phenomenon to seawater with nitrogen, oxygen or CO2 in the process of injection promotion, plant The Frankton is widely proliferated on the sea surface in the world, and the fish chain is proliferated by the food chain. Similarly, power generation supplies nitrogen, oxygen, and CO2 to the bottom of the world, and it proliferates seaweeds, corals, plants, Frankton and fish etc. Speed up natural phenomena.

Because the unit of horsepower and work rate is kg weight m / sec isoweight x velocity, it is theoretically the best engine to generate rotational output by accelerating a heavy substance by gravity acceleration, but there is a background that there is no trace considered. Therefore, the amount of fuel consumption is small, metal spheres, mercury, silver, gravity, solar thermal engines, etc. are used to drive airplanes and ships, and while stopped, global warming prevention used in heat, electricity, and cold heat supply facilities, etc. The work rate kg weight m / s is about 23,000 times that of the existing steam turbine Metal sphere mercury silver work rate around, mercury and liquid metal (lead alloy core) and water as impact reduction material 3E, metal sphere etc vertical When acceleration is accelerated downward, output generation is greatly increased by gravity acceleration alone than input which increases the drop at low speed, and there is a background that can increase the output to 1000 m etc. The maximum acceleration on earth is almost infinite with gravity acceleration, and it is a theoretical best engine with a slight rise in seawater temperature, a small amount of CO 2 emissions and a small amount of fuel cost. Thermal and cold energy utilization of means of leaving limited resources such as fossil fuel There is a background to increase the fish food by speeding up the natural phenomena such as nitrogen, oxygen and CO2 recovery to infinity, and to obtain super-large aquaculture in the world's oceans.

  It is expected that if China continues to grow at 10% for 50 years, the temperature rise of seawater will be 32 times that of the present, and Japanese monsoon wind will be 50 to 80m / sec, and the whole country will be polluted with seawater. It is feared that the greening of around 80% of Japan's large companies that offer the resumption of the current employment fear to Prime Minister Koizumi may have begun to be around around 80%, as greenery may be destroyed and successive deaths may extend to similar worlds We need wisdom to make Decided to invent the theoretical best engine in 1965. In fact, it began to improve and started trial production at the contract of the Okayama regional invention center in 1955, and continued trial production on its own, but trial production of the engine is very difficult. . Therefore, we started asking for a large number of large domestic companies to cooperate from February 1982. However, there is no cooperation from Japanese companies, etc. The cooperation of President Clinton who only asked foreign countries is obtained three or three times every request. The useless inventions of 1992 US Patent 5133305, 1993 US Patent 5230307 and 1995 US Patent 5429078 have been found. There are many fatal defects in the existing engine, and it turns out that it is impossible to improve the invention, and suddenly we open the homepage of 1997 and apply for one improvement patent for the defects and reach near the 2008 theoretical best engine And, with the cooperation of the former president, for example, the generator and heat pump are driven at a fuel cost of 0 by gravity solar thermal power generation to enable extremely inexpensive manufacturing of an almost infinite electricity and heat and cold heat, and a liquid of 500 ° C or less With metal combined power generation etc., I want to shift the atmospheric pressure same speed work rate to 1 to 23,000 times that of the existing steam turbine power generation, actually experiment and shift to the experiment best engine.

U.S. Patent No. 6119650, Chinese Patent No. 8818, EU British Patent No. 902175, and U.S. Patent No. 6263664 improve the above-mentioned many background technologies, and also the invention of the process of the invention of the theoretical best engine. In the experiment aiming at the best of experiments, we will experiment with liquid metal gravity power generation to generate power of 1 to 23,000 times of steam turbine power generation, and solar heat as a seed to experiment with near infinite heat and heat production experiments with gravity driven heat pump. Let's make it 10 times the amount of power generation of the existing world by various gravity power generation such as liquid metal, and let the burning of the limited resources such as fossil fuel be minimum necessary and leave it to the offspring.

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  In existing thermal power nuclear power plants in the world, accelerating CO2 global warming and increasing sea surface temperature by 7 degrees centigrade to 1000 times over 100 years in 100 years, increasing CO2 in the atmosphere global warming accelerating and rising seawater temperature Increase the updraft, increase abnormally dry wildfires and droughts and torrential rains as much as possible, and decrease the land food of humanity as much as possible, and the natural phenomenon of supplying nutrients to the sea surface cooling seabed in the winter, impossible, Reduce phytoplankton, seaweeds, corals, etc., reduce fish to 1/100 by food chain, decrease human food in the sea as much as possible and increase flooding, torrential rain, typhoon, and monsoon by 10 times in 100 years. For example, with typhoons and seasonal winds set at 300 m / s etc., there is a task to prevent global warming and postpone humanity extinction to increase the danger of human extinction, and if fossil fuel is burned in large quantities, the earth warms. As the resources deplete at the same time, it is used as a space-saving prime solar-powered prime airplane or ship with zero air resistance, and in solar prime-priming vessels CO2 is sucked and injected together with the atmosphere to accelerate natural phenomena, There is a challenge to multiply seaweeds and increase the ability to digest CO2 etc. by as many as tens of thousands of times over forest.

When a heat pump heat pump is driven by a metal ball mercury gravity solar heat turbine, the heat (superheated steam heat) and the cold heat (compressed air mass) become the challenge of infinite production at fuel cost 0, and the heat pump driven by the gravity solar heat engine The amount of cold energy production is made close to infinity, and the thermal energy can be stored for a short time by the superheated steam 50. When the space is rising, the short term injection propulsion force by the combined engine injection part 78X, 100 times the pressure of the existing jet 10 times With a target of 1000 times the output of thermal energy injection, and with a fuel consumption close to zero in space use and in the stratosphere use ambition, airplanes use zero fuel consumption from space and stratospheric flight and produce the superheated steam using sunlight most efficiently. In solar powered vessels, CO2 and air heated by solar light are compressed with a heat pump, and divided into heat recovery thermal and cold energy, and water jet In the process of injection, fuel is injected into compressed air cold heat, and the overheated steam temperature which approaches atmospheric pressure 100 degrees by 3 steps combustion etc. is injected three times at 800 degrees etc., and the highest speed injection of superheated steam and combustion gas is carried out The natural phenomenon is accelerated by promoting water suction injection as 10 times the speed of water, etc., and the phytoplankton, seaweeds, etc. in the air are expected to multiply by several tens of thousands of times. It will grow endlessly including tens of thousands of times including the power generation.

  In the case of a boat-shaped full moving blade metal sphere mercury gravity solar thermal turbine 8G driven water jet vessel 38B, water jet 79V sucks in CO2 together with the atmosphere and carries out super high velocity injection, as a high speed natural phenomenon of super high speed mixing dissolution in the world's ocean, Dissolve CO2, nitrogen and oxygen, multiply phytoplankton etc. and increase the effect of fish growth etc. When used in anchored metal sphere mercury gravity solar thermal power, storage battery driven cars and ships, etc. There is an effect that the CO2 emissions are minimal such as home electrification and plant electrification, and CO2 exhaust can be used for cold heat, and it is possible to supply extremely inexpensive ice in large quantities, so CO2 after cold heat recovery is dissolved in deep ocean water Supplying to the seabed has a great effect of proliferating phytoplankton, seaweeds and fish and shellfish. Vertical-type all-wing metal-sphere mercury ball solar thermal engine Fuel cost is small, medium- and large-sized vessel driving is the most effective in the world with outstanding profit ratio, and operating at 10 times the speed of existing vessels, etc. In order to start from the natural phenomenon speed-up to supply all CO2 etc. collected in the process of injection and propulsion into the sea, phytoplanktons are greatly increased in proportion to food in the breeding food chain. There is a big effect to shift to the large-scale aquaculture fishery.

Explanatory view of a heat-accumulation-type all-moving blade metal sphere mercury gravity solar heat turbine 8G (Example 1) Explanatory view of mass-accelerated cage-type full blade metallic sphere mercury gravity solar heat turbine 8G (Example 2) Explanatory drawing of air suction injection water jet vessel 38B (Example 3) Explanatory drawing of water jet 79T (Example 4) Explanatory drawing of the water jet 79S (Example 5)

  The embodiments and examples of the invention will be described with reference to the drawings, but the same names and symbols are given to parts substantially the same as the ones in the embodiments and examples described above. It will be omitted as much as possible, and the characteristic parts and the inexplicable parts will be sequentially added and explained. In addition, although the idea is explained with hypothesized numbers in order to clearly explain the intended purpose and prediction specifically for the extremely difficult brain theory best engine invention, the correct answer is the experimental number of the theoretical best engine as the experimental number. Not limited to The idea that seems to be the best is redundantly explained in many applications, and the idea is selected and used according to the application, and the claim is converted into a variety for selection and use according to the versatility, resources from theoretical best engine to sequential injection promotion As the output matched to the amount and demand amount, for example, the impact reduction material of power generation of infinite demand is developed from liquid water core to liquid metal and mercury, and the lightweight and high power is the most important airplanes as mercury power core Ships whose output is important are liquid metal output and water output core prediction of lead alloy core, and shift from theoretical best to experimental best engine for practical use.

  In the calorific-acceleration-type full blade metallic sphere mercury gravity solar heat turbine 8G shown in FIG. 1, the increase sphere riser 2F is provided to ascend and store the metallic sphere mercury at the top, 1 to 10 stages etc. turbines in the outer box 77a. Are vertically installed in multiple stages, and the number used according to the application is used, and the compressed air heat energy acceleration gravity acceleration is accelerated by 400 MPa injection by the mercury injection pump 6Z to drive the boat-shaped full blade metal sphere mercury gravity solar thermal turbine 8G The horizontal shaft 1h is provided between the turbines to drive the generator 1, the heat pump 1G, the compression heat recovery device 2C, the water heat exchanger 2Y and the air heat exchanger 2X outside the turbine outer box 77a to rotate the turbine 8G. Alternate directions to offset vibration and noise slightly, and use solar heat as a seed to produce nearly infinite heat (superheated steam of compressed air heat) and cold heat (compressed air mass) with heat pump 1G and compression heat recovery machine 2C For example, 400 degrees After divided into 24 ~ 400MPa superheated steam + 200 degrees around 24 ~ 400MPa compressed air mass, the turbine blade turbine is driven by a part of it, the most selected Figure 4 water jet 79S (79V) or 79T (79V) Water is supplied to the combustor 1Y to perform four-stage combustion or the like for heating the overheated steam 50 on the outer periphery of the fuel injection combustion, and the water is sucked and injected as the two highest speed injections by bringing the combustion gas 49 and the overheated steam 50 injection temperature closer. By setting the jet 79 V, supplying the maximum amount of air bubbles to the bottom of the vessel in the process of injection and propulsion, maximizing the levitation force by minimizing the friction loss, and aiming at the speed of sound. I will.

In the process of calorific-acceleration-type all-rotor blade metal sphere mercury gravity solar heat turbine 8G exhaust, after cooling by metal sphere mercury driven by mass turbine by water condenser 2a, mass turbine exhaust air cooling by cold heat condenser 2H is restored Increase the temperature of the metal sphere mercury to vacuum and raise the temperature of the metal sphere mercury by raising the temperature of the metal sphere mercury and raise the temperature of the metal sphere mercury to cool the temperature of the metal sphere mercury, and make the calorific turbine run at a temperature rise. Inner rotor blade group 60C Outer rotor blade group 60D is provided with a hydraulic levitation additional thrust bearing 80a for supporting a large weight, and is capable of fully automatic processing as much as possible with the same diameter substantially the same shape for each stage. Gravity acceleration part 1g which accelerates metal ball mercury while making group and multistage turbine possible while fully automatic processing and assembling easy, has horizontal axis 1h through hole for driving generator 1, heat pump 1G etc. , Electric machine 1, heat pump 1G, etc. are driven outside turbine outer box 77a, air for solar heating is compressed around 1000 degrees, air for solar thermal heating is heated to 600 ° C etc. by air heat exchanger 2X Increase the production volume of high-pressure compressed air 28a and superheated steam 50 repeatedly at around 1200 degrees of compression and make atmospheric pressure same speed same volume work ratio kg weight m / s to about 10,000 times of existing steam turbine, existing (2) to 26 times the cross-sectional area of the turbine blade cross-sectional area of the turbine blade cross-section 4X injection, rolling contact rotational power generation to maximize gravity, sunlight and surface tension, compressed air mass production and heat quantity (overheated steam ) Produce, heat of seawater temperature rise 0CO2 exhaust 0 heat acceleration 竪 type full blade metal ball mercury gravity solar heat turbine 8G.

As shown in FIG. 2, the mass-accelerating-type all-moving-blade metal ball mercury gravity solar thermal turbine 8G has 1 to 10 stages of vertically arranged multistage turbines in the outer box 77a, and the quantity of heat accelerating turbines is used according to the application. Increase the temperature of the metal ball by raising the temperature and raise it at the top with the ball raising device 2F, and inject it at 400MPa with the mercury injection pump 6Z and accelerate the compressed air 28a mass acceleration Gravity acceleration to accelerate the mass drive metal ball mercury gravity solar thermal The turbine 8G is driven by rolling contact with metal ball mercury, and the compressed air 28a which approaches absolute zero in the process of driving is heated by the metal ball mercury whose temperature is increased to increase the compressed air volume velocity to increase the turbine output. The metal ball mercury is cooled, and the heat-accelerating turbine 8G is driven by the cooled metal ball mercury, and the low-temperature compressed air 28a of the mass turbine exhaust is extracted as a circulation that raises the metal ball mercury temperature In the process of suction at 51, heat energy accelerated turbine 8G exhaust is cooled, cold heat condenser 2H mass turbine exhaust cooled, exhaust air is circulated compressed by heating heat pump 1G, and through hole in turbine inter-gravity acceleration part 1g And the horizontal axis 1h, drive the generator 1, heat pumps 1G, etc. outside the turbine outer box 77a, alternate the rotational direction of the turbine 8G, offset the vibration and noise slightly, and heat the solar heat as a heat pump 1G and air heat exchanger 2X produce nearly infinite heat and cold and divide into 24 to 400MPa superheated steam + 24 to 400MPa compressed air mass, drive a turbine with a part of it and water jet at most We will use a mass-acceleration-type all-blade metallic sphere mercury gravity solar thermal turbine 8G, which drives 79 V and creates a natural phenomenon speeding ship that supplies CO 2 to seawater by suctioning and injecting water.

In the process of mass acceleration boat-type all moving blades metal sphere mercury gravity solar thermal turbine 8G rotational power generation, the compressed air 28a approaching absolute zero is increased heating volume by metal sphere mercury, and acceleration speed of mass acceleration is increased The rotational power of the turbine is increased, and the exhaust of the calorific turbine is cooled with metal ball mercury in the exhaust process, and the exhaust turbine of the calorific turbine is cooled by the air extractor 51 in the process of suctioning the exhaust of the mass turbine, compressed air exhaust Heat is compressed by the heat pump to a high temperature, heat recovery is repeated heat recovery, metal turbine driven by metal turbine is cooled by heat turbine driven metal bulb mercury is used by heat turbine driven metal bulb mercury, temperature raised by metal bulb mercury As circulation for driving the mass turbine 8G, the inner moving blade group 60C and the outer moving blade group 60D are provided with a hydraulic levitation additional thrust bearing 80a for supporting a large weight, and a multistage similar to the heat energy acceleration turbine 8G -Enable the generator 1, drive the generator 1, heat pump 1G, etc. outside the turbine casing 77a, compress the air for solar heating to around 1000 degrees, and heat the air for solar heating with the air heat exchanger 2X. Heat to 500 ° C, etc. and compress to around 1200 ° C, repeatedly increase the production volume of high pressure compressed air 28a and superheated steam 50, atmospheric pressure same speed same volume work ratio kg weight m / s, existing steam The metal ball mercury output of about 23,000 times that of the turbine and injecting it to the turbine blade cross section 4X made 2 to 26 times the cross sectional area of the existing turbine blade cross sectional area to generate rolling contact rotational power, gravity, sunlight and surface tension Make maximum use of the exhaust process in the process of air extraction 51 and heat pump 1G again as compression use, increase the temperature of seawater temperature 0CO2 exhaust 0 mass acceleration vertical blade metal ball mercury gravity solar thermal turbine 8G.

  In the air suction injection water jet vessel 38B injection propulsion power generation of FIG. 3, since the use of gravity is limited, as a gravity use additional acceleration of thermal energy acceleration and mass acceleration as a turbine use gravity addition multi-blade type full bucket metal ball mercury gravity solar thermal turbine 8G side by side Corresponding to the ship's speed by vertical line selection use, etc. In the process of suctioning the air 28a from the wing leading edge 38e air passage inlet 28B, the solar heating air 28a by the suction air passage 28A configured by the long lens 2d heat absorbing material 2B. In the horizontal axis 1h drive heat pump 1G of multiple turbines and compression around 1000 degrees, heat recovery 600 degrees in the air heat exchanger 2X with another air 28a of solar heating, compression in the heat pump 1G Heat production is repeated at around 1200 ° C and heat recovery is repeated, and if necessary, the compression heat recovery unit 2C performs high pressure combustion heat exchange cooling combustion without fuel injection combustion as much as possible, and repeatedly performs compression compression 200 degrees and back and forth, repeating the heat recovered by the water heat exchanger 2Y, and produce 24~400MPa superheated steam 50 and 24~400MPa combustion gases 49 wt.

A part of the heat and cold is used to drive a plurality of all-blade full bucket metal ball mercury gravity solar heat turbine 8G with a part of heat and cold, and supplied to the combustor 1Y of the selected water jet 79V, and the superheated steam 50 around the fuel injection combustion As the three-stage combustion or four-stage combustion selection such as heating, the injection temperature near 100 degrees of the superheated steam 50 is made close to the combustion gas 49 injection temperature around 600 to 800 degrees to make the injection speed maximum and the combustion gas suction force maximum. Maximize multiple water suction and injection outputs, and suction and inject obliquely downward from the foremost part of the hull to levitate and propel the front of the hull and supply the largest amount of air bubbles to the entire surface of the bottom, and for the lowest friction loss, maximum levitation force Then, 79 V is added to enable reverse injection, etc., various medium and large vessels are brought close to the speed of sound, and natural phenomena to rapidly dissolve CO 2 in the sea with the atmosphere are made faster, phytoplankton Growing seaweed, etc., to increase the food of fish such as the food chain, and to a large water jet ship 38B flourished in various.

In the water jet 79T selection of FIG. 4, the superheated steam 50 with the superheated steam control valve 25 opened and stored separately is supplied to the uppermost stream (the figure is improved) of the superheated steam reservoir 95c on the outer periphery of the combustor 1Y, and the combustion gas control valve 24 is selected. Or, the compressed air control valve 24A is opened, and a combustion gas 49 of about 200 to about 400 MPa is supplied to the uppermost stream of the combustion gas reservoir 95a combustor 1Y, and the fuel control valve 25b is not opened. Is injected from the fuel injection nozzle 6X, and the superheated steam 50 at the ignition combustion outer periphery is heated at the uppermost stream of the combustor 1Y and the combustion temperature is raised to heat the 400 to 400 MPa superheated steam 50 around 400 degrees of the outer peripheral superheated steam reservoir 95c. The injection output of both is increased, and the combustion gas injection nozzles 6Y of the plurality of combustors 1Y are annularly provided on the outer periphery of the overheated steam reservoir 95c, and The fuel injection two-stage combustor multiple optimal distance annular combustion from the injection nozzle 6X, the superheated steam 50 an optimal distance from the outer periphery annular heated superheated steam temperature 600 ~ 900 degrees etc., increase the superheated steam volume to increase the injection speed To increase the combustion gas suction output and to increase the amount of fuel combustion.

A plurality of three-stage combustor combustion gas injection nozzles 6Y are provided inside the superheated steam 50 injection stream from the two-stage combustion stream, and a plurality of three-stage combustor combustion gas combustion streams are respectively provided with fuel injection nozzles 6X, The fuel injection three-stage combustor multiple optimal distance annular combustion from the fuel injection nozzle 6X, the temperature of the superheated steam approaching 100 degrees is heated from the inside and the outside 600 by the three stages of annular combustion inside and outside of the superheated steam 50 injection stream. Increase the injection output and the combustion gas suction output to approximately 900 degrees, annularly heat the superheated steam 50 from the outer circumference and from several places in the inner week, and have a plurality of four-stage combustors in the suction air flow, A four-stage combustor is provided with a fuel injection nozzle 6X, which enables maximum annular combustion amount of fuel injection for each suctioned air stream, annularly heats the superheated steam 50 for an optimum outer circumferential distance, and approaches 100 ° C. Temperature 600 By approaching to 900 degrees etc., the jet propulsion output is increased at special needs, the jet propulsion power is maximized, the water suction jet output of the air suction jet water jet 79T is maximized, and nitrogen, oxygen and the like in the sea Natural phenomena that supply nutrients such as CO2 at high speed are speeded up, various medium and large ships speed is increased 10 times that of existing ships, and phytoplankton and seaweeds are proliferated. We aim to increase the natural phenomenon speed that increases fish and kelp by food chain etc.

In the water jet 79S selection of FIG. 5, the superheated steam 50 with the superheated steam control valve 25 opened and stored separately is supplied to the uppermost stream of the superheated steam reservoir 95c on the outer periphery of the combustor 1Y (the figure is improved). Or, the compressed air control valve 24A is opened, and a combustion gas 49 of about 200 to about 400 MPa is supplied to the uppermost stream of the combustion gas reservoir 95a combustor 1Y, and the fuel control valve 25b is not opened. Is injected from the fuel injection nozzle 6X, and the superheated steam 50 at the ignition combustion outer periphery is heated at the uppermost stream of the combustor 1Y to 600 to 900 degrees etc. and the combustion gas temperature is raised to around 400 degrees of the outer peripheral superheated steam reservoir 95c. 24 to 400MPa superheated steam 50 to increase the injection output of both heating, combustion gas injection nozzles 6Y of the plurality of combustors 1Y are annularly provided on the outer periphery of the superheated steam reservoir 95c, 1 During each fuel injection nozzle 6X in the combustion injection stream, the fuel injection two-stage combustor multiple optimal distance annular combustion is performed, and the superheated steam 50 is an optimal distance annular heat superheated steam temperature 600 ~ 900 degrees etc from the outer circumference By increasing the steam volume, the injection speed is increased to increase the combustion gas suction output, enabling an increase in the amount of fuel burned.

A plurality of three-stage combustor combustion gas injection nozzles 6Y are provided inside the superheated steam 50 injection stream from the two-stage combustion stream, and a plurality of three-stage combustor combustion gas combustion streams are respectively provided with fuel injection nozzles 6X, The fuel injection three-stage combustor multiple optimal distance annular combustion from the fuel injection nozzle 6X, the temperature of the superheated steam approaching 100 degrees is heated from the inside and the outside 600 by the three stages of annular combustion inside and outside of the superheated steam 50 injection stream. The injection output and combustion gas suction output are increased to about 900 degrees, and the superheated steam 50 is annularly heated from the outer circumference and a plurality of points in the inner week to increase the injection propulsion output, maximizing the superheated steam injection speed Maximize the combustion gas suction output, maximize the water suction injection output of the air suction injection water jet 79S, and speed up the natural phenomenon of supplying nutrients such as nitrogen, oxygen and CO2 into the sea at high speed Increase medium- and large-sized vessels 10 times faster than existing vessels, grow phytoplankton and seaweeds etc. Increase digestion ability such as CO2 by several tens of thousands times of forest, increase fish and kelp by food chain etc. Speed up natural phenomena.

  0: Vacuum, 1: Generator, 1A: Mercury Exhaust Inspection Room, 1B: Means of increasing oxygen level, 1C: Alcohol cold heat, 1D: Fuel injection pump, 1F: Condensate pump, 1G: Heat pump, 1H: Pumping pump, 1J: Water pumping apparatus, 1Y: Combustor, 1b: Fuel, 1c: Specific substance, 1d: Mercury, 1e: Coated steel ball (coated with impact reducing means 2G) 1e: Coated mercury (spherical stainless steel durable material or impact 1g: Gravity acceleration part, 1h: Horizontal axis, 2: Sunlight heater (tilt and rotate sunlight with long lens) 2a: Water condenser, 2a: Condenser cooler, 2b: Solar thermal augmentation suspension bridge (vertically suspended lifting gear left and right to tilt and track sunlight with multiple steps of long lens) 2c: heat insulating material, 2d: long lens, 2e: water surface, 2f: lifting tool left, 2g: hanging Ingredient right, 2h: seawater cooler, z: Geothermal air heater, 2A: heat resistant material, 2B: heat absorbing material, 2C: compression heat recovery unit, 2D: power increase means, 2E: power increase sphere (liquid metal such as liquid lead, liquid tin, liquid zinc, etc. Platinum ball, coated platinum ball, gold ball, coated gold ball, platinum alloy ball, gold alloy ball, lead alloy ball, silver alloy ball, coated platinum alloy ball, coated gold alloy ball, coated lead ball, coated silver alloy ball, tungsten alloy Balls or coated tungsten alloy balls or tungsten steel balls or coated tungsten steel balls or tantalum alloy balls or coated tantalum alloy balls or molybdenum steel balls or coated molybdenum steel balls or molybdenum cast iron balls or coated molybdenum cast iron balls or silver balls or coated silver balls etc Alloy containing metal balls and coated metal balls) 2F: Augmented ball raising device, 2G: Impact reducing means (covering with small balls, lubricating oils, incombustible liquids, rubbers, plastics, etc.) 2H: cold heat condenser, 2J: Liquid gold Heat exchanger, 2K: lubricious material, 2X: air heat exchanger, 2Y: water heat exchanger, 2Z: mercury heat exchanger, 3: friction loss reduction means (water repellent action, heating high temperature means, coating etc. optimum Uses known technology to reduce friction loss 3A: Water repellent action (means for reducing friction loss with water) 3B: Heating high temperature means (making high temperature with existing technology such as electric resistance and electromagnetic heating) 3C: Cold heat recovery means, 3E: Impact reducing material (Mercury, liquid metal, water) 3G: Water repellant (means for reducing friction loss with mercury) 4A: Turbine blade cross section (existing cross section) 4B: Turbine blade cross section (output surface less curved cross section) 4C: Turbine blade Cross section (output surface straight cross section) 4D: Turbine blade cross section (output opposite surface straight cross section) 4E: Turbine blade cross section (output reverse curved minor cross section) 4F: turbine blade cross section (existing opposite cross section) 4X: turbine blade cross section (4A ~ 4F 5C: air exhaust chamber, 6: nozzle, 6a: nozzle injection part, 6b: nozzle injection part, 6d: nozzle injection part, 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 (liquid metal) injection pump, 7: fuel injection valve, 7A: propeller, 7B: Rotor, 7C: Screw, 7E: Rotor wing, 8a: All moving wing bouncer gas turbine (all moving wing Steam turbine or full moving blade mass turbine) 8b: Full moving blade ball-wheel water turbine (full moving blade water turbine or full moving blade calorific turbine) 8c: Turbine blade 8d: Side plate 8e: Cylindrical cylinder 8E: All moving blade Shock wheel mercury turbine (full blade mercury turbine or full blade thermal energy turbine) 8F: Full blade impact wheel gravity turbine, 8G: Vertical full blade liquid metal solar thermal turbine (vertical full blade thermal turbine vertical blade mass Turbine Full-blade Full-blade Mercury Gravity Solar Thermal Turbine) 8 K: Liquid metal gravity-facing turbine (Face-to-Face Turbine Calorific Turbine opposing-mass turbine) 8 K: Facing-series All-blade Impeller Turbine (Facing-series All-blade Impeller Wheel Mercury Turbine facing series) All moving wing bounce wheel water turbine facing inline all moving wing bounce wheel gas turbine facing inline all moving wing bounce wheel gravity turbine) 8L: Series full moving wing bounce wheel turbine In-line all moving wing bounce wheel mercury turbine in-line all moving wing bounce wheel water turbine in-line all moving wing bounce wheel gas turbine in-line all moving wing bounce wheel gravity turbine) 10: Hull, 10A: cabin, 10a: enlarged compression chamber, 10b: cockpit, 10c: control room, 10d: passenger room, 10e: cargo room, 11A: bulkhead, 11B: water room 11C: air room, 11D: vacuum room, 16: crankshaft, 16A: horizontal axis, 21: enlarged piston, 24: Combustion gas control valve 24A: compressed air control valve 25: overheated steam control valve 25B: high temperature water control valve 25a: intake valve 25b: fuel control valve 28a: air 28a: internal air 28a: air pipe Air, 28b: Compressed air heat quantity, 28A: Intake air path, 28B: Air path inlet, 37a: Magnetized friction car, 37b: Internal magnetized friction car, 38a: Flight cylinder 38C: flying wing, 38c: flying wing, 38d: vertical wing, 38e: wing leading edge, 38g: water wing, 38h: floating boat, 38A: gravity plane, 38B: air suction water jet water jet vessel, 38C: water Suction jet water jet vessel, 39A: solar thermal gravity plane, 39A: liquid metal gravity solar thermal spacecraft, 39B: solar thermal gravity rotary plane, 39B: liquid metal gravity solar thermal plane, 39C: solar thermal gravity helicopter, 39C: liquid metal gravity solar thermal flight Ships, 39C: Metal sphere water gravity solar thermal flight vessel, 39D: Screw vessel, 39D: Liquid metal gravity solar vessel, 39F: Space flight, 39G: Space flight, 39C: Flight vessel 40A: Rudder, 46: Magnet Part 49: combustion gas 49B: chimney combustion gas heat amount, 49C: Thermal energy used at the factory, 50: Superheated steam, 51: Air extractor, 52a: Water, 52b: Water (water whose temperature changes with sunlight) 52b: High temperature water, 52d: Thermal, 52d: Water temperature heat, 52d: Superheated Steam thermal, 52e: cold, 52e: water-cooled heat, 52e: compressed air cold, 52e: alcohol cold, 52e: ice-cooled heat, 55: gear-type synchronizer (including magnetic friction synchronizer) 55B: magnetic friction transmission (gears Gear type transmission (selected from existing transmissions) 60A: inner shaft device, 60B: outer shaft device, 60C: inner blade group, 60D: outer blade group, 77B: cylinder Shaped outer box, 77D: Water jet outer box, 77F: Injection outer box, 77G: Cylindrical rotating part, 77a: Turbine outer box, 78A: Combined engine injection part, 7 B: Combined engine injection unit, 78K: Combined engine injection unit, 78S: Combined engine injection unit (scramjet + steam turbine etc) 78T: Combined engine injection unit (scramjet + steam turbine etc) 78U: Combined engine injection unit (scram Jet + steam turbine etc.) 78V: Combined engine injection part, 78X: Combined engine injection part (78S 78T 78U 78V selected) 79K: Combined engine injection part, 79M: Water jet, 79S: Water jet, 79T: Water jet, 79X: Water jet (Water suction jet) 79V: water jet (selected from 79S 79T) 79X: water jet (water suction jet) 79 Y: water jet (air suction jet) 79 Z: water jet (air suction jet) 80: bearing, 80a: thrust Bearings 80A: Joints 80B: Fasteners 81: Support shafts 81a: Support points 84: Double reversal magnetic friction power transmission device (including gear type and water pump combined use) 84Y: Double reversal gear device (existing Technology) 94: Fixed outer box, 94A: Vertical part of outer box, 95: High temperature water reservoir, 95a: Combustion gas reservoir, 95b: Compressed air reservoir, 95c: Overheated steam reservoir, 95A: Water absorption path, 95B: Fuel reservoir, 96A: Water supply channel, 97: check valve, 103: cold heat recovery unit

Claims (5000)

  Metal sphere mercury gravity driven turbine blade cross section (4A) to 2 to 26 times metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + CO2 exhaust Slightly increased injection propulsion power + hydraulic levitation levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same shape for every stage Various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4B) to 5 times metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + CO2 exhaust gas Injection thrust power increase + hydraulic levitation levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + various types of turbine blade group as fitting bolt assembly turbine with the same diameter approximately the same for every stage Energy Conservation Cycle Coalition Agency.   Metal sphere mercury gravity driven turbine blade cross section (4C) to 6 times 1 step metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + CO2 exhaust Slightly increased injection propulsion power + hydraulic levitation levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same shape for every stage Various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4D) seven times two-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + CO2 exhaust Slightly increased injection propulsion power + hydraulic levitation levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same shape for every stage Various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4E) to 8 times three-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + CO2 exhaust Slightly increased injection propulsion power + hydraulic levitation levitation additional thrust bearings + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + mating buckets of turbines with the same diameter approximately the same for each paragraph Various energy storage cycle combined engines with an assembled turbine.   Metal sphere mercury gravity driven turbine blade cross section (4F) 9 times 4-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4A) 10 times 5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4B) 11 times 6 stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4C) to 12 times 7 stages metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4D) 13 times 8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + fitting the moving blade group of the turbine with the same diameter approximately the same for every paragraph Various energy storage cycle combined engines with bolt assembly turbines.   Metal sphere mercury gravity driven turbine blade cross section (4E) 14 times 9 stages metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4F) 15 times 10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4A) to 16 times metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal axis (38B) 1h) equipped + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine bucket group with same diameter and same shape for every stage Various energy conservation cycle union engine.   Metal sphere mercury gravity driven turbine blade cross section (4B) 17 times 1 step metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4C) 18 times two-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + fitting the moving blade group of the turbine with the same diameter approximately the same for every paragraph Various energy storage cycle combined engines with bolt assembly turbines.   Metal sphere mercury gravity driven turbine blade cross section (4D) 19 times three-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various cargo ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal ball Mercury gravity Forced compressed air manufacturing heat production + Turbine rotor blade Various energy conservation cycle combined engines which set the group as fitting bolt assembly turbine with the same diameter and the same diameter every paragraph.   Metal sphere mercury gravity driven turbine blade section (4E) 20 times four-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various cargo ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal ball Mercury gravity Forced compressed air manufacturing heat production + Turbine rotor blade Various energy conservation cycle combined engines which set the group as fitting bolt assembly turbine with the same diameter and the same diameter every paragraph.   Metal sphere mercury gravity driven turbine blade cross section (4F) 21 times 5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various cargo ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal ball Mercury gravity Forced compressed air manufacturing heat production + Turbine rotor blade Various energy conservation cycle combined engines which set the group as fitting bolt assembly turbine with the same diameter and the same diameter every paragraph.   Metal sphere mercury gravity driven turbine blade cross section (4A) 22 times 6 step metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various cargo ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal ball Mercury gravity Forced compressed air manufacturing heat production + Turbine rotor blade Various energy conservation cycle combined engines which set the group as fitting bolt assembly turbine with the same diameter and the same diameter every paragraph.   Metal sphere mercury gravity driven turbine blade cross section (4B) 23 times 7-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various cargo ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal spheres Mercury gravity Forced compressed air production heat production + Turbine per paragraph A variety of energy storage cycle combined engines, with the rotating blade group of each section having the same diameter and approximately the same diameter for each bolt assembly.   Metal sphere mercury gravity driven turbine blade cross section (4C) to 24 times 8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various cargo ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal ball Mercury gravity Forced compressed air manufacturing heat production + Turbine rotor blade Various energy conservation cycle combined engines which set the group as fitting bolt assembly turbine with the same diameter and the same diameter every paragraph.   Metal sphere mercury gravity driven turbine blade cross section (4D) 25 times nine-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various cargo ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal ball Mercury gravity Forced compressed air manufacturing heat production + Turbine rotor blade Various energy conservation cycle combined engines which set the group as fitting bolt assembly turbine with the same diameter and the same diameter every paragraph.   Metal sphere mercury gravity driven turbine blade cross section (4E) doubled 10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal Equipped with shaft (1h) + Drive various cargo ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal ball Mercury gravity Forced compressed air manufacturing heat production + Turbine rotor blade Various energy conservation cycle combined engines which set the group as fitting bolt assembly turbine with the same diameter and the same diameter every paragraph.   Metal sphere mercury gravity driven turbine blade cross section (4F) tripled metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal axis (38B) 1h) Prepare + Drive various cargo ships (79V) Propulsion force drive + Hydraulic floating levy additional thrust bearing equipped + Heat pump and metal sphere mercury gravity Compressed air production heat production + Turbine blade group Various energy storage cycle combined engines with fitting bolt assembly turbine as same diameter approximately same shape every paragraph.   Metal sphere mercury gravity driven turbine blade cross section (4A) quadruple 1-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various cargo ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal ball Mercury gravity Forced compressed air manufacturing heat production + Turbine rotor blade Various energy conservation cycle combined engines which set the group as fitting bolt assembly turbine with the same diameter and the same diameter every paragraph.   Metal sphere mercury gravity driven turbine blade cross section (4B) 5 times two-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal Equipped with shaft (1h) + Drive various cargo ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal ball Mercury gravity Forced compressed air manufacturing heat production + Turbine rotor blade Various energy conservation cycle combined engines which set the group as fitting bolt assembly turbine with the same diameter and the same diameter every paragraph.   Metal sphere mercury gravity driven turbine blade cross section (4C) to 6 times three-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various cargo ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal ball Mercury gravity Forced compressed air manufacturing heat production + Turbine rotor blade Various energy conservation cycle combined engines which set the group as fitting bolt assembly turbine with the same diameter and the same diameter every paragraph.   Metal sphere mercury gravity driven turbine blade cross section (4D) seven times four-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various cargo ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal ball Mercury gravity Forced compressed air manufacturing heat production + Turbine rotor blade Various energy conservation cycle combined engines which set the group as fitting bolt assembly turbine with the same diameter and the same diameter every paragraph.   Metal sphere mercury gravity driven turbine blade cross section (4E) 8 times 5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal Equipped with shaft (1h) + Drive various cargo ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal ball Mercury gravity Forced compressed air manufacturing heat production + Turbine rotor blade Various energy conservation cycle combined engines which set the group as fitting bolt assembly turbine with the same diameter and the same diameter every paragraph.   Metal sphere mercury gravity driven turbine blade cross section (4F) 9 times 6 stages metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various cargo ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal ball Mercury gravity Forced compressed air manufacturing heat production + Turbine rotor blade Various energy conservation cycle combined engines which set the group as fitting bolt assembly turbine with the same diameter and the same diameter every paragraph.   Metal sphere mercury gravity driven turbine blade cross section (4A) 10 times 7 stages metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various cargo ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal ball Mercury gravity Forced compressed air manufacturing heat production + Turbine rotor blade Various energy conservation cycle combined engines which set the group as fitting bolt assembly turbine with the same diameter and the same diameter every paragraph.   Metal sphere mercury gravity driven turbine blade cross section (4B) 11 times 8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal Equipped with shaft (1h) + Drive various cargo ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal ball Mercury gravity Forced compressed air manufacturing heat production + Turbine rotor blade Various energy conservation cycle combined engines which set the group as fitting bolt assembly turbine with the same diameter and the same diameter every paragraph.   Metal sphere mercury gravity driven turbine blade cross section (4C) to 12 times 9 step metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various cargo ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal ball Mercury gravity Forced compressed air manufacturing heat production + Turbine rotor blade Various energy conservation cycle combined engines which set the group as fitting bolt assembly turbine with the same diameter and the same diameter every paragraph.   Metal sphere mercury gravity driven turbine blade cross section (4D) 13 times 10 stages metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various cargo ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal ball Mercury gravity Forced compressed air manufacturing heat production + Turbine rotor blade Various energy conservation cycle combined engines which set the group as fitting bolt assembly turbine with the same diameter and the same diameter every paragraph.   Metal sphere mercury gravity driven turbine blade cross section (4E) 14 times metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal axis (38B) 1h) Prepare + Drive various cargo ships (79V) Propulsion force drive + Hydraulic floating levy additional thrust bearing equipped + Heat pump and metal sphere mercury gravity Compressed air production heat production + Turbine blade group Various energy storage cycle combined engines with fitting bolt assembly turbine as same diameter approximately same shape every paragraph.   Metal sphere mercury gravity driven turbine blade cross section (4F) 15 times 1-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal Equipped with shaft (1h) + Drive various cargo ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal ball Mercury gravity Forced compressed air manufacturing heat production + Turbine rotor blade Various energy conservation cycle combined engines which set the group as fitting bolt assembly turbine with the same diameter and the same diameter every paragraph.   Metal sphere mercury gravity driven turbine blade cross section (4A) to 16 times two-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various cargo ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal ball Mercury gravity Forced compressed air manufacturing heat production + Turbine rotor blade Various energy conservation cycle combined engines which set the group as fitting bolt assembly turbine with the same diameter and the same diameter every paragraph.   Metal ball mercury gravity driven turbine blade cross section (4B) 17 times three-stage metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various cargo ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal ball Mercury gravity Forced compressed air manufacturing heat production + Turbine rotor blade Various energy conservation cycle combined engines which set the group as fitting bolt assembly turbine with the same diameter and the same diameter every paragraph.   Metal sphere mercury gravity driven turbine blade cross section (4C) 18 times 4-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various cargo ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal ball Mercury gravity Forced compressed air manufacturing heat production + Turbine rotor blade Various energy conservation cycle combined engines which set the group as fitting bolt assembly turbine with the same diameter and the same diameter every paragraph.   Metal sphere mercury gravity driven turbine blade cross section (4D) 19 times 5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various cargo ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal ball Mercury gravity Forced compressed air manufacturing heat production + Turbine rotor blade Various energy conservation cycle combined engines which set the group as fitting bolt assembly turbine with the same diameter and the same diameter every paragraph.   Metal sphere mercury gravity driven turbine blade cross section (4E) 20 times six-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various cargo ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal spheres Mercury gravity Forced compressed air production heat production + Turbine per paragraph A variety of energy storage cycle combined engines, with the rotating blade group of each section having the same diameter and approximately the same diameter for each bolt assembly.   Metal sphere mercury gravity driven turbine blade cross section (4F) 21 times 7-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various cargo ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal spheres Mercury gravity Forced compressed air production heat production + Turbine per paragraph A variety of energy storage cycle combined engines, with the rotating blade group of each section having the same diameter and approximately the same diameter for each bolt assembly.   Metal sphere mercury gravity driven turbine blade cross section (4A) 22 times 8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various cargo ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal spheres Mercury gravity Forced compressed air production heat production + Turbine per paragraph A variety of energy storage cycle combined engines, with the rotating blade group of each section having the same diameter and approximately the same diameter for each bolt assembly.   Metal sphere mercury gravity driven turbine blade cross section (4B) 23 times 9-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal Equipped with shaft (1h) + Drive various cargo ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal spheres Mercury gravity Forced compressed air production heat production + Turbine per paragraph A variety of energy storage cycle combined engines, with the rotating blade group of each section having the same diameter and approximately the same diameter for each bolt assembly.   Metal sphere mercury gravity driven turbine blade cross section (4C) to 24 times 10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal Equipped with shaft (1h) + Drive various cargo ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal spheres Mercury gravity Forced compressed air production heat production + Turbine per paragraph A variety of energy storage cycle combined engines, with the rotating blade group of each section having the same diameter and approximately the same diameter for each bolt assembly.   Metal sphere mercury gravity driven turbine blade cross section (4D) to 25 times metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selected use vessel (38B) + horizontal axis (38B) 1h) Prepare + Drive various cargo ships (79 V) Spray driving force + Hydraulic floating levy additional thrust bearing + Compressed air heat energy and pressure divided etc saved mass accelerate metal ball mercury accelerated driving Various energy storage cycle combined engines with driven turbines.   Metal sphere mercury gravity driven turbine blade cross section (4E) doubled 1 step metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Various cargo ships driven by (79V) injection driving force + equipped with hydraulic floating levitation additional thrust bearing + Metal ball mercury accelerated driving by pressure stored separately in compressed air heat and mass The various energy storage cycle combined engines with the acceleration driven turbine.   Metal sphere mercury gravity driven turbine blade cross section (4F) tripled 2 step metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Various cargo ships driven by (79V) injection driving force + equipped with hydraulic floating levitation additional thrust bearing + Metal ball mercury accelerated driving by pressure stored separately in compressed air heat and mass The various energy storage cycle combined engines with the acceleration driven turbine.   Metal sphere mercury gravity driven turbine blade section (4A) quadrupled three-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Various cargo ships driven by (79V) injection driving force + equipped with hydraulic floating levitation additional thrust bearing + Metal ball mercury accelerated driving by pressure stored separately in compressed air heat and mass The various energy storage cycle combined engines with the acceleration driven turbine.   Metal sphere mercury gravity driven turbine blade cross section (4B) 5 times four-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal Equipped with shaft (1h) + Various cargo ships driven by (79V) injection driving force + equipped with hydraulic floating levitation additional thrust bearing + Metal ball mercury accelerated driving by pressure stored separately in compressed air heat and mass The various energy storage cycle combined engines with the acceleration driven turbine.   Metal sphere mercury gravity driven turbine blade cross section (4C) to 6 times 5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Maximize utilization of gravity, sunlight and surface tension + Provide water jet rotatably so that it can move up and down + Hydraulic levitation additional thrust bearing equipped + Heat pump and metal sphere mercury gravity Various energy storage cycle coalescing engines that use compressed air production heat production + turbine rotor blade groups of the same diameter and shape with the same diameter for each stage.   Metal sphere mercury gravity driven turbine blade cross section (4D) seven times six-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Maximize utilization of gravity, sunlight and surface tension + Provide water jet rotatably so that it can move up and down + Hydraulic levitation additional thrust bearing equipped + Heat pump and metal sphere mercury gravity Various energy storage cycle coalescing engines that use compressed air production heat production + turbine rotor blade groups of the same diameter and shape with the same diameter for each stage.   Metal sphere mercury gravity driven turbine blade cross section (4E) 8 times 7 stages metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Maximize utilization of gravity, sunlight and surface tension + Provide water jet rotatably so that it can move up and down + Hydraulic levitation additional thrust bearing equipped + Heat pump and metal sphere mercury gravity Various energy storage cycle coalescing engines that use compressed air production heat production + turbine rotor blade groups of the same diameter and shape with the same diameter for each stage.   Metal sphere mercury gravity driven turbine blade cross section (4F) 9 times 8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Maximize utilization of gravity, sunlight and surface tension + Provide water jet rotatably so that it can move up and down + Hydraulic levitation additional thrust bearing equipped + Heat pump and metal sphere mercury gravity Various energy storage cycle coalescing engines that use compressed air production heat production + turbine rotor blade groups of the same diameter and shape with the same diameter for each stage.   Metal sphere mercury gravity driven turbine blade cross section (4A) 10 times 9 stages metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Maximize utilization of gravity, sunlight and surface tension + Provide water jet rotatably so that it can move up and down + Hydraulic levitation additional thrust bearing equipped + Heat pump and metal sphere mercury gravity Heat production with compressed air + Various energy conservation cycle combined engines where the rotor blade group of the turbine has the same diameter and the same diameter for each paragraph.   Metal sphere mercury gravity driven turbine blade cross section (4B) 11 times 10 stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4C) to 12 times metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal axis (38B) 1h) equipped + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine bucket group with same diameter and same shape for every stage Various energy conservation cycle union engine.   Metal sphere mercury gravity driven turbine blade cross section (4D) 13 times 1-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4E) 14 times two-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4F) 15 times three-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + fitting the moving blade group of the turbine with the same diameter approximately the same for every paragraph Various energy storage cycle combined engines with bolt assembly turbines.   Metal sphere mercury gravity driven turbine blade cross section (4A) to 16 times four-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with the shaft (1h) + accelerate the liquid metal to a small diameter + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat + turbine bucket group with the same diameter approximately the same shape for every stage Various energy conservation cycle coalition agencies.   Metal ball mercury gravity driven turbine blade cross section (4B) 17 times five-stage metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with the shaft (1h) + accelerate the liquid metal to a small diameter + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat + turbine bucket group with the same diameter approximately the same shape for every stage Various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4C) 18 times 6 step metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with the shaft (1h) + accelerate the liquid metal to a small diameter + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat + turbine bucket group with the same diameter approximately the same shape for every stage Various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4D) 19 times 7 stages metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selected use vessel (38 B) + horizontal Equipped with the shaft (1h) + accelerate the liquid metal to a small diameter + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat + turbine bucket group with the same diameter approximately the same shape for every stage Various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade section (4E) 20 times 8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with the shaft (1h) + accelerate the liquid metal to a small diameter + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat + fitting bolt with the buckets of the turbine approximately the same diameter for every paragraph Various energy storage cycle combined engines with an assembled turbine.   Metal sphere mercury gravity driven turbine blade cross section (4F) 21 times 9 step metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Shaft (1h) equipped + Metal ball mercury accelerated to metal ball mercury gravity turbine driven + heat pump and metal ball mercury gravity compressed air manufacturing heat manufacture + Turbine rotor blade group is as same diameter as each stage Various energy storage cycle combined engines with mating bolt assembly turbines.   Metal sphere mercury gravity driven turbine blade cross section (4A) to 22 times 10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Shaft (1h) equipped + Metal ball mercury accelerated to metal ball mercury gravity turbine driven + heat pump and metal ball mercury gravity compressed air manufacturing heat manufacture + Turbine rotor blade group is as same diameter as each stage Various energy storage cycle combined engines with mating bolt assembly turbines.   Metal sphere mercury gravity driven turbine blade cross section (4B) 23 times metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal axis (38B) 1h) Prepare + Metal ball mercury acceleration to drive metal ball mercury gravity turbine + Heat pump and metal ball mercury gravity produce compressed air Production heat production + Joining turbine blade group of turbine with almost same shape in every section Various energy storage cycle combined engines with bolt assembly turbines.   Metal sphere mercury gravity driven turbine blade cross section (4C) to be 24 times 1 stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Shaft (1h) equipped + Metal ball mercury accelerated to metal ball mercury gravity turbine driven + heat pump and metal ball mercury gravity compressed air manufacturing heat manufacture + Turbine rotor blade group is as same diameter as each stage Various energy storage cycle combined engines with mating bolt assembly turbines.   Metal sphere mercury gravity driven turbine blade cross section (4D) to 25 times two-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Axis (1h) equipped + Metal ball mercury acceleration to drive metal ball mercury gravity turbine to drive + heat pump and metal ball mercury gravity for compressed air production Heat production + Same diameter of turbine rotor blade group for every paragraph Various energy storage cycle combined engines with mating bolt assembly turbine as almost same shape.   Metal sphere mercury gravity driven turbine blade cross section (4E) doubled three-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various passenger ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal spheres Mercury gravity Forced compressed air production heat production + Turbine blade group Various energy storage cycle combined engines with mating bolt assembly turbines with the same diameter and approximately the same diameter for each stage.   Metal sphere mercury gravity driven turbine blade cross section (4F) tripled 4 steps metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various passenger ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal spheres Mercury gravity Forced compressed air production heat production + Turbine blade group Various energy storage cycle combined engines with mating bolt assembly turbines with the same diameter and approximately the same diameter for each stage.   Metal sphere mercury gravity driven turbine blade cross section (4A) quadruple 5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal Equipped with shaft (1h) + Drive various passenger ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal spheres Mercury gravity Forced compressed air production heat production + Turbine blade group Various energy storage cycle combined engines with mating bolt assembly turbines with the same diameter and approximately the same diameter for each stage.   Metal sphere mercury gravity driven turbine blade cross section (4B) 5 times 6 stages metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various passenger ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal spheres Mercury gravity Forced compressed air production heat production + Turbine blade group Various energy storage cycle combined engines with mating bolt assembly turbines with the same diameter and approximately the same diameter for each stage.   Metal sphere mercury gravity driven turbine blade cross section (4C) to 6 times 7 steps metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Shaft (1h) equipped + driving various passenger ships (79V) driving propulsion force + hydraulic floating levy additional thrust bearing equipped + heat pump and metal ball mercury gravity compressed air manufacturing heat manufacturing + turbine for each paragraph A variety of energy storage cycle combined engines, in which the moving blade group has the same diameter and diameter and is approximately the same in diameter.   Metal ball mercury gravity driven turbine blade cross section (4D) 7 times 8-stage metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + downward Accelerating metal ball mercury gravity turbine driving + driving various ships (79V) injection driving force + hydraulic levitation levitation additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine motion Various energy storage cycle coalescing engines, which use a blade assembly with a bolt assembly and a turbine assembly with approximately the same diameter and diameter.   Metal sphere mercury gravity driven turbine blade cross section (4E) 8 times 9 stages metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + downward Accelerating metal ball mercury gravity turbine driving + driving various ships (79V) injection driving force + hydraulic levitation levitation additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine motion Various energy storage cycle coalescing engines, which use a blade assembly with a bolt assembly and a turbine assembly with approximately the same diameter and diameter.   Metal sphere mercury gravity driven turbine blade cross section (4F) 9 times 10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + downward Accelerating metal ball mercury gravity turbine driving + driving various ships (79V) injection driving force + hydraulic levitation levitation additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine motion Various energy storage cycle coalescing engines, which use a blade assembly with a bolt assembly and a turbine assembly with approximately the same diameter and diameter.   Metal sphere mercury gravity driven turbine blade cross section (4A) 10 times metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selected use vessel (38B) + accelerated downward Metal ball mercury gravity turbine driven + various ships like (79V) injection driving force driven + hydraulic levitation levitation additional thrust bearing equipped + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine rotor blade group Various energy storage cycle combined engines with mating bolt assembly turbines with the same diameter and approximately the same diameter for each stage.   Metal sphere mercury gravity driven turbine blade cross section (4B) 11 times 1 stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + downward Accelerating metal ball mercury gravity turbine driving + driving various ships (79V) injection driving force + hydraulic levitation levitation additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacturing heat manufacturing + paragraph every A variety of energy storage cycle combined engines, in which the rotor blade group of the turbine has the same diameter and diameter, and has the same diameter.   Metal sphere mercury gravity driven turbine blade cross section (4C) to 12 times two-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4D) 13 times three-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4E) 14 times four-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4F) 15 times five-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4A) to 16 times 6 stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + fitting the moving blade group of the turbine with the same diameter approximately the same for every paragraph Various energy storage cycle combined engines with bolt assembly turbines.   Metal sphere mercury gravity driven turbine blade cross section (4B) 17 times seven-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with the shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity compressed air manufacturing heat production + mating blade assembly of the turbine with the same diameter of each section Various energy storage cycle combined engines with turbines.   Metal sphere mercury gravity driven turbine blade cross section (4C) 18 times 8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with the shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity compressed air manufacturing heat production + mating blade assembly of the turbine with the same diameter of each section Various energy storage cycle combined engines with turbines.   Metal sphere mercury gravity driven turbine blade cross section (4D) 19 times nine-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with the shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity compressed air manufacturing heat production + mating blade assembly of the turbine with the same diameter of each section Various energy storage cycle combined engines with turbines.   Metal sphere mercury gravity driven turbine blade cross section (4E) 20 times 10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal Equipped with the shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity compressed air manufacturing heat production + mating blade assembly of the turbine with the same diameter of each section Various energy storage cycle combined engines with turbines.   Metal sphere mercury gravity driven turbine blade cross section (4F) 21 times metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal axis (38B) 1h) equipped with hydraulic levitation + additional thrust bearing equipped + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + mating bolts of turbines with the same diameter approximately the same shape for each paragraph Various energy storage cycle combined engines with an assembled turbine.   Metal sphere mercury gravity driven turbine blade cross section (4A) to 22 times one-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4B) 23 times two-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4C) to 24 times three-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4D) 25 times four-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4E) doubled 5 steps metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + fitting the moving blade group of the turbine with the same diameter approximately the same for every paragraph Various energy storage cycle combined engines with bolt assembly turbines.   Metal sphere mercury gravity driven turbine blade cross section (4F) tripled 6 stages metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal Equipped with shaft (1h) + Drive various passenger ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal spheres Mercury gravity Forced compressed air production heat production + Turbine blade group Various energy storage cycle combined engines with mating bolt assembly turbines with the same diameter approximately the same diameter for each stage.   Metal sphere mercury gravity driven turbine blade cross section (4A) quadruple 7-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal Equipped with shaft (1h) + Drive various passenger ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal spheres Mercury gravity Forced compressed air production heat production + Turbine blade group Various energy storage cycle combined engines with mating bolt assembly turbines with the same diameter and approximately the same diameter for each stage.   Metal sphere mercury gravity driven turbine blade cross section (4B) 5 times 8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various passenger ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal spheres Mercury gravity Forced compressed air production heat production + Turbine blade group Various energy storage cycle combined engines with mating bolt assembly turbines with the same diameter and approximately the same diameter for each stage.   Metal sphere mercury gravity driven turbine blade cross section (4C) 6 times 9 stages metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various passenger ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal spheres Mercury gravity Forced compressed air production heat production + Turbine blade group Various energy storage cycle combined engines with mating bolt assembly turbines with the same diameter and approximately the same diameter for each stage.   Metal sphere mercury gravity driven turbine blade cross section (4D) 7 times 10 stages metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Shaft (1h) equipped + driving various passenger ships (79V) driving propulsion force + hydraulic floating levy additional thrust bearing equipped + heat pump and metal ball mercury gravity compressed air manufacturing heat manufacturing + turbine for each paragraph A variety of energy storage cycle combined engines, in which the moving blade group has the same diameter and diameter and is approximately the same in diameter.   Metal sphere mercury gravity driven turbine blade cross section (4E) 8 times metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selected use vessel (38B) + accelerated downward Metal ball mercury gravity turbine driven + various ships like (79V) injection driving force driven + hydraulic levitation levitation additional thrust bearing equipped + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine rotor blade group Various energy storage cycle combined engines with mating bolt assembly turbines with the same diameter and approximately the same diameter for each stage.   Metal sphere mercury gravity driven turbine blade cross section (4F) 9 times 1 step metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + downward Accelerating metal ball mercury gravity turbine driving + driving various ships (79V) injection driving force + hydraulic levitation levitation additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine motion Various energy storage cycle coalescing engines, which use a blade assembly with a bolt assembly and a turbine assembly with approximately the same diameter and diameter.   Metal sphere mercury gravity driven turbine blade cross section (4A) 10 times two-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + downward Accelerating metal ball mercury gravity turbine driving + driving various ships (79V) injection driving force + hydraulic levitation levitation additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine motion Various energy storage cycle coalescing engines, which use a blade assembly with a bolt assembly and a turbine assembly with approximately the same diameter and diameter.   Metal sphere mercury gravity driven turbine blade cross section (4B) 11 times three-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + downward Accelerating metal ball mercury gravity turbine driving + driving various ships (79V) injection driving force + hydraulic levitation levitation additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine motion Various energy storage cycle coalescing engines, which use a blade assembly with a bolt assembly and a turbine assembly with approximately the same diameter and diameter.   Metal sphere mercury gravity driven turbine blade cross section (4C) to 12 times four-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + downward Accelerating metal ball mercury gravity turbine driving + driving various ships (79V) injection driving force + hydraulic levitation levitation additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacturing heat manufacturing + paragraph every A variety of energy storage cycle combined engines, in which the rotor blade group of the turbine has the same diameter and diameter, and has the same diameter.   Metal sphere mercury gravity driven turbine blade cross section (4D) 13 times 5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4E) 14 times 6 stages metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selected use vessel (38 B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4F) 15 times 7-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4A) to 16 times 8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4B) 17 times nine-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + fitting the moving blade group of the turbine with the same diameter approximately the same for every paragraph Various energy storage cycle combined engines with bolt assembly turbines.   Metal sphere mercury gravity driven turbine blade cross section (4C) 18 times 10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with the shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity compressed air manufacturing heat production + mating blade assembly of the turbine with the same diameter of each section Various energy storage cycle combined engines with turbines.   Metal sphere mercury gravity driven turbine blade cross section (4D) 19 times metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal axis (38B) 1h) + hydraulic levitation levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same shape for every stage Various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4E) 20 times 1-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with the shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity compressed air manufacturing heat production + mating blade assembly of the turbine with the same diameter of each section Various energy storage cycle combined engines with turbines.   Metal sphere mercury gravity driven turbine blade cross section (4F) 21 times two-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with the shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity compressed air manufacturing heat production + mating blade assembly of the turbine with the same diameter of each section Various energy storage cycle combined engines with turbines.   Metal sphere mercury gravity driven turbine blade cross section (4A) 22 times 3-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat manufacture + fitting the moving blade group of the turbine as the same diameter and the same size for each paragraph Various energy storage cycle combined engines with combined bolt assembly turbines.   Metal sphere mercury gravity driven turbine blade cross section (4B) 23 times 4-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4C) to 24 times 5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4D) 25 times 6 step metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selected to use ship (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4E) doubled 7-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade section (4F) tripled 8 stages metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + fitting the moving blade group of the turbine with the same diameter approximately the same for every paragraph Various energy storage cycle combined engines with bolt assembly turbines.   Metal sphere mercury gravity driven turbine blade cross section (4A) quadrupled 9-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal Equipped with shaft (1h) + Drive various passenger ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal spheres Mercury gravity Forced compressed air production heat production + Turbine blade group Various energy storage cycle combined engines with mating bolt assembly turbines with the same diameter and approximately the same diameter for each stage.   Metal sphere mercury gravity driven turbine blade cross section (4B) 5 times 10 stages metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various passenger ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal spheres Mercury gravity Forced compressed air production heat production + Turbine blade group Various energy storage cycle combined engines with mating bolt assembly turbines with the same diameter and approximately the same diameter for each stage.   Metal sphere mercury gravity driven turbine blade cross section (4C) to 6 times metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal axis (38B) 1h) equipped + driving various passenger ships (79V) jet driving force + hydraulic floating levy additional thrust bearing + heat pump and metal sphere mercury gravity compressed air manufacturing heat manufacturing + turbine rotor blade stage Various energy storage cycle combined engines with fitting bolt assembly turbine as same diameter almost same shape.   Metal sphere mercury gravity driven turbine blade cross section (4D) 7 times 1-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various passenger ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal spheres Mercury gravity Forced compressed air production heat production + Turbine blade group Various energy storage cycle combined engines with mating bolt assembly turbines with the same diameter and approximately the same diameter for each stage.   Metal sphere mercury gravity driven turbine blade cross section (4E) 8 times two-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Shaft (1h) equipped + driving various passenger ships (79V) driving propulsion force + hydraulic floating levy additional thrust bearing equipped + heat pump and metal ball mercury gravity compressed air manufacturing heat manufacturing + turbine for each paragraph A variety of energy storage cycle combined engines, in which the moving blade group has the same diameter and diameter and is approximately the same in diameter.   Metal sphere mercury gravity driven turbine blade cross section (4F) 9 times three-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selected use vessel (38B) + downward Accelerating metal ball mercury gravity turbine driving + driving various ships (79V) injection driving force + hydraulic levitation levitation additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine motion Various energy storage cycle coalescing engines, which use a blade assembly with a bolt assembly and a turbine assembly with approximately the same diameter and diameter.   Metal sphere mercury gravity driven turbine blade cross section (4A) 10 times four-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + downward Accelerating metal ball mercury gravity turbine driving + driving various ships (79V) injection driving force + hydraulic levitation levitation additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine motion Various energy storage cycle coalescing engines, which use a blade assembly with a bolt assembly and a turbine assembly with approximately the same diameter and diameter.   Metal sphere mercury gravity driven turbine blade cross section (4B) 11 times 5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + downward Accelerating metal ball mercury gravity turbine driving + driving various ships (79V) injection driving force + hydraulic levitation levitation additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine motion Various energy storage cycle coalescing engines, which use a blade assembly with a bolt assembly and a turbine assembly with approximately the same diameter and diameter.   Metal sphere mercury gravity driven turbine blade cross section (4C) 12 times 6 step metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selected use vessel (38B) + downward Accelerating metal ball mercury gravity turbine driving + driving various ships (79V) injection driving force + hydraulic levitation levitation additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine motion Various energy storage cycle coalescing engines, which use a blade assembly with a bolt assembly and a turbine assembly with approximately the same diameter and diameter.   Metal sphere mercury gravity driven turbine blade cross section (4D) 13 times 7 stages metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selected to use ship (38B) + downward Accelerating metal ball mercury gravity turbine driving + driving various ships (79V) injection driving force + hydraulic levitation levitation additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacturing heat manufacturing + paragraph every A variety of energy storage cycle combined engines, in which the rotor blade group of the turbine has the same diameter and diameter, and has the same diameter.   Metal sphere mercury gravity driven turbine blade cross section (4E) 14 times 8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4F) 15 times 9-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4A) to 16 times 10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4B) to 17 times metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal axis (38B) 1h) equipped + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine bucket group with same diameter and same shape for every stage Various energy conservation cycle union engine.   Metal sphere mercury gravity driven turbine blade cross section (4C) 18 times one-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + fitting the moving blade group of the turbine with the same diameter approximately the same for every paragraph Various energy storage cycle combined engines with bolt assembly turbines.   Metal sphere mercury gravity driven turbine blade cross section (4D) 19 times two-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with the shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity compressed air manufacturing heat production + mating blade assembly of the turbine with the same diameter of each section Various energy storage cycle combined engines with turbines.   Metal sphere mercury gravity driven turbine blade section (4E) 20 times three-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with the shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity compressed air manufacturing heat production + mating blade assembly of the turbine with the same diameter of each section Various energy storage cycle combined engines with turbines.   Metal sphere mercury gravity driven turbine blade section (4F) 21 times four-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with the shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity compressed air manufacturing heat production + mating blade assembly of the turbine with the same diameter of each section Various energy storage cycle combined engines with turbines.   Metal sphere mercury gravity driven turbine blade cross section (4A) 22 times 5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with the shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity compressed air manufacturing heat production + mating blade assembly of the turbine with the same diameter of each section Various energy storage cycle combined engines with turbines.   Metal sphere mercury gravity driven turbine blade cross section (4B) 23 times 6 step metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat manufacture + fitting the moving blade group of the turbine as the same diameter and the same size for each paragraph Various energy storage cycle combined engines with combined bolt assembly turbines.   Metal sphere mercury gravity driven turbine blade cross section (4C) to 24 times 7-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4D) 25 times 8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4E) doubled 9-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4F) tripled 10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4A) to quadruple metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal axis (38B) 1h) equipped + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat + fitting bolt assembly with the buckets of the turbine approximately the same diameter for each paragraph Various energy storage cycle combined engines with turbines.   Metal sphere mercury gravity driven turbine blade cross section (4B) 5 times 1 step metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selected use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various passenger ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal spheres Mercury gravity Forced compressed air production heat production + Turbine blade group Various energy storage cycle combined engines with mating bolt assembly turbines with the same diameter and approximately the same diameter for each stage.   Metal sphere mercury gravity driven turbine blade cross section (4C) to 6 times two-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various passenger ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal spheres Mercury gravity Forced compressed air production heat production + Turbine blade group Various energy storage cycle combined engines with mating bolt assembly turbines with the same diameter and approximately the same diameter for each stage.   Metal sphere mercury gravity driven turbine blade cross section (4D) seven times three-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal Equipped with shaft (1h) + Drive various passenger ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal spheres Mercury gravity Forced compressed air production heat production + Turbine blade group Various energy storage cycle combined engines with mating bolt assembly turbines with the same diameter and approximately the same diameter for each stage.   Metal sphere mercury gravity driven turbine blade cross section (4E) 8 times four-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various passenger ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal spheres Mercury gravity Forced compressed air production heat production + Turbine blade group Various energy storage cycle combined engines with mating bolt assembly turbines with the same diameter and approximately the same diameter for each stage.   Metal sphere mercury gravity driven turbine blade cross section (4F) 9 times 5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Shaft (1h) equipped + driving various passenger ships (79V) driving propulsion force + hydraulic floating levy additional thrust bearing equipped + heat pump and metal ball mercury gravity compressed air manufacturing heat manufacturing + turbine for each paragraph A variety of energy storage cycle combined engines, in which the moving blade group has the same diameter and diameter and is approximately the same in diameter.   Metal sphere mercury gravity driven turbine blade cross section (4A) 10 times 6 stages metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selected use vessel (38B) + downward Accelerating metal ball mercury gravity turbine driving + driving various ships (79V) injection driving force + hydraulic levitation levitation additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine motion Various energy storage cycle coalescing engines, which use a blade assembly with a bolt assembly and a turbine assembly with approximately the same diameter and diameter.   Metal sphere mercury gravity driven turbine blade cross section (4B) 11 times 7 stages metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selected use vessel (38B) + downward Accelerating metal ball mercury gravity turbine driving + driving various ships (79V) injection driving force + hydraulic levitation levitation additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine motion Various energy storage cycle coalescing engines, which use a blade assembly with a bolt assembly and a turbine assembly with approximately the same diameter and diameter.   Metal sphere mercury gravity driven turbine blade cross section (4C) to 12 times 8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + downward Accelerating metal ball mercury gravity turbine driving + driving various ships (79V) injection driving force + hydraulic levitation levitation additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine motion Various energy storage cycle coalescing engines, which use a blade assembly with a bolt assembly and a turbine assembly with approximately the same diameter and diameter.   Metal sphere mercury gravity driven turbine blade cross section (4D) 13 times nine-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + downward Accelerating metal ball mercury gravity turbine driving + driving various ships (79V) injection driving force + hydraulic levitation levitation additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine motion Various energy storage cycle coalescing engines, which use a blade assembly with a bolt assembly and a turbine assembly with approximately the same diameter and diameter.   Metal sphere mercury gravity driven turbine blade cross section (4E) 14 times 10 stages metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selected use vessel (38B) + downward Accelerating metal ball mercury gravity turbine driving + driving various ships (79V) injection driving force + hydraulic levitation levitation additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacturing heat manufacturing + paragraph every A variety of energy storage cycle combined engines, in which the rotor blade group of the turbine has the same diameter and diameter, and has the same diameter.   Metal sphere mercury gravity driven turbine blade cross section (4F) 15 times metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal axis (38B) 1h) equipped + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine bucket group with same diameter and same shape for every stage Various energy conservation cycle union engine.   Metal sphere mercury gravity driven turbine blade cross section (4A) to 16 times one-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4B) 17 times two-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4C) 18 times three-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4D) 19 times 4-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + fitting the moving blade group of the turbine with the same diameter approximately the same for every paragraph Various energy storage cycle combined engines with bolt assembly turbines.   Metal sphere mercury gravity driven turbine blade cross section (4E) 20 times 5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with the shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity compressed air manufacturing heat production + mating blade assembly of the turbine with the same diameter of each section Various energy storage cycle combined engines with turbines.   Metal sphere mercury gravity driven turbine blade cross section (4F) 21 times 6 step metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal Equipped with the shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity compressed air manufacturing heat production + mating blade assembly of the turbine with the same diameter of each section Various energy storage cycle combined engines with turbines.   Metal sphere mercury gravity driven turbine blade cross section (4A) to 22 times 7 step metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with the shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity compressed air manufacturing heat production + mating blade assembly of the turbine with the same diameter of each section Various energy storage cycle combined engines with turbines.   Metal sphere mercury gravity driven turbine blade cross section (4B) 23 times 8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal Equipped with the shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity compressed air manufacturing heat production + mating blade assembly of the turbine with the same diameter of each section Various energy storage cycle combined engines with turbines.   Metal sphere mercury gravity driven turbine blade cross section (4C) to 24 times nine-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat manufacture + fitting the moving blade group of the turbine as the same diameter and the same size for each paragraph Various energy storage cycle combined engines with combined bolt assembly turbines.   Metal sphere mercury gravity driven turbine blade cross section (4D) 25 times 10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4E) doubled metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal axis (38B) 1h) equipped + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine bucket group with same diameter and same shape for every stage Various energy conservation cycle union engine.   Metal sphere mercury gravity driven turbine blade cross section (4F) tripled 1 step metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4A) quadruple two-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4B) 5 times three-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + fitting the moving blade group of the turbine with the same diameter approximately the same for every paragraph Various energy storage cycle combined engines with bolt assembly turbines.   Metal sphere mercury gravity driven turbine blade cross section (4C) to 6 times four-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various passenger ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal spheres Mercury gravity Forced compressed air production heat production + Turbine blade group Various energy storage cycle combined engines with mating bolt assembly turbines with the same diameter and approximately the same diameter for each stage.   Metal sphere mercury gravity driven turbine blade cross section (4D) 7 times 5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various passenger ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal spheres Mercury gravity Forced compressed air production heat production + Turbine blade group Various energy storage cycle combined engines with mating bolt assembly turbines with the same diameter and approximately the same diameter for each stage.   Metal sphere mercury gravity driven turbine blade cross section (4E) 8 times 6 stages metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selected use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various passenger ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal spheres Mercury gravity Forced compressed air production heat production + Turbine blade group Various energy storage cycle combined engines with mating bolt assembly turbines with the same diameter and approximately the same diameter for each stage.   Metal sphere mercury gravity driven turbine blade cross section (4F) 9 times 7 stages metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various passenger ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal spheres Mercury gravity Forced compressed air production heat production + Turbine blade group Various energy storage cycle combined engines with mating bolt assembly turbines with the same diameter and approximately the same diameter for each stage.   Metal sphere mercury gravity driven turbine blade cross section (4A) 10 times 8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Shaft (1h) equipped + driving various passenger ships (79V) driving propulsion force + hydraulic floating levy additional thrust bearing equipped + heat pump and metal ball mercury gravity compressed air manufacturing heat manufacturing + turbine for each paragraph A variety of energy storage cycle combined engines, in which the moving blade group has the same diameter and diameter and is approximately the same in diameter.   Metal sphere mercury gravity driven turbine blade cross section (4B) to 11 times 9 stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + downward Accelerating metal ball mercury gravity turbine driving + driving various ships (79V) injection driving force + hydraulic levitation levitation additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine motion Various energy storage cycle coalescing engines, which use a blade assembly with a bolt assembly and a turbine assembly with approximately the same diameter and diameter.   Metal sphere mercury gravity driven turbine blade cross section (4C) to 12 times 10 stages metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + downward Accelerating metal ball mercury gravity turbine driving + driving various ships (79V) injection driving force + hydraulic levitation levitation additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine motion Various energy storage cycle coalescing engines, which use a blade assembly with a bolt assembly and a turbine assembly with approximately the same diameter and diameter.   Metal sphere mercury gravity driven turbine blade cross section (4D) 13 times metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selected use vessel (38B) + accelerated downward Metal ball mercury gravity turbine driven + various ships like (79V) injection driving force driven + hydraulic levitation levitation additional thrust bearing equipped + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine rotor blade group Various energy storage cycle combined engines with mating bolt assembly turbines with the same diameter and approximately the same diameter for each stage.   Metal sphere mercury gravity driven turbine blade cross section (4E) 14 times 1 stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + downward Accelerating metal ball mercury gravity turbine driving + driving various ships (79V) injection driving force + hydraulic levitation levitation additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine motion Various energy storage cycle coalescing engines, which use a blade assembly with a bolt assembly and a turbine assembly with approximately the same diameter and diameter.   Metal sphere mercury gravity driven turbine blade cross section (4F) 15 times two-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + downward Accelerating metal ball mercury gravity turbine driving + driving various ships (79V) injection driving force + hydraulic levitation levitation additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacturing heat manufacturing + paragraph every A variety of energy storage cycle combined engines, in which the rotor blade group of the turbine has the same diameter and diameter, and has the same diameter.   Metal sphere mercury gravity driven turbine blade cross section (4A) to 16 times three-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4B) 17 times four-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4C) 18 times 5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4D) 19 times 6 step metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4E) 20 times seven-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + fitting the moving blade group of the turbine with the same diameter approximately the same for every paragraph Various energy storage cycle combined engines with bolt assembly turbines.   Metal sphere mercury gravity driven turbine blade cross section (4F) 21 times 8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with the shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity compressed air manufacturing heat production + mating blade assembly of the turbine with the same diameter of each section Various energy storage cycle combined engines with turbines.   Metal sphere mercury gravity driven turbine blade cross section (4A) to 22 times 9-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with the shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity compressed air manufacturing heat production + mating blade assembly of the turbine with the same diameter of each section Various energy storage cycle combined engines with turbines.   Metal sphere mercury gravity driven turbine blade cross section (4B) 23 times 10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal Equipped with the shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity compressed air manufacturing heat production + mating blade assembly of the turbine with the same diameter of each section Various energy storage cycle combined engines with turbines.   Metal sphere mercury gravity driven turbine blade cross section (4C) to 24 times metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal axis (38B) 1h) + hydraulic levitation levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same shape for every stage Various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4D) to 25 times one-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat manufacture + fitting the moving blade group of the turbine as the same diameter and the same size for each paragraph Various energy storage cycle combined engines with combined bolt assembly turbines.   Metal sphere mercury gravity driven turbine blade cross section (4E) doubled two-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4F) tripled three-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4A) quadruple four-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4B) 5 times 5 stages metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4C) to 6 times 6 stages metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + fitting the moving blade group of the turbine with the same diameter approximately the same for every paragraph Various energy storage cycle combined engines with bolt assembly turbines.   Metal sphere mercury gravity driven turbine blade cross section (4D) 7 times 7 stages metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various passenger ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal spheres Mercury gravity Forced compressed air production heat production + Turbine blade group Various energy storage cycle combined engines with mating bolt assembly turbines with the same diameter and approximately the same diameter for each stage.   Metal sphere mercury gravity driven turbine blade cross section (4E) 8 times 8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various passenger ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal spheres Mercury gravity Forced compressed air production heat production + Turbine blade group Various energy storage cycle combined engines with mating bolt assembly turbines with the same diameter and approximately the same diameter for each stage.   Metal sphere mercury gravity driven turbine blade cross section (4F) 9 times 9 stages metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various passenger ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal spheres Mercury gravity Forced compressed air production heat production + Turbine blade group Various energy storage cycle combined engines with mating bolt assembly turbines with the same diameter and approximately the same diameter for each stage.   Metal sphere mercury gravity driven turbine blade cross section (4A) 10 times 10 stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various passenger ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal spheres Mercury gravity Forced compressed air production heat production + Turbine blade group Various energy storage cycle combined engines with mating bolt assembly turbines with the same diameter and approximately the same diameter for each stage.   Metal sphere mercury gravity driven turbine blade cross section (4B) 11 times metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (38 B) 1h) equipped + driving various passenger ships (79V) injection driving force + hydraulic floating levy additional thrust bearing equipped + heat pump and metal ball mercury gravity compressed air manufacturing heat manufacturing + turbine blade per stage Various energy conservation cycle combined engines which set the group as fitting bolt assembly turbine with the same diameter and the same diameter every paragraph.   Metal sphere mercury gravity driven turbine blade cross section (4C) to 12 times one-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + downward Accelerating metal ball mercury gravity turbine driving + driving various ships (79V) injection driving force + hydraulic levitation levitation additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine motion Various energy storage cycle coalescing engines, which use a blade assembly with a bolt assembly and a turbine assembly with approximately the same diameter and diameter.   Metal sphere mercury gravity driven turbine blade cross section (4D) 13 times two-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + downward Accelerating metal ball mercury gravity turbine driving + driving various ships (79V) injection driving force + hydraulic levitation levitation additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine motion Various energy storage cycle coalescing engines, which use a blade assembly with a bolt assembly and a turbine assembly with approximately the same diameter and diameter.   Metal sphere mercury gravity driven turbine blade cross section (4E) 14 times three-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + downward Accelerating metal ball mercury gravity turbine driving + driving various ships (79V) injection driving force + hydraulic levitation levitation additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine motion Various energy storage cycle coalescing engines, which use a blade assembly with a bolt assembly and a turbine assembly with approximately the same diameter and diameter.   Metal ball mercury gravity driven turbine blade cross section (4F) 15 times four-stage metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + downward Accelerating metal ball mercury gravity turbine driving + driving various ships (79V) injection driving force + hydraulic levitation levitation additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine motion Various energy storage cycle coalescing engines, which use a blade assembly with a bolt assembly and a turbine assembly with approximately the same diameter and diameter.   Metal ball mercury gravity driven turbine blade cross section (4A) to 16 times 5-stage metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selected use vessel (38B) + downward Accelerating metal ball mercury gravity turbine driving + driving various ships (79V) injection driving force + hydraulic levitation levitation additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacturing heat manufacturing + paragraph every A variety of energy storage cycle combined engines, in which the rotor blade group of the turbine has the same diameter and diameter, and has the same diameter.   Metal sphere mercury gravity driven turbine blade cross section (4B) 17 times six-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4C) 18 times seven-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4D) 19 times 8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade section (4E) 20 times nine-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade section (4F) 21 times 10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + fitting the moving blade group of the turbine with the same diameter approximately the same for every paragraph Various energy storage cycle combined engines with bolt assembly turbines.   Metal sphere mercury gravity driven turbine blade cross section (4A) to 22 times metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal axis (38B) 1h) + hydraulic levitation levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same shape for every stage Various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4B) 23 times 1-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal Equipped with the shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity compressed air manufacturing heat production + mating blade assembly of the turbine with the same diameter of each section Various energy storage cycle combined engines with turbines.   Metal sphere mercury gravity driven turbine blade section (4C) to 24 times two-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selected to use ship (38B) + horizontal Equipped with the shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity compressed air manufacturing heat production + mating blade assembly of the turbine with the same diameter of each section Various energy storage cycle combined engines with turbines.   Metal sphere mercury gravity driven turbine blade cross section (4D) 25 times three-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with the shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity compressed air manufacturing heat production + mating blade assembly of the turbine with the same diameter of each section Various energy storage cycle combined engines with turbines.   Metal sphere mercury gravity driven turbine blade cross section (4E) doubled 4 steps metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selected use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat manufacture + fitting the moving blade group of the turbine as the same diameter and the same size for each paragraph Various energy storage cycle combined engines with combined bolt assembly turbines.   Metal sphere mercury gravity driven turbine blade cross section (4F) tripled 5 steps metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4A) quadruple six-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4B) 5 times 7 stages metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4C) to 6 times 8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4D) 7 times 9 stages metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + fitting the moving blade group of the turbine with the same diameter approximately the same for every paragraph Various energy storage cycle combined engines with bolt assembly turbines.   Metal sphere mercury gravity driven turbine blade cross section (4E) 8 times 10 stages metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various passenger ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal spheres Mercury gravity Forced compressed air production heat production + Turbine blade group Various energy storage cycle combined engines with mating bolt assembly turbines with the same diameter and approximately the same diameter for each stage.   Metal sphere mercury gravity driven turbine blade cross section (4F) to 9 times metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal axis (38B) 1h) equipped + driving various passenger ships (79V) jet driving force + hydraulic floating levy additional thrust bearing + heat pump and metal sphere mercury gravity compressed air manufacturing heat manufacturing + turbine rotor blade stage Various energy storage cycle combined engines with fitting bolt assembly turbine as same diameter almost same shape.   Metal sphere mercury gravity driven turbine blade cross section (4A) 10 times 1 stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various passenger ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal spheres Mercury gravity Forced compressed air production heat production + Turbine blade group Various energy storage cycle combined engines with mating bolt assembly turbines with the same diameter and approximately the same diameter for each stage.   Metal sphere mercury gravity driven turbine blade cross section (4B) 11 times two-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various passenger ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal spheres Mercury gravity Forced compressed air production heat production + Turbine blade group Various energy storage cycle combined engines with mating bolt assembly turbines with the same diameter and approximately the same diameter for each stage.   Metal sphere mercury gravity driven turbine blade cross section (4C) to 12 times three-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Shaft (1h) equipped + driving various passenger ships (79V) driving propulsion force + hydraulic floating levy additional thrust bearing equipped + heat pump and metal ball mercury gravity compressed air manufacturing heat manufacturing + turbine for each paragraph A variety of energy storage cycle combined engines, in which the moving blade group has the same diameter and diameter and is approximately the same in diameter.   Metal sphere mercury gravity driven turbine blade cross section (4D) 13 times four-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + downward Accelerating metal ball mercury gravity turbine driving + driving various ships (79V) injection driving force + hydraulic levitation levitation additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine motion Various energy storage cycle coalescing engines, which use a blade assembly with a bolt assembly and a turbine assembly with approximately the same diameter and diameter.   Metal sphere mercury gravity driven turbine blade cross section (4E) 14 times 5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + downward Accelerating metal ball mercury gravity turbine driving + driving various ships (79V) injection driving force + hydraulic levitation levitation additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine motion Various energy storage cycle coalescing engines, which use a blade assembly with a bolt assembly and a turbine assembly with approximately the same diameter and diameter.   Metal sphere mercury gravity driven turbine blade cross section (4F) 15 times six-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selected use vessel (38B) + downward Accelerating metal ball mercury gravity turbine driving + driving various ships (79V) injection driving force + hydraulic levitation levitation additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine motion Various energy storage cycle coalescing engines, which use a blade assembly with a bolt assembly and a turbine assembly with approximately the same diameter and diameter.   Metal ball mercury gravity driven turbine blade cross section (4A) to 16 times 7-stage metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + downward Accelerating metal ball mercury gravity turbine driving + driving various ships (79V) injection driving force + hydraulic levitation levitation additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine motion Various energy storage cycle coalescing engines, which use a blade assembly with a bolt assembly and a turbine assembly with approximately the same diameter and diameter.   Metal ball mercury gravity driven turbine blade cross section (4B) 17 times 8-stage metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selected use vessel (38 B) + downward Accelerating metal ball mercury gravity turbine driving + driving various ships (79V) injection driving force + hydraulic levitation levitation additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacturing heat manufacturing + paragraph every A variety of energy storage cycle combined engines, in which the rotor blade group of the turbine has the same diameter and diameter, and has the same diameter.   Metal sphere mercury gravity driven turbine blade cross section (4C) 18 times nine-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4D) 19 times 10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4E) 20 times metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal axis (38B) 1h) equipped + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine bucket group with same diameter and same shape for every stage Various energy conservation cycle union engine.   Metal sphere mercury gravity driven turbine blade cross section (4F) 21 times one-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4A) to 22 times two-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + fitting the moving blade group of the turbine with the same diameter approximately the same for every paragraph Various energy storage cycle combined engines with bolt assembly turbines.   Metal sphere mercury gravity driven turbine blade cross section (4B) 23 times three-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with the shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity compressed air manufacturing heat production + mating blade assembly of the turbine with the same diameter of each section Various energy storage cycle combined engines with turbines.   Metal sphere mercury gravity driven turbine blade cross section (4C) to 24 times four-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with the shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity compressed air manufacturing heat production + mating blade assembly of the turbine with the same diameter of each section Various energy storage cycle combined engines with turbines.   Metal sphere mercury gravity driven turbine blade cross section (4D) 25 times 5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with the shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity compressed air manufacturing heat production + mating blade assembly of the turbine with the same diameter of each section Various energy storage cycle combined engines with turbines.   Metal sphere mercury gravity driven turbine blade cross section (4E) doubled 6-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal Equipped with the shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity compressed air manufacturing heat production + mating blade assembly of the turbine with the same diameter of each section Various energy storage cycle combined engines with turbines.   Metal sphere mercury gravity driven turbine blade cross section (4F) tripled 7 stages metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat manufacture + fitting the moving blade group of the turbine as the same diameter and the same size for each paragraph Various energy storage cycle combined engines with combined bolt assembly turbines.   Metal sphere mercury gravity driven turbine blade cross section (4A) quadruple 8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4B) 5 times 9 stages metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4C) to 6 times 10 stages metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4D) to 7 times metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal axis (38B) 1h) equipped + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine bucket group with same diameter and same shape for every stage Various energy conservation cycle union engine.   Metal sphere mercury gravity driven turbine blade cross section (4E) 8 times 1 stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + fitting the moving blade group of the turbine with the same diameter approximately the same for every paragraph Various energy storage cycle combined engines with bolt assembly turbines.   Metal sphere mercury gravity driven turbine blade cross section (4F) 9 times 2-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various passenger ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal spheres Mercury gravity Forced compressed air production heat production + Turbine blade group Various energy storage cycle combined engines with mating bolt assembly turbines with the same diameter and approximately the same diameter for each stage.   Metal sphere mercury gravity driven turbine blade cross section (4A) 10 times three-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various passenger ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal spheres Mercury gravity Forced compressed air production heat production + Turbine blade group Various energy storage cycle combined engines with mating bolt assembly turbines with the same diameter and approximately the same diameter for each stage.   Metal sphere mercury gravity driven turbine blade cross section (4B) 11 times 4-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various passenger ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal spheres Mercury gravity Forced compressed air production heat production + Turbine blade group Various energy storage cycle combined engines with mating bolt assembly turbines with the same diameter and approximately the same diameter for each stage.   Metal sphere mercury gravity driven turbine blade cross section (4C) 12 times 5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various passenger ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal spheres Mercury gravity Forced compressed air production heat production + Turbine blade group Various energy storage cycle combined engines with mating bolt assembly turbines with the same diameter and approximately the same diameter for each stage.   Metal sphere mercury gravity driven turbine blade cross section (4D) 13 times 6-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Shaft (1h) equipped + driving various passenger ships (79V) driving propulsion force + hydraulic floating levy additional thrust bearing equipped + heat pump and metal ball mercury gravity compressed air manufacturing heat manufacturing + turbine for each paragraph A variety of energy storage cycle combined engines, in which the moving blade group has the same diameter and diameter and is approximately the same in diameter.   Metal sphere mercury gravity driven turbine blade cross section (4E) 14 times 7 stages metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + downward Accelerating metal ball mercury gravity turbine driving + driving various ships (79V) injection driving force + hydraulic levitation levitation additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine motion Various energy storage cycle coalescing engines, which use a blade assembly with a bolt assembly and a turbine assembly with approximately the same diameter and diameter.   Metal sphere mercury gravity driven turbine blade cross section (4F) 15 times 8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + downward Accelerating metal ball mercury gravity turbine driving + driving various ships (79V) injection driving force + hydraulic levitation levitation additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine motion Various energy storage cycle coalescing engines, which use a blade assembly with a bolt assembly and a turbine assembly with approximately the same diameter and diameter.   Metal ball mercury gravity driven turbine blade cross section (4A) to 16 times nine-stage metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + downward Accelerating metal ball mercury gravity turbine driving + driving various ships (79V) injection driving force + hydraulic levitation levitation additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine motion Various energy storage cycle coalescing engines, which use a blade assembly with a bolt assembly and a turbine assembly with approximately the same diameter and diameter.   Metal ball mercury gravity driven turbine blade cross section (4B) 17 times 10-stage metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + downward Accelerating metal ball mercury gravity turbine driving + driving various ships (79V) injection driving force + hydraulic levitation levitation additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine motion Various energy storage cycle coalescing engines, which use a blade assembly with a bolt assembly and a turbine assembly with approximately the same diameter and diameter.   Metal sphere mercury gravity driven turbine blade cross section (4C) 18 times metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selected use vessel (38B) + accelerated downward Metal ball mercury gravity turbine driven + various ships like (79V) injection driving force driven + hydraulic levitation levitation additional thrust bearing equipped + heat pump and metal ball mercury gravity compressed air manufacturing heat manufacturing + turbine for each paragraph A variety of energy storage cycle combined engines, in which the moving blade group has the same diameter and diameter and is approximately the same in diameter.   Metal sphere mercury gravity driven turbine blade cross section (4D) 19 times 1-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + metal Configuration and method to accelerate ball mercury ++ Hydraulic levitation + additional heat pump and metal ball mercury gravity with additional thrust bearing + heat pump manufacture heat production + mating blade assembly of turbines with the same diameter and diameter for each stage Various energy storage cycle combined engines with turbines.   Metal sphere mercury gravity driven turbine blade section (4E) 20 times two-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + metal Configuration and method to accelerate ball mercury ++ Hydraulic levitation + additional heat pump and metal ball mercury gravity with additional thrust bearing + heat pump manufacture heat production + mating blade assembly of turbines with the same diameter and diameter for each stage Various energy storage cycle combined engines with turbines.   Metal sphere mercury gravity driven turbine blade cross section (4F) 21 times three-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + metal Configuration and method to accelerate ball mercury ++ Hydraulic levitation + additional heat pump and metal ball mercury gravity with additional thrust bearing + heat pump manufacture heat production + mating blade assembly of turbines with the same diameter and diameter for each stage Various energy storage cycle combined engines with turbines.   Metal sphere mercury gravity driven turbine blade cross section (4A) to 22 times 4-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + metal Configuration and method to accelerate ball mercury ++ Hydraulic levitation + additional heat pump and metal ball mercury gravity with additional thrust bearing + heat pump manufacture heat production + mating blade assembly of turbines with the same diameter and diameter for each stage Various energy storage cycle combined engines with turbines.   Metal sphere mercury gravity driven turbine blade cross section (4B) 23 times 5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + metal Configuration and method to accelerate ball mercury ++ hydraulic levitation levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat + fitting rotor blade group of turbine with the same diameter for each paragraph Various energy storage cycle combined engines with combined bolt assembly turbines.   Metal sphere mercury gravity driven turbine blade cross section (4C) to 24 times six-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + metal Configuration and method to accelerate ball mercury ++ Hydraulic levitation + additional heat pump and metal ball mercury gravity with additional thrust bearing + heat pump manufacture heat production + mating blade assembly of turbines with the same diameter and diameter for each stage Various energy storage cycle combined engines with turbines.   Metal sphere mercury gravity driven turbine blade cross section (4D) 25 times 7-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + metal Configuration and method to accelerate ball mercury ++ Hydraulic levitation + additional heat pump and metal ball mercury gravity with additional thrust bearing + heat pump manufacture heat production + mating blade assembly of turbines with the same diameter and diameter for each stage Various energy storage cycle combined engines with turbines.   Metal sphere mercury gravity driven turbine blade cross section (4E) doubled 8 stages metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selected used vessel (38B) + metal Configuration and method to accelerate ball mercury ++ Hydraulic levitation + additional heat pump and metal ball mercury gravity with additional thrust bearing + heat pump manufacture heat production + mating blade assembly of turbines with the same diameter and diameter for each stage Various energy storage cycle combined engines with turbines.   Metal sphere mercury gravity driven turbine blade cross section (4F) triples 9 times metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + metal Configuration and method to accelerate ball mercury ++ Hydraulic levitation + additional heat pump and metal ball mercury gravity with additional thrust bearing + heat pump manufacture heat production + mating blade assembly of turbines with the same diameter and diameter for each stage Various energy storage cycle combined engines with turbines.   Metal sphere mercury gravity driven turbine blade cross section (4A) quadruple 10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + metal Configuration and method to accelerate ball mercury ++ hydraulic levitation levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat + fitting rotor blade group of turbine with the same diameter for each paragraph Various energy storage cycle combined engines with combined bolt assembly turbines.   Metal sphere mercury gravity driven turbine blade cross section (4B) to 5 times metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal axis (38B) 1h) Prepare + Drive various cargo ships (79V) Propulsion force drive + Hydraulic floating levy additional thrust bearing equipped + Heat pump and metal sphere mercury gravity Compressed air production heat production + Turbine blade group Various energy storage cycle combined engines with fitting bolt assembly turbine as same diameter approximately same shape every paragraph.   Metal sphere mercury gravity driven turbine blade cross section (4C) to 6 times 1 step metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various cargo ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal ball Mercury gravity Forced compressed air manufacturing heat production + Turbine rotor blade Various energy conservation cycle combined engines which set the group as fitting bolt assembly turbine with the same diameter and the same diameter every paragraph.   Metal sphere mercury gravity driven turbine blade cross section (4D) 7 times two-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various cargo ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal ball Mercury gravity Forced compressed air manufacturing heat production + Turbine rotor blade Various energy conservation cycle combined engines which set the group as fitting bolt assembly turbine with the same diameter and the same diameter every paragraph.   Metal sphere mercury gravity driven turbine blade cross section (4E) 8 times three-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various cargo ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal ball Mercury gravity Forced compressed air manufacturing heat production + Turbine rotor blade Various energy conservation cycle combined engines which set the group as fitting bolt assembly turbine with the same diameter and the same diameter every paragraph.   Metal sphere mercury gravity driven turbine blade cross section (4F) 9 times 4-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various cargo ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal spheres Mercury gravity Forced compressed air production heat production + Turbine per paragraph A variety of energy storage cycle combined engines, with the rotating blade group of each section having the same diameter and approximately the same diameter for each bolt assembly.   Metal sphere mercury gravity driven turbine blade cross section (4A) 10 times 5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various cargo ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal ball Mercury gravity Forced compressed air manufacturing heat production + Turbine rotor blade Various energy conservation cycle combined engines which set the group as fitting bolt assembly turbine with the same diameter and the same diameter every paragraph.   Metal sphere mercury gravity driven turbine blade cross section (4B) 11 times 6 stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various cargo ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal ball Mercury gravity Forced compressed air manufacturing heat production + Turbine rotor blade Various energy conservation cycle combined engines which set the group as fitting bolt assembly turbine with the same diameter and the same diameter every paragraph.   Metal sphere mercury gravity driven turbine blade cross section (4C) to 12 times 7 stages metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various cargo ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal ball Mercury gravity Forced compressed air manufacturing heat production + Turbine rotor blade Various energy conservation cycle combined engines which set the group as fitting bolt assembly turbine with the same diameter and the same diameter every paragraph.   Metal sphere mercury gravity driven turbine blade cross section (4D) 13 times 8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various cargo ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal ball Mercury gravity Forced compressed air manufacturing heat production + Turbine rotor blade Various energy conservation cycle combined engines which set the group as fitting bolt assembly turbine with the same diameter and the same diameter every paragraph.   Metal sphere mercury gravity driven turbine blade cross section (4E) 14 times 9 stages metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various cargo ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal ball Mercury gravity Forced compressed air manufacturing heat production + Turbine rotor blade Various energy conservation cycle combined engines which set the group as fitting bolt assembly turbine with the same diameter and the same diameter every paragraph.   Metal sphere mercury gravity driven turbine blade cross section (4F) 15 times 10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal Equipped with shaft (1h) + Drive various cargo ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal ball Mercury gravity Forced compressed air manufacturing heat production + Turbine rotor blade Various energy conservation cycle combined engines which set the group as fitting bolt assembly turbine with the same diameter and the same diameter every paragraph.   Metal sphere mercury gravity driven turbine blade cross section (4A) to 16 times metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal axis (38B) 1h) Prepare + Drive various cargo ships (79V) Propulsion force drive + Hydraulic floating levy additional thrust bearing equipped + Heat pump and metal sphere mercury gravity Compressed air production heat production + Turbine blade group Various energy storage cycle combined engines with fitting bolt assembly turbine as same diameter approximately same shape every paragraph.   Metal sphere mercury gravity driven turbine blade cross section (4B) 17 times 1 step metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various cargo ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal ball Mercury gravity Forced compressed air manufacturing heat production + Turbine rotor blade Various energy conservation cycle combined engines which set the group as fitting bolt assembly turbine with the same diameter and the same diameter every paragraph.   Metal sphere mercury gravity driven turbine blade cross section (4C) 18 times two-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various cargo ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal ball Mercury gravity Forced compressed air manufacturing heat production + Turbine rotor blade Various energy conservation cycle combined engines which set the group as fitting bolt assembly turbine with the same diameter and the same diameter every paragraph.   Metal sphere mercury gravity driven turbine blade cross section (4D) 19 times three-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various cargo ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal ball Mercury gravity Forced compressed air manufacturing heat production + Turbine rotor blade Various energy conservation cycle combined engines which set the group as fitting bolt assembly turbine with the same diameter and the same diameter every paragraph.   Metal sphere mercury gravity driven turbine blade section (4E) 20 times four-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various cargo ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal ball Mercury gravity Forced compressed air manufacturing heat production + Turbine rotor blade Various energy conservation cycle combined engines which set the group as fitting bolt assembly turbine with the same diameter and the same diameter every paragraph.   Metal sphere mercury gravity driven turbine blade cross section (4F) 21 times 5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various cargo ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal ball Mercury gravity Forced compressed air manufacturing heat production + Turbine rotor blade Various energy conservation cycle combined engines which set the group as fitting bolt assembly turbine with the same diameter and the same diameter every paragraph.   Metal sphere mercury gravity driven turbine blade cross section (4A) 22 times 6 step metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various cargo ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal ball Mercury gravity Forced compressed air manufacturing heat production + Turbine rotor blade Various energy conservation cycle combined engines which set the group as fitting bolt assembly turbine with the same diameter and the same diameter every paragraph.   Metal sphere mercury gravity driven turbine blade cross section (4B) 23 times 7-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various cargo ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal ball Mercury gravity Forced compressed air manufacturing heat production + Turbine rotor blade Various energy conservation cycle combined engines which set the group as fitting bolt assembly turbine with the same diameter and the same diameter every paragraph.   Metal sphere mercury gravity driven turbine blade cross section (4C) to 24 times 8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various cargo ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal ball Mercury gravity Forced compressed air manufacturing heat production + Turbine rotor blade Various energy conservation cycle combined engines which set the group as fitting bolt assembly turbine with the same diameter and the same diameter every paragraph.   Metal sphere mercury gravity driven turbine blade cross section (4D) 25 times nine-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various cargo ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal ball Mercury gravity Forced compressed air manufacturing heat production + Turbine rotor blade Various energy conservation cycle combined engines which set the group as fitting bolt assembly turbine with the same diameter and the same diameter every paragraph.   Metal sphere mercury gravity driven turbine blade cross section (4E) doubled 10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal Equipped with shaft (1h) + Drive various cargo ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal ball Mercury gravity Forced compressed air manufacturing heat production + Turbine rotor blade Various energy conservation cycle combined engines which set the group as fitting bolt assembly turbine with the same diameter and the same diameter every paragraph.   Metal sphere mercury gravity driven turbine blade cross section (4F) tripled metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal axis (38B) 1h) Prepare + Drive various cargo ships (79V) Propulsion force drive + Hydraulic floating levy additional thrust bearing equipped + Heat pump and metal sphere mercury gravity Compressed air production heat production + Turbine blade group Various energy storage cycle combined engines with fitting bolt assembly turbine as same diameter approximately same shape every paragraph.   Metal sphere mercury gravity driven turbine blade cross section (4A) quadruple 1-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various cargo ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal ball Mercury gravity Forced compressed air manufacturing heat production + Turbine rotor blade Various energy conservation cycle combined engines which set the group as fitting bolt assembly turbine with the same diameter and the same diameter every paragraph.   Metal sphere mercury gravity driven turbine blade cross section (4B) 5 times two-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal Equipped with shaft (1h) + Drive various cargo ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal ball Mercury gravity Forced compressed air manufacturing heat production + Turbine rotor blade Various energy conservation cycle combined engines which set the group as fitting bolt assembly turbine with the same diameter and the same diameter every paragraph.   Metal sphere mercury gravity driven turbine blade cross section (4C) to 6 times three-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various cargo ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal spheres Mercury gravity Forced compressed air production heat production + Turbine per paragraph A variety of energy storage cycle combined engines, with the rotating blade group of each section having the same diameter and approximately the same diameter for each bolt assembly.   Metal sphere mercury gravity driven turbine blade cross section (4D) seven times four-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various cargo ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal spheres Mercury gravity Forced compressed air production heat production + Turbine per paragraph A variety of energy storage cycle combined engines, with the rotating blade group of each section having the same diameter and approximately the same diameter for each bolt assembly.   Metal sphere mercury gravity driven turbine blade cross section (4E) 8 times 5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal Equipped with shaft (1h) + Drive various cargo ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal spheres Mercury gravity Forced compressed air production heat production + Turbine per paragraph A variety of energy storage cycle combined engines, with the rotating blade group of each section having the same diameter and approximately the same diameter for each bolt assembly.   Metal sphere mercury gravity driven turbine blade cross section (4F) 9 times 6 stages metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various cargo ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal spheres Mercury gravity Forced compressed air production heat production + Turbine per paragraph A variety of energy storage cycle combined engines, with the rotating blade group of each section having the same diameter and approximately the same diameter for each bolt assembly.   Metal sphere mercury gravity driven turbine blade cross section (4A) 10 times 7 stages metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various cargo ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal spheres Mercury gravity Forced compressed air production heat production + Turbine per paragraph A variety of energy storage cycle combined engines, with the rotating blade group of each section having the same diameter and approximately the same diameter for each bolt assembly.   Metal sphere mercury gravity driven turbine blade cross section (4B) 11 times 8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal Equipped with shaft (1h) + Various cargo ships driven by (79V) injection driving force + equipped with hydraulic floating levitation additional thrust bearing + Metal ball mercury accelerated driving by pressure stored separately in compressed air heat and mass The various energy storage cycle combined engines with the acceleration driven turbine.   Metal sphere mercury gravity driven turbine blade cross section (4C) to 12 times 9 step metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Various cargo ships driven by (79V) injection driving force + equipped with hydraulic floating levitation additional thrust bearing + Metal ball mercury accelerated driving by pressure stored separately in compressed air heat and mass The various energy storage cycle combined engines with the acceleration driven turbine.   Metal sphere mercury gravity driven turbine blade cross section (4D) 13 times 10 stages metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Various cargo ships driven by (79V) injection driving force + equipped with hydraulic floating levitation additional thrust bearing + Metal ball mercury accelerated driving by pressure stored separately in compressed air heat and mass The various energy storage cycle combined engines with the acceleration driven turbine.   Metal sphere mercury gravity driven turbine blade cross section (4E) 14 times metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal axis (38B) 1h) Prepare + Drive various cargo ships (79 V) Spray driving force + Hydraulic floating levy additional thrust bearing + Compressed air heat energy and pressure divided etc saved mass accelerate metal ball mercury accelerated driving Various energy storage cycle combined engines with driven turbines.   Metal sphere mercury gravity driven turbine blade cross section (4F) 15 times 1-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal Equipped with shaft (1h) + Various cargo ships driven by (79V) injection driving force + equipped with hydraulic floating levitation additional thrust bearing + Metal ball mercury accelerated driving by pressure stored separately in compressed air heat and mass The various energy storage cycle combined engines with the acceleration driven turbine.   Metal sphere mercury gravity driven turbine blade cross section (4A) to 16 times two-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Maximize utilization of gravity, sunlight and surface tension + Increase and save with ball rising device (2F) + Equipped with hydraulic bearing and additional thrust bearing + Heat pump and metal ball with mercury gravity Various energy storage cycle coalescing engines that use compressed air production heat production + turbine rotor blade groups of the same diameter and shape with the same diameter for each stage.   Metal ball mercury gravity driven turbine blade cross section (4B) 17 times three-stage metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Maximize utilization of gravity, sunlight and surface tension + Increase and save with ball rising device (2F) + Equipped with hydraulic bearing and additional thrust bearing + Heat pump and metal ball with mercury gravity Various energy storage cycle coalescing engines that use compressed air production heat production + turbine rotor blade groups of the same diameter and shape with the same diameter for each stage.   Metal sphere mercury gravity driven turbine blade cross section (4C) 18 times 4-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Maximize utilization of gravity, sunlight and surface tension + Increase and save with ball rising device (2F) + Equipped with hydraulic bearing and additional thrust bearing + Heat pump and metal ball with mercury gravity Various energy storage cycle coalescing engines that use compressed air production heat production + turbine rotor blade groups of the same diameter and shape with the same diameter for each stage.   Metal sphere mercury gravity driven turbine blade cross section (4D) 19 times 5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Maximize utilization of gravity, sunlight and surface tension + Increase and save with ball rising device (2F) + Equipped with hydraulic bearing and additional thrust bearing + Heat pump and metal ball with mercury gravity Various energy storage cycle coalescing engines that use compressed air production heat production + turbine rotor blade groups of the same diameter and shape with the same diameter for each stage.   Metal sphere mercury gravity driven turbine blade cross section (4E) 20 times six-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Maximize utilization of gravity, sunlight and surface tension + Increase and save with ball rising device (2F) + Equipped with hydraulic bearing and additional thrust bearing + Heat pump and metal ball with mercury gravity Heat production with compressed air + Various energy conservation cycle combined engines where the rotor blade group of the turbine has the same diameter and the same diameter for each paragraph.   Metal sphere mercury gravity driven turbine blade cross section (4F) 21 times 7-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4A) 22 times 8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4B) 23 times 9-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4C) to 24 times 10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4D) to 25 times metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selected use vessel (38B) + horizontal axis (38B) 1h) equipped + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat + fitting bolt assembly with the buckets of the turbine approximately the same diameter for each paragraph Various energy storage cycle combined engines with turbines.   Metal sphere mercury gravity driven turbine blade cross section (4E) doubled 1 step metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with the shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity compressed air manufacturing heat production + mating blade assembly of the turbine with the same diameter of each section Various energy storage cycle combined engines with turbines.   Metal sphere mercury gravity driven turbine blade cross section (4F) tripled 2 step metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with the shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity compressed air manufacturing heat production + mating blade assembly of the turbine with the same diameter of each section Various energy storage cycle combined engines with turbines.   Metal sphere mercury gravity driven turbine blade section (4A) quadrupled three-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with the shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity compressed air manufacturing heat production + mating blade assembly of the turbine with the same diameter of each section Various energy storage cycle combined engines with turbines.   Metal sphere mercury gravity driven turbine blade cross section (4B) 5 times four-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal Equipped with the shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity compressed air manufacturing heat production + mating blade assembly of the turbine with the same diameter of each section Various energy storage cycle combined engines with turbines.   Metal sphere mercury gravity driven turbine blade cross section (4C) to 6 times 5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat manufacture + fitting the moving blade group of the turbine as the same diameter and the same size for each paragraph Various energy storage cycle combined engines with combined bolt assembly turbines.   Metal sphere mercury gravity driven turbine blade cross section (4D) seven times six-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4E) 8 times 7 stages metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4F) 9 times 8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4A) 10 times 9 stages metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4B) 11 times 10 stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + fitting the moving blade group of the turbine with the same diameter approximately the same for every paragraph Various energy storage cycle combined engines with bolt assembly turbines.   Metal sphere mercury gravity driven turbine blade cross section (4C) to 12 times metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal axis (38B) 1h) equipped + driving various passenger ships (79V) jet driving force + hydraulic floating levy additional thrust bearing + heat pump and metal sphere mercury gravity compressed air manufacturing heat manufacturing + turbine rotor blade stage Various energy storage cycle combined engines with fitting bolt assembly turbine as same diameter almost same shape.   Metal sphere mercury gravity driven turbine blade cross section (4D) 13 times 1-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various passenger ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal spheres Mercury gravity Forced compressed air production heat production + Turbine blade group Various energy storage cycle combined engines with mating bolt assembly turbines with the same diameter and approximately the same diameter for each stage.   Metal sphere mercury gravity driven turbine blade cross section (4E) 14 times two-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal Equipped with shaft (1h) + Drive various passenger ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal spheres Mercury gravity Forced compressed air production heat production + Turbine blade group Various energy storage cycle combined engines with mating bolt assembly turbines with the same diameter and approximately the same diameter for each stage.   Metal sphere mercury gravity driven turbine blade cross section (4F) 15 times three-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal Equipped with shaft (1h) + Drive various passenger ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal spheres Mercury gravity Forced compressed air production heat production + Turbine blade group Various energy storage cycle combined engines with mating bolt assembly turbines with the same diameter and approximately the same diameter for each stage.   Metal sphere mercury gravity driven turbine blade cross section (4A) to 16 times four-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Shaft (1h) equipped + driving various passenger ships (79V) driving propulsion force + hydraulic floating levy additional thrust bearing equipped + heat pump and metal ball mercury gravity compressed air manufacturing heat manufacturing + turbine for each paragraph A variety of energy storage cycle combined engines, in which the moving blade group has the same diameter and diameter and is approximately the same in diameter.   Metal ball mercury gravity driven turbine blade cross section (4B) 17 times five-stage metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + downward Accelerating metal ball mercury gravity turbine driving + driving various ships (79V) injection driving force + hydraulic levitation levitation additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine motion Various energy storage cycle coalescing engines, which use a blade assembly with a bolt assembly and a turbine assembly with approximately the same diameter and diameter.   Metal sphere mercury gravity driven turbine blade cross section (4C) 18 times 6 stages metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selected use vessel (38B) + downward Accelerating metal ball mercury gravity turbine driving + driving various ships (79V) injection driving force + hydraulic levitation levitation additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine motion Various energy storage cycle coalescing engines, which use a blade assembly with a bolt assembly and a turbine assembly with approximately the same diameter and diameter.   Metal sphere mercury gravity driven turbine blade cross section (4D) 19 times 7-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + downward Accelerating metal ball mercury gravity turbine driving + driving various ships (79V) injection driving force + hydraulic levitation levitation additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine motion Various energy storage cycle coalescing engines, which use a blade assembly with a bolt assembly and a turbine assembly with approximately the same diameter and diameter.   Metal sphere mercury gravity driven turbine blade cross section (4E) 20 times 8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + downward Accelerating metal ball mercury gravity turbine driving + driving various ships (79V) injection driving force + hydraulic levitation levitation additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine motion Various energy storage cycle coalescing engines, which use a blade assembly with a bolt assembly and a turbine assembly with approximately the same diameter and diameter.   Metal sphere mercury gravity driven turbine blade cross section (4F) 21 times 9 step metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selected use vessel (38B) + downward Accelerating metal ball mercury gravity turbine driving + driving various ships (79V) injection driving force + hydraulic levitation levitation additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacturing heat manufacturing + paragraph every A variety of energy storage cycle combined engines, in which the rotor blade group of the turbine has the same diameter and diameter, and has the same diameter.   Metal sphere mercury gravity driven turbine blade cross section (4A) to 22 times 10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Shaft (1h) equipped ++ equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter and substantially the same shape for each stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4B) 23 times metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal axis (38B) 1h) Equipped with ++ hydraulic levitation + additional thrust bearing equipped + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat + turbine bucket group with the same diameter approximately the same shape for every stage Various energy conservation cycle union engine.   Metal sphere mercury gravity driven turbine blade cross section (4C) to be 24 times 1 stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Shaft (1h) equipped ++ equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter and substantially the same shape for each stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4D) to 25 times two-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Shaft (1h) equipped ++ equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter and substantially the same shape for each stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4E) doubled three-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Shaft (1h) equipped ++ equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + fitting the rotor blade group of the turbine with the same diameter and diameter for each paragraph Various energy storage cycle combined engines with bolt assembly turbines.   Metal sphere mercury gravity driven turbine blade cross section (4F) tripled 4 steps metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with the shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity compressed air manufacturing heat production + mating blade assembly of the turbine with the same diameter of each section Various energy storage cycle combined engines with turbines.   Metal sphere mercury gravity driven turbine blade cross section (4A) quadruple 5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal Equipped with the shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity compressed air manufacturing heat production + mating blade assembly of the turbine with the same diameter of each section Various energy storage cycle combined engines with turbines.   Metal sphere mercury gravity driven turbine blade cross section (4B) 5 times 6 stages metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with the shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity compressed air manufacturing heat production + mating blade assembly of the turbine with the same diameter of each section Various energy storage cycle combined engines with turbines.   Metal sphere mercury gravity driven turbine blade cross section (4C) to 6 times 7 steps metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with the shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity compressed air manufacturing heat production + mating blade assembly of the turbine with the same diameter of each section Various energy storage cycle combined engines with turbines.   Metal sphere mercury gravity driven turbine blade cross section (4D) 7 times 8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat manufacture + fitting the moving blade group of the turbine as the same diameter and the same size for each paragraph Various energy storage cycle combined engines with combined bolt assembly turbines.   Metal sphere mercury gravity driven turbine blade cross section (4E) 8 times 9 stages metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4F) 9 times 10 stages metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4A) 10 times metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal axis (38B) 1h) equipped + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine bucket group with same diameter and same shape for every stage Various energy conservation cycle union engine.   Metal sphere mercury gravity driven turbine blade cross section (4B) 11 times 1 stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4C) to 12 times two-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + fitting the moving blade group of the turbine with the same diameter approximately the same for every paragraph Various energy storage cycle combined engines with bolt assembly turbines.   Metal sphere mercury gravity driven turbine blade cross section (4D) 13 times three-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various passenger ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal spheres Mercury gravity Forced compressed air production heat production + Turbine blade group Various energy storage cycle combined engines with mating bolt assembly turbines with the same diameter and approximately the same diameter for each stage.   Metal sphere mercury gravity driven turbine blade cross section (4E) 14 times four-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various passenger ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal spheres Mercury gravity Forced compressed air production heat production + Turbine blade group Various energy storage cycle combined engines with mating bolt assembly turbines with the same diameter and approximately the same diameter for each stage.   Metal sphere mercury gravity driven turbine blade cross section (4F) 15 times five-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various passenger ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal spheres Mercury gravity Forced compressed air production heat production + Turbine blade group Various energy storage cycle combined engines with mating bolt assembly turbines with the same diameter and approximately the same diameter for each stage.   Metal sphere mercury gravity driven turbine blade cross section (4A) to 16 times 6 stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal Equipped with shaft (1h) + Drive various passenger ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal spheres Mercury gravity Forced compressed air production heat production + Turbine blade group Various energy storage cycle combined engines with mating bolt assembly turbines with the same diameter and approximately the same diameter for each stage.   Metal sphere mercury gravity driven turbine blade cross section (4B) 17 times seven-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Shaft (1h) equipped + driving various passenger ships (79V) driving propulsion force + hydraulic floating levy additional thrust bearing equipped + heat pump and metal ball mercury gravity compressed air manufacturing heat manufacturing + turbine for each paragraph A variety of energy storage cycle combined engines, in which the moving blade group has the same diameter and diameter and is approximately the same in diameter.   Metal sphere mercury gravity driven turbine blade cross section (4C) 18 times 8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + downward Accelerating metal ball mercury gravity turbine driving + driving various ships (79V) injection driving force + hydraulic levitation levitation additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine motion Various energy storage cycle coalescing engines, which use a blade assembly with a bolt assembly and a turbine assembly with approximately the same diameter and diameter.   Metal sphere mercury gravity driven turbine blade cross section (4D) 19 times nine-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + downward Accelerating metal ball mercury gravity turbine driving + driving various ships (79V) injection driving force + hydraulic levitation levitation additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine motion Various energy storage cycle coalescing engines, which use a blade assembly with a bolt assembly and a turbine assembly with approximately the same diameter and diameter.   Metal sphere mercury gravity driven turbine blade section (4E) 20 times 10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + downward Accelerating metal ball mercury gravity turbine driving + driving various ships (79V) injection driving force + hydraulic levitation levitation additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine motion Various energy storage cycle coalescing engines, which use a blade assembly with a bolt assembly and a turbine assembly with approximately the same diameter and diameter.   Metal sphere mercury gravity driven turbine blade cross section (4F) 21 times metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selected use vessel (38B) + accelerated downward Metal ball mercury gravity turbine driven + various ships like (79V) injection driving force driven + hydraulic levitation levitation additional thrust bearing equipped + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine rotor blade group Various energy storage cycle combined engines with mating bolt assembly turbines with the same diameter and approximately the same diameter for each stage.   Metal sphere mercury gravity driven turbine blade cross section (4A) 22 times one-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + downward Accelerating metal ball mercury gravity turbine driving + driving various ships (79V) injection driving force + hydraulic levitation levitation additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacturing heat manufacturing + paragraph every A variety of energy storage cycle combined engines, in which the rotor blade group of the turbine has the same diameter and diameter, and has the same diameter.   Metal sphere mercury gravity driven turbine blade cross section (4B) 23 times two-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4C) to 24 times three-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4D) 25 times four-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4E) doubled 5 steps metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4F) tripled 6 stages metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + fitting the moving blade group of the turbine with the same diameter approximately the same for every paragraph Various energy storage cycle combined engines with bolt assembly turbines.   Metal sphere mercury gravity driven turbine blade cross section (4A) quadruple 7-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal Equipped with the shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity compressed air manufacturing heat production + mating blade assembly of the turbine with the same diameter of each section Various energy storage cycle combined engines with turbines.   Metal sphere mercury gravity driven turbine blade cross section (4B) 5 times 8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with the shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity compressed air manufacturing heat production + mating blade assembly of the turbine with the same diameter of each section Various energy storage cycle combined engines with turbines.   Metal sphere mercury gravity driven turbine blade cross section (4C) 6 times 9 stages metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with the shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity compressed air manufacturing heat production + mating blade assembly of the turbine with the same diameter of each section Various energy storage cycle combined engines with turbines.   Metal sphere mercury gravity driven turbine blade cross section (4D) 7 times 10 stages metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with the shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity compressed air manufacturing heat production + mating blade assembly of the turbine with the same diameter of each section Various energy storage cycle combined engines with turbines.   Metal sphere mercury gravity driven turbine blade cross section (4E) to 8 times metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal axis (38B) 1h) equipped with hydraulic levitation + additional thrust bearing equipped + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + mating bolts of turbines with the same diameter approximately the same shape for each paragraph Various energy storage cycle combined engines with an assembled turbine.   Metal sphere mercury gravity driven turbine blade cross section (4F) 9 times 1 step metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4A) 10 times 2-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4B) 11 times three-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4C) to 12 times 4-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4D) 13 times 5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + fitting the moving blade group of the turbine with the same diameter approximately the same for every paragraph Various energy storage cycle combined engines with bolt assembly turbines.   Metal sphere mercury gravity driven turbine blade cross section (4E) 14 times 6 stages metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selected use vessel (38 B) + horizontal Equipped with shaft (1h) + Drive various passenger ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal spheres Mercury gravity Forced compressed air production heat production + Turbine blade group Various energy storage cycle combined engines with mating bolt assembly turbines with the same diameter and approximately the same diameter for each stage.   Metal sphere mercury gravity driven turbine blade cross section (4F) 15 times 7-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various passenger ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal spheres Mercury gravity Forced compressed air production heat production + Turbine blade group Various energy storage cycle combined engines with mating bolt assembly turbines with the same diameter and approximately the same diameter for each stage.   Metal sphere mercury gravity driven turbine blade cross section (4A) to 16 times 8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various passenger ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal spheres Mercury gravity Forced compressed air production heat production + Turbine blade group Various energy storage cycle combined engines with mating bolt assembly turbines with the same diameter and approximately the same diameter for each stage.   Metal sphere mercury gravity driven turbine blade cross section (4B) 17 times nine-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal Equipped with shaft (1h) + Drive various passenger ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal spheres Mercury gravity Forced compressed air production heat production + Turbine blade group Various energy storage cycle combined engines with mating bolt assembly turbines with the same diameter and approximately the same diameter for each stage.   Metal sphere mercury gravity driven turbine blade cross section (4C) 18 times 10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Shaft (1h) equipped + driving various passenger ships (79V) driving propulsion force + hydraulic floating levy additional thrust bearing equipped + heat pump and metal ball mercury gravity compressed air manufacturing heat manufacturing + turbine for each paragraph A variety of energy storage cycle combined engines, in which the moving blade group has the same diameter and diameter and is approximately the same in diameter.   Metal sphere mercury gravity driven turbine blade cross section (4D) 19 times metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + accelerate downward Metal ball mercury gravity turbine driven + various ships like (79V) injection driving force driven + hydraulic levitation levitation additional thrust bearing equipped + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine rotor blade group Various energy storage cycle combined engines with mating bolt assembly turbines with the same diameter and approximately the same diameter for each stage.   Metal sphere mercury gravity driven turbine blade cross section (4E) 20 times 1-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + downward Accelerating metal ball mercury gravity turbine driving + driving various ships (79V) injection driving force + hydraulic levitation levitation additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine motion Various energy storage cycle coalescing engines, which use a blade assembly with a bolt assembly and a turbine assembly with approximately the same diameter and diameter.   Metal sphere mercury gravity driven turbine blade cross section (4F) 21 times two-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + downward Accelerating metal ball mercury gravity turbine driving + driving various ships (79V) injection driving force + hydraulic levitation levitation additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine motion Various energy storage cycle coalescing engines, which use a blade assembly with a bolt assembly and a turbine assembly with approximately the same diameter and diameter.   Metal sphere mercury gravity driven turbine blade cross section (4A) 22 times 3-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + downward Accelerating metal ball mercury gravity turbine driving + driving various ships (79V) injection driving force + hydraulic levitation levitation additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine motion Various energy storage cycle coalescing engines, which use a blade assembly with a bolt assembly and a turbine assembly with approximately the same diameter and diameter.   Metal sphere mercury gravity driven turbine blade section (4B) 23 times four-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + downward Accelerating metal ball mercury gravity turbine driving + driving various ships (79V) injection driving force + hydraulic levitation levitation additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacturing heat manufacturing + paragraph every A variety of energy storage cycle combined engines, in which the rotor blade group of the turbine has the same diameter and diameter, and has the same diameter.   Metal sphere mercury gravity driven turbine blade cross section (4C) to 24 times 5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4D) 25 times 6 step metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selected to use ship (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4E) doubled 7-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade section (4F) tripled 8 stages metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4A) quadrupled 9-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + fitting the moving blade group of the turbine with the same diameter approximately the same for every paragraph Various energy storage cycle combined engines with bolt assembly turbines.   Metal sphere mercury gravity driven turbine blade cross section (4B) 5 times 10 stages metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with the shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity compressed air manufacturing heat production + mating blade assembly of the turbine with the same diameter of each section Various energy storage cycle combined engines with turbines.   Metal sphere mercury gravity driven turbine blade cross section (4C) to 6 times metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal axis (38B) 1h) + hydraulic levitation levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same shape for every stage Various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4D) 7 times 1-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with the shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity compressed air manufacturing heat production + mating blade assembly of the turbine with the same diameter of each section Various energy storage cycle combined engines with turbines.   Metal sphere mercury gravity driven turbine blade cross section (4E) 8 times two-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with the shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity compressed air manufacturing heat production + mating blade assembly of the turbine with the same diameter of each section Various energy storage cycle combined engines with turbines.   Metal sphere mercury gravity driven turbine blade cross section (4F) to 9 times 3 step metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat manufacture + fitting the moving blade group of the turbine as the same diameter and the same size for each paragraph Various energy storage cycle combined engines with combined bolt assembly turbines.   Metal sphere mercury gravity driven turbine blade cross section (4A) 10 times four-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4B) 11 times 5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4C) to 12 times 6 step metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4D) 13 times 7-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4E) 14 times 8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + fitting the moving blade group of the turbine with the same diameter approximately the same for every paragraph Various energy storage cycle combined engines with bolt assembly turbines.   Metal sphere mercury gravity driven turbine blade cross section (4F) 15 times 9-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various passenger ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal spheres Mercury gravity Forced compressed air production heat production + Turbine blade group Various energy storage cycle combined engines with mating bolt assembly turbines with the same diameter and approximately the same diameter for each stage.   Metal sphere mercury gravity driven turbine blade cross section (4A) to 16 times 10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various passenger ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal spheres Mercury gravity Forced compressed air production heat production + Turbine blade group Various energy storage cycle combined engines with mating bolt assembly turbines with the same diameter and approximately the same diameter for each stage.   Metal sphere mercury gravity driven turbine blade cross section (4B) to 17 times metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal axis (38B) 1h) equipped + driving various passenger ships (79V) jet driving force + hydraulic floating levy additional thrust bearing + heat pump and metal sphere mercury gravity compressed air manufacturing heat manufacturing + turbine rotor blade stage Various energy storage cycle combined engines with fitting bolt assembly turbine as same diameter almost same shape.   Metal sphere mercury gravity driven turbine blade cross section (4C) 18 times one-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various passenger ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal spheres Mercury gravity Forced compressed air production heat production + Turbine blade group Various energy storage cycle combined engines with mating bolt assembly turbines with the same diameter and approximately the same diameter for each stage.   Metal sphere mercury gravity driven turbine blade cross section (4D) 19 times two-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Shaft (1h) equipped + driving various passenger ships (79V) driving propulsion force + hydraulic floating levy additional thrust bearing equipped + heat pump and metal ball mercury gravity compressed air manufacturing heat manufacturing + turbine for each paragraph A variety of energy storage cycle combined engines, in which the moving blade group has the same diameter and diameter and is approximately the same in diameter.   Metal sphere mercury gravity driven turbine blade cross section (4E) 20 times three-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + downward Accelerating metal ball mercury gravity turbine driving + driving various ships (79V) injection driving force + hydraulic levitation levitation additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine motion Various energy storage cycle coalescing engines, which use a blade assembly with a bolt assembly and a turbine assembly with approximately the same diameter and diameter.   Metal ball mercury gravity driven turbine blade section (4F) 21 times four-stage metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selected to use ship (38B) + downward Accelerating metal ball mercury gravity turbine driving + driving various ships (79V) injection driving force + hydraulic levitation levitation additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine motion Various energy storage cycle coalescing engines, which use a blade assembly with a bolt assembly and a turbine assembly with approximately the same diameter and diameter.   Metal sphere mercury gravity driven turbine blade cross section (4A) 22 times 5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + downward Accelerating metal ball mercury gravity turbine driving + driving various ships (79V) injection driving force + hydraulic levitation levitation additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine motion Various energy storage cycle coalescing engines, which use a blade assembly with a bolt assembly and a turbine assembly with approximately the same diameter and diameter.   Metal sphere mercury gravity driven turbine blade cross section (4B) 23 times 6-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + downward Accelerating metal ball mercury gravity turbine driving + driving various ships (79V) injection driving force + hydraulic levitation levitation additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine motion Various energy storage cycle coalescing engines, which use a blade assembly with a bolt assembly and a turbine assembly with approximately the same diameter and diameter.   Metal sphere mercury gravity driven turbine blade cross section (4C) to 24 times 7-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + downward Accelerating metal ball mercury gravity turbine driving + driving various ships (79V) injection driving force + hydraulic levitation levitation additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacturing heat manufacturing + paragraph every A variety of energy storage cycle combined engines, in which the rotor blade group of the turbine has the same diameter and diameter, and has the same diameter.   Metal sphere mercury gravity driven turbine blade cross section (4D) 25 times 8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4E) doubled 9-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4F) tripled 10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4A) to quadruple metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal axis (38B) 1h) equipped + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine bucket group with same diameter and same shape for every stage Various energy conservation cycle union engine.   Metal sphere mercury gravity driven turbine blade cross section (4B) 5 times 1 step metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selected use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + fitting the moving blade group of the turbine with the same diameter approximately the same for every paragraph Various energy storage cycle combined engines with bolt assembly turbines.   Metal sphere mercury gravity driven turbine blade cross section (4C) to 6 times two-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with the shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity compressed air manufacturing heat production + mating blade assembly of the turbine with the same diameter of each section Various energy storage cycle combined engines with turbines.   Metal sphere mercury gravity driven turbine blade cross section (4D) seven times three-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal Equipped with the shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity compressed air manufacturing heat production + mating blade assembly of the turbine with the same diameter of each section Various energy storage cycle combined engines with turbines.   Metal sphere mercury gravity driven turbine blade cross section (4E) 8 times four-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with the shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity compressed air manufacturing heat production + mating blade assembly of the turbine with the same diameter of each section Various energy storage cycle combined engines with turbines.   Metal sphere mercury gravity driven turbine blade cross section (4F) 9 times 5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with the shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity compressed air manufacturing heat production + mating blade assembly of the turbine with the same diameter of each section Various energy storage cycle combined engines with turbines.   Metal sphere mercury gravity driven turbine blade cross section (4A) to 10 times 6 step metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat manufacture + fitting the moving blade group of the turbine as the same diameter and the same size for each paragraph Various energy storage cycle combined engines with combined bolt assembly turbines.   Metal sphere mercury gravity driven turbine blade cross section (4B) 11 times 7 stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selected use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4C) to 12 times 8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4D) 13 times nine-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4E) 14 times 10 stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4F) 15 times metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal axis (38B) 1h) equipped + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat + fitting bolt assembly with the buckets of the turbine approximately the same diameter for each paragraph Various energy storage cycle combined engines with turbines.   Metal sphere mercury gravity driven turbine blade cross section (4A) to 16 times one-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various passenger ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal spheres Mercury gravity Forced compressed air production heat production + Turbine blade group Various energy storage cycle combined engines with mating bolt assembly turbines with the same diameter and approximately the same diameter for each stage.   Metal sphere mercury gravity driven turbine blade cross section (4B) 17 times two-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal Equipped with shaft (1h) + Drive various passenger ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal spheres Mercury gravity Forced compressed air production heat production + Turbine blade group Various energy storage cycle combined engines with mating bolt assembly turbines with the same diameter and approximately the same diameter for each stage.   Metal sphere mercury gravity driven turbine blade cross section (4C) 18 times three-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various passenger ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal spheres Mercury gravity Forced compressed air production heat production + Turbine blade group Various energy storage cycle combined engines with mating bolt assembly turbines with the same diameter and approximately the same diameter for each stage.   Metal sphere mercury gravity driven turbine blade cross section (4D) 19 times 4-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal Equipped with shaft (1h) + Drive various passenger ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal spheres Mercury gravity Forced compressed air production heat production + Turbine blade group Various energy storage cycle combined engines with mating bolt assembly turbines with the same diameter and approximately the same diameter for each stage.   Metal sphere mercury gravity driven turbine blade cross section (4E) 20 times 5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Shaft (1h) equipped + driving various passenger ships (79V) driving propulsion force + hydraulic floating levy additional thrust bearing equipped + heat pump and metal ball mercury gravity compressed air manufacturing heat manufacturing + turbine for each paragraph A variety of energy storage cycle combined engines, in which the moving blade group has the same diameter and diameter and is approximately the same in diameter.   Metal ball mercury gravity driven turbine blade cross section (4F) 21 times 6-step metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selected use vessel (38B) + downward Accelerating metal ball mercury gravity turbine driving + driving various ships (79V) injection driving force + hydraulic levitation levitation additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine motion Various energy storage cycle coalescing engines, which use a blade assembly with a bolt assembly and a turbine assembly with approximately the same diameter and diameter.   Metal sphere mercury gravity driven turbine blade cross section (4A) 22 times 7 stages metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selected use vessel (38B) + downward Accelerating metal ball mercury gravity turbine driving + driving various ships (79V) injection driving force + hydraulic levitation levitation additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine motion Various energy storage cycle coalescing engines, which use a blade assembly with a bolt assembly and a turbine assembly with approximately the same diameter and diameter.   Metal sphere mercury gravity driven turbine blade cross section (4B) 23 times 8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + downward Accelerating metal ball mercury gravity turbine driving + driving various ships (79V) injection driving force + hydraulic levitation levitation additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine motion Various energy storage cycle coalescing engines, which use a blade assembly with a bolt assembly and a turbine assembly with approximately the same diameter and diameter.   Metal sphere mercury gravity driven turbine blade cross section (4C) to 24 times 9-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + downward Accelerating metal ball mercury gravity turbine driving + driving various ships (79V) injection driving force + hydraulic levitation levitation additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine motion Various energy storage cycle coalescing engines, which use a blade assembly with a bolt assembly and a turbine assembly with approximately the same diameter and diameter.   Metal sphere mercury gravity driven turbine blade cross section (4D) 25 times 10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + downward Accelerating metal ball mercury gravity turbine driving + driving various ships (79V) injection driving force + hydraulic levitation levitation additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacturing heat manufacturing + paragraph every A variety of energy storage cycle combined engines, in which the rotor blade group of the turbine has the same diameter and diameter, and has the same diameter.   Metal sphere mercury gravity driven turbine blade cross section (4E) doubled metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal axis (38B) 1h) equipped + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine bucket group with same diameter and same shape for every stage Various energy conservation cycle union engine.   Metal sphere mercury gravity driven turbine blade cross section (4F) tripled 1 step metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4A) quadruple two-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4B) 5 times three-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4C) to 6 times four-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + fitting the moving blade group of the turbine with the same diameter approximately the same for every paragraph Various energy storage cycle combined engines with bolt assembly turbines.   Metal sphere mercury gravity driven turbine blade cross section (4D) 7 times 5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with the shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity compressed air manufacturing heat production + mating blade assembly of the turbine with the same diameter of each section Various energy storage cycle combined engines with turbines.   Metal sphere mercury gravity driven turbine blade cross section (4E) 8 times 6 stages metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selected use vessel (38B) + horizontal Equipped with the shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity compressed air manufacturing heat production + mating blade assembly of the turbine with the same diameter of each section Various energy storage cycle combined engines with turbines.   Metal sphere mercury gravity driven turbine blade cross section (4F) 9 times 7 stages metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with the shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity compressed air manufacturing heat production + mating blade assembly of the turbine with the same diameter of each section Various energy storage cycle combined engines with turbines.   Metal sphere mercury gravity driven turbine blade cross section (4A) 10 times 8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with the shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity compressed air manufacturing heat production + mating blade assembly of the turbine with the same diameter of each section Various energy storage cycle combined engines with turbines.   Metal sphere mercury gravity driven turbine blade cross section (4B) 11 times 9 stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat manufacture + fitting the moving blade group of the turbine as the same diameter and the same size for each paragraph Various energy storage cycle combined engines with combined bolt assembly turbines.   Metal sphere mercury gravity driven turbine blade cross section (4C) to 12 times 10 stages metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4D) 13 times metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selected use vessel (38 B) + horizontal axis (38 B) 1h) equipped + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine bucket group with same diameter and same shape for every stage Various energy conservation cycle union engine.   Metal sphere mercury gravity driven turbine blade cross section (4E) 14 times 1 stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4F) 15 times two-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4A) to 16 times three-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + fitting the moving blade group of the turbine with the same diameter approximately the same for every paragraph Various energy storage cycle combined engines with bolt assembly turbines.   Metal sphere mercury gravity driven turbine blade cross section (4B) 17 times four-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various passenger ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal spheres Mercury gravity Forced compressed air production heat production + Turbine blade group Various energy storage cycle combined engines with mating bolt assembly turbines with the same diameter approximately the same diameter for each stage.   Metal sphere mercury gravity driven turbine blade cross section (4C) 18 times 5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various passenger ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal spheres Mercury gravity Forced compressed air production heat production + Turbine blade group Various energy storage cycle combined engines with mating bolt assembly turbines with the same diameter and approximately the same diameter for each stage.   Metal sphere mercury gravity driven turbine blade cross section (4D) 19 times 6 step metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various passenger ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal spheres Mercury gravity Forced compressed air production heat production + Turbine blade group Various energy storage cycle combined engines with mating bolt assembly turbines with the same diameter and approximately the same diameter for each stage.   Metal sphere mercury gravity driven turbine blade cross section (4E) 20 times seven-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various passenger ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal spheres Mercury gravity Forced compressed air production heat production + Turbine blade group Various energy storage cycle combined engines with mating bolt assembly turbines with the same diameter and approximately the same diameter for each stage.   Metal sphere mercury gravity driven turbine blade cross section (4F) 21 times 8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Shaft (1h) equipped + driving various passenger ships (79V) driving propulsion force + hydraulic floating levy additional thrust bearing equipped + heat pump and metal ball mercury gravity compressed air manufacturing heat manufacturing + turbine for each paragraph A variety of energy storage cycle combined engines, in which the moving blade group has the same diameter and diameter and is approximately the same in diameter.   Metal sphere mercury gravity driven turbine blade cross section (4A) 22 times 9 stages metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selected use vessel (38B) + downward Accelerating metal ball mercury gravity turbine driving + driving various ships (79V) injection driving force + hydraulic levitation levitation additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine motion Various energy storage cycle coalescing engines, which use a blade assembly with a bolt assembly and a turbine assembly with approximately the same diameter and diameter.   Metal sphere mercury gravity driven turbine blade cross section (4B) 23 times 10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + downward Accelerating metal ball mercury gravity turbine driving + driving various ships (79V) injection driving force + hydraulic levitation levitation additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine motion Various energy storage cycle coalescing engines, which use a blade assembly with a bolt assembly and a turbine assembly with approximately the same diameter and diameter.   Metal sphere mercury gravity driven turbine blade cross section (4C) 24 times metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + accelerate downward Metal ball mercury gravity turbine driven + various ships like (79V) injection driving force driven + hydraulic levitation levitation additional thrust bearing equipped + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine rotor blade group Various energy storage cycle combined engines with mating bolt assembly turbines with the same diameter and approximately the same diameter for each stage.   Metal sphere mercury gravity driven turbine blade cross section (4D) 25 times 1 step metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + downward Accelerating metal ball mercury gravity turbine driving + driving various ships (79V) injection driving force + hydraulic levitation levitation additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine motion Various energy storage cycle coalescing engines, which use a blade assembly with a bolt assembly and a turbine assembly with approximately the same diameter and diameter.   Metal ball mercury gravity driven turbine blade cross section (4E) doubled two-stage metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + downward Accelerating metal ball mercury gravity turbine driving + driving various ships (79V) injection driving force + hydraulic levitation levitation additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacturing heat manufacturing + paragraph every A variety of energy storage cycle combined engines, in which the rotor blade group of the turbine has the same diameter and diameter, and has the same diameter.   Metal sphere mercury gravity driven turbine blade cross section (4F) tripled three-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4A) quadruple four-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4B) 5 times 5 stages metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4C) to 6 times 6 stages metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4D) 7 times 7 stages metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + fitting the moving blade group of the turbine with the same diameter approximately the same for every paragraph Various energy storage cycle combined engines with bolt assembly turbines.   Metal sphere mercury gravity driven turbine blade cross section (4E) 8 times 8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with the shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity compressed air manufacturing heat production + mating blade assembly of the turbine with the same diameter of each section Various energy storage cycle combined engines with turbines.   Metal sphere mercury gravity driven turbine blade cross section (4F) 9 times 9 stages metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with the shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity compressed air manufacturing heat production + mating blade assembly of the turbine with the same diameter of each section Various energy storage cycle combined engines with turbines.   Metal sphere mercury gravity driven turbine blade cross section (4A) 10 times 10 stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with the shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity compressed air manufacturing heat production + mating blade assembly of the turbine with the same diameter of each section Various energy storage cycle combined engines with turbines.   Metal sphere mercury gravity driven turbine blade cross section (4B) 11 times metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (38 B) 1h) + hydraulic levitation levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same shape for every stage Various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4C) to 12 times one-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat manufacture + fitting the moving blade group of the turbine as the same diameter and the same size for each paragraph Various energy storage cycle combined engines with combined bolt assembly turbines.   Metal sphere mercury gravity driven turbine blade cross section (4D) 13 times two-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4E) 14 times three-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4F) 15 times four-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4A) to 16 times 5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4B) 17 times six-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + fitting the moving blade group of the turbine with the same diameter approximately the same for every paragraph Various energy storage cycle combined engines with bolt assembly turbines.   Metal sphere mercury gravity driven turbine blade cross section (4C) 18 times seven-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various passenger ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal spheres Mercury gravity Forced compressed air production heat production + Turbine blade group Various energy storage cycle combined engines with mating bolt assembly turbines with the same diameter and approximately the same diameter for each stage.   Metal sphere mercury gravity driven turbine blade cross section (4D) 19 times 8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various passenger ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal spheres Mercury gravity Forced compressed air production heat production + Turbine blade group Various energy storage cycle combined engines with mating bolt assembly turbines with the same diameter and approximately the same diameter for each stage.   Metal sphere mercury gravity driven turbine blade section (4E) 20 times nine-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various passenger ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal spheres Mercury gravity Forced compressed air production heat production + Turbine blade group Various energy storage cycle combined engines with mating bolt assembly turbines with the same diameter approximately the same diameter for each stage.   Metal sphere mercury gravity driven turbine blade section (4F) 21 times 10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various passenger ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal spheres Mercury gravity Forced compressed air production heat production + Turbine blade group Various energy storage cycle combined engines with mating bolt assembly turbines with the same diameter approximately the same diameter for each stage.   Metal sphere mercury gravity driven turbine blade cross section (4A) to 22 times metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal axis (38B) 1h) equipped + driving various passenger ships (79V) injection driving force + hydraulic floating levy additional thrust bearing equipped + heat pump and metal ball mercury gravity compressed air manufacturing heat manufacturing + turbine blade per stage Various energy conservation cycle combined engines which set the group as fitting bolt assembly turbine with the same diameter and the same diameter every paragraph.   Metal sphere mercury gravity driven turbine blade cross section (4B) 23 times 1-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + downward Accelerating metal ball mercury gravity turbine driving + driving various ships (79V) injection driving force + hydraulic levitation levitation additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine motion Various energy storage cycle coalescing engines, which use a blade assembly with a bolt assembly and a turbine assembly with approximately the same diameter and diameter.   Metal sphere mercury gravity driven turbine blade cross section (4C) to 24 times two-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + downward Accelerating metal ball mercury gravity turbine driving + driving various ships (79V) injection driving force + hydraulic levitation levitation additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine motion Various energy storage cycle coalescing engines, which use a blade assembly with a bolt assembly and a turbine assembly with approximately the same diameter and diameter.   Metal sphere mercury gravity driven turbine blade cross section (4D) 25 times three-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + downward Accelerating metal ball mercury gravity turbine driving + driving various ships (79V) injection driving force + hydraulic levitation levitation additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine motion Various energy storage cycle coalescing engines, which use a blade assembly with a bolt assembly and a turbine assembly with approximately the same diameter and diameter.   Metal sphere mercury gravity driven turbine blade cross section (4E) doubled 4 steps metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selected use vessel (38 B) + downward Accelerating metal ball mercury gravity turbine driving + driving various ships (79V) injection driving force + hydraulic levitation levitation additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine motion Various energy storage cycle coalescing engines, which use a blade assembly with a bolt assembly and a turbine assembly with approximately the same diameter and diameter.   Metal sphere mercury gravity driven turbine blade cross section (4F) tripled 5 steps metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + downward Accelerating metal ball mercury gravity turbine driving + driving various ships (79V) injection driving force + hydraulic levitation levitation additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacturing heat manufacturing + paragraph every A variety of energy storage cycle combined engines, in which the rotor blade group of the turbine has the same diameter and diameter, and has the same diameter.   Metal sphere mercury gravity driven turbine blade cross section (4A) quadruple six-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4B) 5 times 7 stages metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4C) to 6 times 8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4D) 7 times 9 stages metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4E) 8 times 10 stages metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + fitting the moving blade group of the turbine with the same diameter approximately the same for every paragraph Various energy storage cycle combined engines with bolt assembly turbines.   Metal sphere mercury gravity driven turbine blade cross section (4F) to 9 times metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal axis (38B) 1h) + hydraulic levitation levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same shape for every stage Various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4A) 10 times 1 stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with the shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity compressed air manufacturing heat production + mating blade assembly of the turbine with the same diameter of each section Various energy storage cycle combined engines with turbines.   Metal sphere mercury gravity driven turbine blade cross section (4B) 11 times two-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with the shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity compressed air manufacturing heat production + mating blade assembly of the turbine with the same diameter of each section Various energy storage cycle combined engines with turbines.   Metal sphere mercury gravity driven turbine blade cross section (4C) to 12 times three-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with the shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity compressed air manufacturing heat production + mating blade assembly of the turbine with the same diameter of each section Various energy storage cycle combined engines with turbines.   Metal sphere mercury gravity driven turbine blade cross section (4D) 13 times four-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat manufacture + fitting the moving blade group of the turbine as the same diameter and the same size for each paragraph Various energy storage cycle combined engines with combined bolt assembly turbines.   Metal sphere mercury gravity driven turbine blade cross section (4E) 14 times 5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4F) 15 times six-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selected use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4A) to 16 times 7-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4B) 17 times 8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4C) 18 times nine-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + fitting the moving blade group of the turbine with the same diameter approximately the same for every paragraph Various energy storage cycle combined engines with bolt assembly turbines.   Metal sphere mercury gravity driven turbine blade cross section (4D) 19 times 10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various passenger ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal spheres Mercury gravity Forced compressed air production heat production + Turbine blade group Various energy storage cycle combined engines with mating bolt assembly turbines with the same diameter and approximately the same diameter for each stage.   Metal sphere mercury gravity driven turbine blade cross section (4E) 20 times metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal axis (38B) 1h) equipped + driving various passenger ships (79V) jet driving force + hydraulic floating levy additional thrust bearing + heat pump and metal sphere mercury gravity compressed air manufacturing heat manufacturing + turbine rotor blade stage Various energy storage cycle combined engines with fitting bolt assembly turbine as same diameter almost same shape.   Metal sphere mercury gravity driven turbine blade cross section (4F) 21 times one-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various passenger ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal spheres Mercury gravity Forced compressed air production heat production + Turbine blade group Various energy storage cycle combined engines with mating bolt assembly turbines with the same diameter and approximately the same diameter for each stage.   Metal sphere mercury gravity driven turbine blade cross section (4A) to 22 times two-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various passenger ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal spheres Mercury gravity Forced compressed air production heat production + Turbine blade group Various energy storage cycle combined engines with mating bolt assembly turbines with the same diameter and approximately the same diameter for each stage.   Metal sphere mercury gravity driven turbine blade cross section (4B) 23 times three-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Shaft (1h) equipped + driving various passenger ships (79V) driving propulsion force + hydraulic floating levy additional thrust bearing equipped + heat pump and metal ball mercury gravity compressed air manufacturing heat manufacturing + turbine for each paragraph A variety of energy storage cycle combined engines, in which the moving blade group has the same diameter and diameter and is approximately the same in diameter.   Metal sphere mercury gravity driven turbine blade cross section (4C) to 24 times four-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + downward Accelerating metal ball mercury gravity turbine driving + driving various ships (79V) injection driving force + hydraulic levitation levitation additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine motion Various energy storage cycle coalescing engines, which use a blade assembly with a bolt assembly and a turbine assembly with approximately the same diameter and diameter.   Metal sphere mercury gravity driven turbine blade cross section (4D) 25 times 5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + downward Accelerating metal ball mercury gravity turbine driving + driving various ships (79V) injection driving force + hydraulic levitation levitation additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine motion Various energy storage cycle coalescing engines, which use a blade assembly with a bolt assembly and a turbine assembly with approximately the same diameter and diameter.   Metal sphere mercury gravity driven turbine blade cross section (4E) doubled 6 stages metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + downward Accelerating metal ball mercury gravity turbine driving + driving various ships (79V) injection driving force + hydraulic levitation levitation additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine motion Various energy storage cycle coalescing engines, which use a blade assembly with a bolt assembly and a turbine assembly with approximately the same diameter and diameter.   Metal sphere mercury gravity driven turbine blade cross section (4F) tripled 7 stages metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + downward Accelerating metal ball mercury gravity turbine driving + driving various ships (79V) injection driving force + hydraulic levitation levitation additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine motion Various energy storage cycle coalescing engines, which use a blade assembly with a bolt assembly and a turbine assembly with approximately the same diameter and diameter.   Metal sphere mercury gravity driven turbine blade cross section (4A) quadrupled to 8 stages metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + downward Accelerating metal ball mercury gravity turbine driving + driving various ships (79V) injection driving force + hydraulic levitation levitation additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacturing heat manufacturing + paragraph every A variety of energy storage cycle combined engines, in which the rotor blade group of the turbine has the same diameter and diameter, and has the same diameter.   Metal sphere mercury gravity driven turbine blade cross section (4B) 5 times 9 stages metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + metal Configuration and method of accelerating mercury ball + intake air path length lens and heat and cold manufacturing with solar light + hydraulic levitation levitation additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacturing heat manufacturing + turbine dynamic Various energy storage cycle coalescing engines, which use a blade assembly with a bolt assembly and a turbine assembly with approximately the same diameter and diameter.   Metal sphere mercury gravity driven turbine blade cross section (4C) to 6 times 10 stages metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + metal Configuration and method of accelerating mercury ball + intake air path length lens and heat and cold manufacturing with solar light + hydraulic levitation levitation additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacturing heat manufacturing + turbine dynamic Various energy storage cycle coalescing engines, which use a blade assembly with a bolt assembly and a turbine assembly with approximately the same diameter and diameter.   Metal sphere mercury gravity driven turbine blade cross section (4D) 7 times metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + metal sphere mercury And acceleration method + intake air path length lens and heat and cold manufacturing with sunlight + hydraulic floating levitation additional thrust bearing equipped with + heat pump and metal sphere mercury gravity compressed air manufacturing heat manufacturing + turbine rotor blade group Various energy storage cycle combined engines with mating bolt assembly turbines with the same diameter and approximately the same diameter for each stage.   Metal sphere mercury gravity driven turbine blade cross section (4E) 8 times 1 step metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + metal Configuration and method of accelerating mercury ball + intake air path length lens and heat and cold manufacturing with solar light + hydraulic levitation levitation additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacturing heat manufacturing + turbine dynamic Various energy storage cycle coalescing engines, which use a blade assembly with a bolt assembly and a turbine assembly with approximately the same diameter and diameter.   Metal sphere mercury gravity driven turbine blade cross section (4F) 9 times two-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + metal Configuration and method to accelerate ball mercury + Intake air path length lens and heat and cold manufacture with solar light + Hydraulic levitation additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacture heat manufacture + for each paragraph A variety of energy storage cycle combined engines, in which the rotor blade group of the turbine has the same diameter and diameter, and has the same diameter.   Metal sphere mercury gravity driven turbine blade cross section (4A) 10 times three-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + metal Configuration and method of accelerating mercury ball + intake air path length lens and heat and cold manufacturing with solar light + hydraulic levitation levitation additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacturing heat manufacturing + turbine dynamic Various energy storage cycle coalescing engines, which use a blade assembly with a bolt assembly and a turbine assembly with approximately the same diameter and diameter.   Metal sphere mercury gravity driven turbine blade cross section (4B) 11 times four-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + metal Configuration and method of accelerating mercury ball + intake air path length lens and heat and cold manufacturing with solar light + hydraulic levitation levitation additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacturing heat manufacturing + turbine dynamic Various energy storage cycle coalescing engines, which use a blade assembly with a bolt assembly and a turbine assembly with approximately the same diameter and diameter.   Metal sphere mercury gravity driven turbine blade cross section (4C) to 12 times 5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + metal Configuration and method of accelerating mercury ball + intake air path length lens and heat and cold manufacturing with solar light + hydraulic levitation levitation additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacturing heat manufacturing + turbine dynamic Various energy storage cycle coalescing engines, which use a blade assembly with a bolt assembly and a turbine assembly with approximately the same diameter and diameter.   Metal sphere mercury gravity driven turbine blade cross section (4D) 13 times six-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + metal Configuration and method of accelerating mercury ball + intake air path length lens and heat and cold manufacturing with solar light + hydraulic levitation levitation additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacturing heat manufacturing + turbine dynamic Various energy storage cycle coalescing engines, which use a blade assembly with a bolt assembly and a turbine assembly with approximately the same diameter and diameter.   Metal sphere mercury gravity driven turbine blade cross section (4E) 14 times 7-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + metal Configuration and method to accelerate ball mercury + Intake air path length lens and heat and cold manufacture with solar light + Hydraulic levitation additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacture heat manufacture + for each paragraph A variety of energy storage cycle combined engines, in which the rotor blade group of the turbine has the same diameter and diameter, and has the same diameter.   Metal sphere mercury gravity driven turbine blade cross section (4F) 15 times 8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal Equipped with shaft (1h) + Drive various cargo ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal ball Mercury gravity Forced compressed air manufacturing heat production + Turbine rotor blade Various energy conservation cycle combined engines which set the group as fitting bolt assembly turbine with the same diameter and the same diameter every paragraph.   Metal sphere mercury gravity driven turbine blade cross section (4A) to 16 times 9-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various cargo ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal ball Mercury gravity Forced compressed air manufacturing heat production + Turbine rotor blade Various energy conservation cycle combined engines which set the group as fitting bolt assembly turbine with the same diameter and the same diameter every paragraph.   Metal sphere mercury gravity driven turbine blade cross section (4B) 17 times 10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal Equipped with shaft (1h) + Drive various cargo ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal ball Mercury gravity Forced compressed air manufacturing heat production + Turbine rotor blade Various energy conservation cycle combined engines which set the group as fitting bolt assembly turbine with the same diameter and the same diameter every paragraph.   Metal sphere mercury gravity driven turbine blade cross section (4C) to 18 times metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal axis (38B) 1h) Prepare + Drive various cargo ships (79V) Propulsion force drive + Hydraulic floating levy additional thrust bearing equipped + Heat pump and metal sphere mercury gravity Compressed air production heat production + Turbine blade group Various energy storage cycle combined engines with fitting bolt assembly turbine as same diameter approximately same shape every paragraph.   Metal sphere mercury gravity driven turbine blade cross section (4D) 19 times 1 step metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various cargo ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal spheres Mercury gravity Forced compressed air production heat production + Turbine per paragraph A variety of energy storage cycle combined engines, with the rotating blade group of each section having the same diameter and approximately the same diameter for each bolt assembly.   Metal sphere mercury gravity driven turbine blade section (4E) 20 times two-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various cargo ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal ball Mercury gravity Forced compressed air manufacturing heat production + Turbine rotor blade Various energy conservation cycle combined engines which set the group as fitting bolt assembly turbine with the same diameter and the same diameter every paragraph.   Metal sphere mercury gravity driven turbine blade cross section (4F) 21 times three-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various cargo ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal ball Mercury gravity Forced compressed air manufacturing heat production + Turbine rotor blade Various energy conservation cycle combined engines which set the group as fitting bolt assembly turbine with the same diameter and the same diameter every paragraph.   Metal sphere mercury gravity driven turbine blade cross section (4A) 22 times 4-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various cargo ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal ball Mercury gravity Forced compressed air manufacturing heat production + Turbine rotor blade Various energy conservation cycle combined engines which set the group as fitting bolt assembly turbine with the same diameter and the same diameter every paragraph.   Metal sphere mercury gravity driven turbine blade cross section (4B) 23 times 5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal Equipped with shaft (1h) + Drive various cargo ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal ball Mercury gravity Forced compressed air manufacturing heat production + Turbine rotor blade Various energy conservation cycle combined engines which set the group as fitting bolt assembly turbine with the same diameter and the same diameter every paragraph.   Metal sphere mercury gravity driven turbine blade cross section (4C) to 24 times six-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various cargo ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal ball Mercury gravity Forced compressed air manufacturing heat production + Turbine rotor blade Various energy conservation cycle combined engines which set the group as fitting bolt assembly turbine with the same diameter and the same diameter every paragraph.   Metal sphere mercury gravity driven turbine blade cross section (4D) 25 times 7-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various cargo ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal ball Mercury gravity Forced compressed air manufacturing heat production + Turbine rotor blade Various energy conservation cycle combined engines which set the group as fitting bolt assembly turbine with the same diameter and the same diameter every paragraph.   Metal sphere mercury gravity driven turbine blade cross section (4E) doubled 8 stages metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various cargo ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal ball Mercury gravity Forced compressed air manufacturing heat production + Turbine rotor blade Various energy conservation cycle combined engines which set the group as fitting bolt assembly turbine with the same diameter and the same diameter every paragraph.   Metal sphere mercury gravity driven turbine blade cross section (4F) tripled to 9-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal Equipped with shaft (1h) + Drive various cargo ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal ball Mercury gravity Forced compressed air manufacturing heat production + Turbine rotor blade Various energy conservation cycle combined engines which set the group as fitting bolt assembly turbine with the same diameter and the same diameter every paragraph.   Metal sphere mercury gravity driven turbine blade cross section (4A) quadruple 10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal Equipped with shaft (1h) + Drive various cargo ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal ball Mercury gravity Forced compressed air manufacturing heat production + Turbine rotor blade Various energy conservation cycle combined engines which set the group as fitting bolt assembly turbine with the same diameter and the same diameter every paragraph.   Metal sphere mercury gravity driven turbine blade cross section (4B) to 5 times metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal axis (38B) 1h) Prepare + Drive various cargo ships (79V) Propulsion force drive + Hydraulic floating levy additional thrust bearing equipped + Heat pump and metal sphere mercury gravity Compressed air production heat production + Turbine blade group Various energy storage cycle combined engines with fitting bolt assembly turbine as same diameter approximately same shape every paragraph.   Metal sphere mercury gravity driven turbine blade cross section (4C) to 6 times 1 step metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various cargo ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal ball Mercury gravity Forced compressed air manufacturing heat production + Turbine rotor blade Various energy conservation cycle combined engines which set the group as fitting bolt assembly turbine with the same diameter and the same diameter every paragraph.   Metal sphere mercury gravity driven turbine blade cross section (4D) 7 times two-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various cargo ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal ball Mercury gravity Forced compressed air manufacturing heat production + Turbine rotor blade Various energy conservation cycle combined engines which set the group as fitting bolt assembly turbine with the same diameter and the same diameter every paragraph.   Metal sphere mercury gravity driven turbine blade cross section (4E) 8 times three-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various cargo ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal ball Mercury gravity Forced compressed air manufacturing heat production + Turbine rotor blade Various energy conservation cycle combined engines which set the group as fitting bolt assembly turbine with the same diameter and the same diameter every paragraph.   Metal sphere mercury gravity driven turbine blade cross section (4F) 9 times 4-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various cargo ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal ball Mercury gravity Forced compressed air manufacturing heat production + Turbine rotor blade Various energy conservation cycle combined engines which set the group as fitting bolt assembly turbine with the same diameter and the same diameter every paragraph.   Metal sphere mercury gravity driven turbine blade cross section (4A) 10 times 5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various cargo ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal ball Mercury gravity Forced compressed air manufacturing heat production + Turbine rotor blade Various energy conservation cycle combined engines which set the group as fitting bolt assembly turbine with the same diameter and the same diameter every paragraph.   Metal sphere mercury gravity driven turbine blade cross section (4B) 11 times 6 stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various cargo ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal ball Mercury gravity Forced compressed air manufacturing heat production + Turbine rotor blade Various energy conservation cycle combined engines which set the group as fitting bolt assembly turbine with the same diameter and the same diameter every paragraph.   Metal sphere mercury gravity driven turbine blade cross section (4C) to 12 times 7 stages metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various cargo ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal ball Mercury gravity Forced compressed air manufacturing heat production + Turbine rotor blade Various energy conservation cycle combined engines which set the group as fitting bolt assembly turbine with the same diameter and the same diameter every paragraph.   Metal sphere mercury gravity driven turbine blade cross section (4D) 13 times 8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various cargo ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal ball Mercury gravity Forced compressed air manufacturing heat production + Turbine rotor blade Various energy conservation cycle combined engines which set the group as fitting bolt assembly turbine with the same diameter and the same diameter every paragraph.   Metal sphere mercury gravity driven turbine blade cross section (4E) 14 times 9 stages metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various cargo ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal ball Mercury gravity Forced compressed air manufacturing heat production + Turbine rotor blade Various energy conservation cycle combined engines which set the group as fitting bolt assembly turbine with the same diameter and the same diameter every paragraph.   Metal sphere mercury gravity driven turbine blade cross section (4F) 15 times 10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal Equipped with shaft (1h) + Drive various cargo ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal ball Mercury gravity Forced compressed air manufacturing heat production + Turbine rotor blade Various energy conservation cycle combined engines which set the group as fitting bolt assembly turbine with the same diameter and the same diameter every paragraph.   Metal sphere mercury gravity driven turbine blade cross section (4A) to 16 times metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal axis (38B) 1h) Prepare + Drive various cargo ships (79V) Propulsion force drive + Hydraulic floating levy additional thrust bearing equipped + Heat pump and metal ball mercury gravity Forced compressed air production Heat production + Movement of turbine for each stage Various energy storage cycle coalescing engines, which use a blade assembly with a bolt assembly and a turbine assembly with approximately the same diameter and diameter.   Metal sphere mercury gravity driven turbine blade cross section (4B) 17 times 1 step metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various cargo ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal spheres Mercury gravity Forced compressed air production heat production + Turbine per paragraph A variety of energy storage cycle combined engines, with the rotating blade group of each section having the same diameter and approximately the same diameter for each bolt assembly.   Metal sphere mercury gravity driven turbine blade cross section (4C) 18 times two-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various cargo ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal spheres Mercury gravity Forced compressed air production heat production + Turbine per paragraph A variety of energy storage cycle combined engines, with the rotating blade group of each section having the same diameter and approximately the same diameter for each bolt assembly.   Metal sphere mercury gravity driven turbine blade cross section (4D) 19 times three-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various cargo ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal spheres Mercury gravity Forced compressed air production heat production + Turbine per paragraph A variety of energy storage cycle combined engines, with the rotating blade group of each section having the same diameter and approximately the same diameter for each bolt assembly.   Metal sphere mercury gravity driven turbine blade section (4E) 20 times four-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various cargo ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal spheres Mercury gravity Forced compressed air production heat production + Turbine per paragraph A variety of energy storage cycle combined engines, with the rotating blade group of each section having the same diameter and approximately the same diameter for each bolt assembly.   Metal sphere mercury gravity driven turbine blade cross section (4F) 21 times 5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Various cargo ships driven by (79V) injection driving force + equipped with hydraulic floating levitation additional thrust bearing + Metal ball mercury accelerated driving by pressure stored separately in compressed air heat and mass The various energy storage cycle combined engines with the acceleration driven turbine.   Metal sphere mercury gravity driven turbine blade cross section (4A) 22 times 6 step metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Various cargo ships driven by (79V) injection driving force + equipped with hydraulic floating levitation additional thrust bearing + Metal ball mercury accelerated driving by pressure stored separately in compressed air heat and mass The various energy storage cycle combined engines with the acceleration driven turbine.   Metal sphere mercury gravity driven turbine blade cross section (4B) 23 times 7-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Various cargo ships driven by (79V) injection driving force + equipped with hydraulic floating levitation additional thrust bearing + Metal ball mercury accelerated driving by pressure stored separately in compressed air heat and mass The various energy storage cycle combined engines with the acceleration driven turbine.   Metal sphere mercury gravity driven turbine blade cross section (4C) to 24 times 8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Various cargo ships driven by (79V) injection driving force + equipped with hydraulic floating levitation additional thrust bearing + Metal ball mercury accelerated driving by pressure stored separately in compressed air heat and mass The various energy storage cycle combined engines with the acceleration driven turbine.   Metal sphere mercury gravity driven turbine blade cross section (4D) 25 times nine-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Various cargo ships driven by (79V) injection driving force + equipped with hydraulic floating levitation additional thrust bearing + Metal ball mercury accelerated driving by pressure stored separately in compressed air heat and mass The various energy storage cycle combined engines with the acceleration driven turbine.   Metal sphere mercury gravity driven turbine blade cross section (4E) doubled 10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal Equipped with shaft (1h) + Maximize utilization of gravity, sunlight and surface tension + Provide water jet rotatably so that it can move up and down + Hydraulic levitation additional thrust bearing equipped + Heat pump and metal sphere mercury gravity Various energy storage cycle coalescing engines that use compressed air production heat production + turbine rotor blade groups of the same diameter and shape with the same diameter for each stage.   Metal sphere mercury gravity driven turbine blade cross section (4F) tripled metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal axis (38B) 1h) Prepare + Maximize utilization of gravity, sunlight and surface tension + Provide water jet rotatably so that it can move up and down + Hydraulic levitation additional thrust bearing equipped + Heat pump and metal sphere mercury Gravity compressed air Manufacturing energy production + Various energy conservation cycle combined engines where the rotor blade group of the turbine is made the fitting bolt assembly turbine with the same diameter and the same diameter every stage.   Metal sphere mercury gravity driven turbine blade cross section (4A) quadruple 1-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Maximize utilization of gravity, sunlight and surface tension + Provide water jet rotatably so that it can move up and down + Hydraulic levitation additional thrust bearing equipped + Heat pump and metal sphere mercury gravity Various energy storage cycle coalescing engines that use compressed air production heat production + turbine rotor blade groups of the same diameter and shape with the same diameter for each stage.   Metal sphere mercury gravity driven turbine blade cross section (4B) 5 times two-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal Equipped with shaft (1h) + Maximize utilization of gravity, sunlight and surface tension + Provide water jet rotatably so that it can move up and down + Hydraulic levitation additional thrust bearing equipped + Heat pump and metal sphere mercury gravity Various energy storage cycle coalescing engines that use compressed air production heat production + turbine rotor blade groups of the same diameter and shape with the same diameter for each stage.   Metal sphere mercury gravity driven turbine blade cross section (4C) to 6 times three-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Maximize utilization of gravity, sunlight and surface tension + Provide water jet rotatably so that it can move up and down + Hydraulic levitation additional thrust bearing equipped + Heat pump and metal sphere mercury gravity Heat production with compressed air + Various energy conservation cycle combined engines where the rotor blade group of the turbine has the same diameter and the same diameter for each paragraph.   Metal sphere mercury gravity driven turbine blade cross section (4D) seven times four-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4E) 8 times 5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4F) 9 times 6 stages metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4A) 10 times 7 stages metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4B) 11 times 8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + fitting the moving blade group of the turbine with the same diameter approximately the same for every paragraph Various energy storage cycle combined engines with bolt assembly turbines.   Metal sphere mercury gravity driven turbine blade cross section (4C) to 12 times 9 step metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with the shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity compressed air manufacturing heat production + mating blade assembly of the turbine with the same diameter of each section Various energy storage cycle combined engines with turbines.   Metal sphere mercury gravity driven turbine blade cross section (4D) 13 times 10 stages metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with the shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity compressed air manufacturing heat production + mating blade assembly of the turbine with the same diameter of each section Various energy storage cycle combined engines with turbines.   Metal sphere mercury gravity driven turbine blade cross section (4E) 14 times metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal axis (38B) 1h) + hydraulic levitation levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same shape for every stage Various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4F) 15 times 1-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal Equipped with the shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity compressed air manufacturing heat production + mating blade assembly of the turbine with the same diameter of each section Various energy storage cycle combined engines with turbines.   Metal sphere mercury gravity driven turbine blade cross section (4A) to 16 times two-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat manufacture + fitting the moving blade group of the turbine as the same diameter and the same size for each paragraph Various energy storage cycle combined engines with combined bolt assembly turbines.   Metal ball mercury gravity driven turbine blade cross section (4B) 17 times three-stage metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4C) 18 times 4-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4D) 19 times 5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4E) 20 times six-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4F) 21 times 7-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + fitting the moving blade group of the turbine with the same diameter approximately the same for every paragraph Various energy storage cycle combined engines with bolt assembly turbines.   Metal sphere mercury gravity driven turbine blade cross section (4A) 22 times 8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various passenger ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal spheres Mercury gravity Forced compressed air production heat production + Turbine blade group Various energy storage cycle combined engines with mating bolt assembly turbines with the same diameter and approximately the same diameter for each stage.   Metal sphere mercury gravity driven turbine blade cross section (4B) 23 times 9-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal Equipped with shaft (1h) + Drive various passenger ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal spheres Mercury gravity Forced compressed air production heat production + Turbine blade group Various energy storage cycle combined engines with mating bolt assembly turbines with the same diameter and approximately the same diameter for each stage.   Metal sphere mercury gravity driven turbine blade cross section (4C) to 24 times 10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal Equipped with shaft (1h) + Drive various passenger ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal spheres Mercury gravity Forced compressed air production heat production + Turbine blade group Various energy storage cycle combined engines with mating bolt assembly turbines with the same diameter and approximately the same diameter for each stage.   Metal sphere mercury gravity driven turbine blade cross section (4D) to 25 times metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selected use vessel (38B) + horizontal axis (38B) 1h) equipped + driving various passenger ships (79V) jet driving force + hydraulic floating levy additional thrust bearing + heat pump and metal sphere mercury gravity compressed air manufacturing heat manufacturing + turbine rotor blade stage Various energy storage cycle combined engines with fitting bolt assembly turbine as same diameter almost same shape.   Metal sphere mercury gravity driven turbine blade cross section (4E) doubled 1 step metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Shaft (1h) equipped + driving various passenger ships (79V) driving propulsion force + hydraulic floating levy additional thrust bearing equipped + heat pump and metal ball mercury gravity compressed air manufacturing heat manufacturing + turbine for each paragraph A variety of energy storage cycle combined engines, in which the moving blade group has the same diameter and diameter and is approximately the same in diameter.   Metal sphere mercury gravity driven turbine blade cross section (4F) tripled two-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + downward Accelerating metal ball mercury gravity turbine driving + driving various ships (79V) injection driving force + hydraulic levitation levitation additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine motion Various energy storage cycle coalescing engines, which use a blade assembly with a bolt assembly and a turbine assembly with approximately the same diameter and diameter.   Metal sphere mercury gravity driven turbine blade cross section (4A) quadrupled three-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + downward Accelerating metal ball mercury gravity turbine driving + driving various ships (79V) injection driving force + hydraulic levitation levitation additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine motion Various energy storage cycle coalescing engines, which use a blade assembly with a bolt assembly and a turbine assembly with approximately the same diameter and diameter.   Metal sphere mercury gravity driven turbine blade cross section (4B) 5 times four-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + downward Accelerating metal ball mercury gravity turbine driving + driving various ships (79V) injection driving force + hydraulic levitation levitation additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine motion Various energy storage cycle coalescing engines, which use a blade assembly with a bolt assembly and a turbine assembly with approximately the same diameter and diameter.   Metal sphere mercury gravity driven turbine blade cross section (4C) to 6 times 5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + downward Accelerating metal ball mercury gravity turbine driving + driving various ships (79V) injection driving force + hydraulic levitation levitation additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine motion Various energy storage cycle coalescing engines, which use a blade assembly with a bolt assembly and a turbine assembly with approximately the same diameter and diameter.   Metal sphere mercury gravity driven turbine blade cross section (4D) seven times six-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + downward Accelerating metal ball mercury gravity turbine driving + driving various ships (79V) injection driving force + hydraulic levitation levitation additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacturing heat manufacturing + paragraph every A variety of energy storage cycle combined engines, in which the rotor blade group of the turbine has the same diameter and diameter, and has the same diameter.   Metal sphere mercury gravity driven turbine blade cross section (4E) 8 times 7 stages metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4F) 9 times 8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4A) 10 times 9 stages metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4B) 11 times 10 stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4C) to 12 times metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal axis (38B) 1h) equipped + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat + fitting bolt assembly with the buckets of the turbine approximately the same diameter for each paragraph Various energy storage cycle combined engines with turbines.   Metal sphere mercury gravity driven turbine blade cross section (4D) 13 times 1-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with the shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity compressed air manufacturing heat production + mating blade assembly of the turbine with the same diameter of each section Various energy storage cycle combined engines with turbines.   Metal sphere mercury gravity driven turbine blade cross section (4E) 14 times two-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal Equipped with the shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity compressed air manufacturing heat production + mating blade assembly of the turbine with the same diameter of each section Various energy storage cycle combined engines with turbines.   Metal sphere mercury gravity driven turbine blade cross section (4F) 15 times three-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal Equipped with the shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity compressed air manufacturing heat production + mating blade assembly of the turbine with the same diameter of each section Various energy storage cycle combined engines with turbines.   Metal sphere mercury gravity driven turbine blade cross section (4A) to 16 times four-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with the shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity compressed air manufacturing heat production + mating blade assembly of the turbine with the same diameter of each section Various energy storage cycle combined engines with turbines.   Metal ball mercury gravity driven turbine blade cross section (4B) 17 times five-stage metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat manufacture + fitting the moving blade group of the turbine as the same diameter and the same size for each paragraph Various energy storage cycle combined engines with combined bolt assembly turbines.   Metal sphere mercury gravity driven turbine blade cross section (4C) 18 times 6 step metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4D) 19 times 7 stages metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selected use vessel (38 B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade section (4E) 20 times 8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4F) 21 times 9 step metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4A) to 22 times 10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + fitting the moving blade group of the turbine with the same diameter approximately the same for every paragraph Various energy storage cycle combined engines with bolt assembly turbines.   Metal sphere mercury gravity driven turbine blade cross section (4B) 23 times metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal axis (38B) 1h) equipped + driving various passenger ships (79V) jet driving force + hydraulic floating levy additional thrust bearing + heat pump and metal sphere mercury gravity compressed air manufacturing heat manufacturing + turbine rotor blade stage Various energy storage cycle combined engines with fitting bolt assembly turbine as same diameter almost same shape.   Metal sphere mercury gravity driven turbine blade cross section (4C) to be 24 times 1 stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various passenger ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal spheres Mercury gravity Forced compressed air production heat production + Turbine blade group Various energy storage cycle combined engines with mating bolt assembly turbines with the same diameter and approximately the same diameter for each stage.   Metal sphere mercury gravity driven turbine blade cross section (4D) to 25 times two-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various passenger ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal spheres Mercury gravity Forced compressed air production heat production + Turbine blade group Various energy storage cycle combined engines with mating bolt assembly turbines with the same diameter and approximately the same diameter for each stage.   Metal sphere mercury gravity driven turbine blade cross section (4E) doubled three-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various passenger ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal spheres Mercury gravity Forced compressed air production heat production + Turbine blade group Various energy storage cycle combined engines with mating bolt assembly turbines with the same diameter and approximately the same diameter for each stage.   Metal sphere mercury gravity driven turbine blade cross section (4F) tripled 4 steps metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Shaft (1h) equipped + driving various passenger ships (79V) driving propulsion force + hydraulic floating levy additional thrust bearing equipped + heat pump and metal ball mercury gravity compressed air manufacturing heat manufacturing + turbine for each paragraph A variety of energy storage cycle combined engines, in which the moving blade group has the same diameter and diameter and is approximately the same in diameter.   Metal sphere mercury gravity driven turbine blade cross section (4A) quadrupled 5 steps metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + downward Accelerating metal ball mercury gravity turbine driving + driving various ships (79V) injection driving force + hydraulic levitation levitation additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine motion Various energy storage cycle coalescing engines, which use a blade assembly with a bolt assembly and a turbine assembly with approximately the same diameter and diameter.   Metal sphere mercury gravity driven turbine blade cross section (4B) 5 times 6 stages metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selected use vessel (38 B) + downward Accelerating metal ball mercury gravity turbine driving + driving various ships (79V) injection driving force + hydraulic levitation levitation additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine motion Various energy storage cycle coalescing engines, which use a blade assembly with a bolt assembly and a turbine assembly with approximately the same diameter and diameter.   Metal sphere mercury gravity driven turbine blade cross section (4C) to 6 times 7 stages metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + downward Accelerating metal ball mercury gravity turbine driving + driving various ships (79V) injection driving force + hydraulic levitation levitation additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine motion Various energy storage cycle coalescing engines, which use a blade assembly with a bolt assembly and a turbine assembly with approximately the same diameter and diameter.   Metal ball mercury gravity driven turbine blade cross section (4D) 7 times 8-stage metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + downward Accelerating metal ball mercury gravity turbine driving + driving various ships (79V) injection driving force + hydraulic levitation levitation additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine motion Various energy storage cycle coalescing engines, which use a blade assembly with a bolt assembly and a turbine assembly with approximately the same diameter and diameter.   Metal sphere mercury gravity driven turbine blade cross section (4E) 8 times 9 stages metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + downward Accelerating metal ball mercury gravity turbine driving + driving various ships (79V) injection driving force + hydraulic levitation levitation additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacturing heat manufacturing + paragraph every A variety of energy storage cycle combined engines, in which the rotor blade group of the turbine has the same diameter and diameter, and has the same diameter.   Metal sphere mercury gravity driven turbine blade cross section (4F) 9 times 10 stages metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4A) 10 times metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal axis (38B) 1h) equipped + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine bucket group with same diameter and same shape for every stage Various energy conservation cycle union engine.   Metal sphere mercury gravity driven turbine blade cross section (4B) 11 times 1 stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4C) to 12 times two-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4D) 13 times three-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + fitting the moving blade group of the turbine with the same diameter approximately the same for every paragraph Various energy storage cycle combined engines with bolt assembly turbines.   Metal sphere mercury gravity driven turbine blade cross section (4E) 14 times four-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with the shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity compressed air manufacturing heat production + mating blade assembly of the turbine with the same diameter of each section Various energy storage cycle combined engines with turbines.   Metal sphere mercury gravity driven turbine blade cross section (4F) 15 times five-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with the shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity compressed air manufacturing heat production + mating blade assembly of the turbine with the same diameter of each section Various energy storage cycle combined engines with turbines.   Metal sphere mercury gravity driven turbine blade cross section (4A) to 16 times 6 stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal Equipped with the shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity compressed air manufacturing heat production + mating blade assembly of the turbine with the same diameter of each section Various energy storage cycle combined engines with turbines.   Metal sphere mercury gravity driven turbine blade cross section (4B) 17 times seven-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with the shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity compressed air manufacturing heat production + mating blade assembly of the turbine with the same diameter of each section Various energy storage cycle combined engines with turbines.   Metal sphere mercury gravity driven turbine blade cross section (4C) 18 times 8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat manufacture + fitting the moving blade group of the turbine as the same diameter and the same size for each paragraph Various energy storage cycle combined engines with combined bolt assembly turbines.   Metal sphere mercury gravity driven turbine blade cross section (4D) 19 times nine-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4E) 20 times 10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4F) 21 times metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal axis (38B) 1h) equipped + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine bucket group with same diameter and same shape for every stage Various energy conservation cycle union engine.   Metal sphere mercury gravity driven turbine blade cross section (4A) to 22 times one-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4B) 23 times two-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + fitting the moving blade group of the turbine with the same diameter approximately the same for every paragraph Various energy storage cycle combined engines with bolt assembly turbines.   Metal sphere mercury gravity driven turbine blade cross section (4C) to 24 times three-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various passenger ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal spheres Mercury gravity Forced compressed air production heat production + Turbine blade group Various energy storage cycle combined engines with mating bolt assembly turbines with the same diameter and approximately the same diameter for each stage.   Metal sphere mercury gravity driven turbine blade cross section (4D) 25 times four-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various passenger ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal spheres Mercury gravity Forced compressed air production heat production + Turbine blade group Various energy storage cycle combined engines with mating bolt assembly turbines with the same diameter and approximately the same diameter for each stage.   Metal sphere mercury gravity driven turbine blade cross section (4E) doubled 5 steps metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal Equipped with shaft (1h) + Drive various passenger ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal spheres Mercury gravity Forced compressed air production heat production + Turbine blade group Various energy storage cycle combined engines with mating bolt assembly turbines with the same diameter and approximately the same diameter for each stage.   Metal sphere mercury gravity driven turbine blade cross section (4F) tripled 6 stages metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal Equipped with shaft (1h) + Drive various passenger ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal spheres Mercury gravity Forced compressed air production heat production + Turbine blade group Various energy storage cycle combined engines with mating bolt assembly turbines with the same diameter approximately the same diameter for each stage.   Metal sphere mercury gravity driven turbine blade cross section (4A) quadruple 7-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal Shaft (1h) equipped + driving various passenger ships (79V) driving propulsion force + hydraulic floating levy additional thrust bearing equipped + heat pump and metal ball mercury gravity compressed air manufacturing heat manufacturing + turbine for each paragraph A variety of energy storage cycle combined engines, in which the moving blade group has the same diameter and diameter and is approximately the same in diameter.   Metal ball mercury gravity driven turbine blade cross section (4B) 5 times 8-stage metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selected use vessel (38B) + downward Accelerating metal ball mercury gravity turbine driving + driving various ships (79V) injection driving force + hydraulic levitation levitation additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine motion Various energy storage cycle coalescing engines, which use a blade assembly with a bolt assembly and a turbine assembly with approximately the same diameter and diameter.   Metal sphere mercury gravity driven turbine blade cross section (4C) to 6 times 9 stages metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + downward Accelerating metal ball mercury gravity turbine driving + driving various ships (79V) injection driving force + hydraulic levitation levitation additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine motion Various energy storage cycle coalescing engines, which use a blade assembly with a bolt assembly and a turbine assembly with approximately the same diameter and diameter.   Metal sphere mercury gravity driven turbine blade cross section (4D) 7 times 10 stages metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + downward Accelerating metal ball mercury gravity turbine driving + driving various ships (79V) injection driving force + hydraulic levitation levitation additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine motion Various energy storage cycle coalescing engines, which use a blade assembly with a bolt assembly and a turbine assembly with approximately the same diameter and diameter.   Metal sphere mercury gravity driven turbine blade cross section (4E) 8 times metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selected use vessel (38B) + accelerated downward Metal ball mercury gravity turbine driven + various ships like (79V) injection driving force driven + hydraulic levitation levitation additional thrust bearing equipped + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine rotor blade group Various energy storage cycle combined engines with mating bolt assembly turbines with the same diameter and approximately the same diameter for each stage.   Metal sphere mercury gravity driven turbine blade cross section (4F) 9 times 1 step metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + downward Accelerating metal ball mercury gravity turbine driving + driving various ships (79V) injection driving force + hydraulic levitation levitation additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacturing heat manufacturing + paragraph every A variety of energy storage cycle combined engines, in which the rotor blade group of the turbine has the same diameter and diameter, and has the same diameter.   Metal sphere mercury gravity driven turbine blade cross section (4A) 10 times 2-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4B) 11 times three-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4C) to 12 times 4-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4D) 13 times 5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4E) 14 times 6 stages metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selected use vessel (38 B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + fitting the moving blade group of the turbine with the same diameter approximately the same for every paragraph Various energy storage cycle combined engines with bolt assembly turbines.   Metal sphere mercury gravity driven turbine blade cross section (4F) 15 times 7-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with the shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity compressed air manufacturing heat production + mating blade assembly of the turbine with the same diameter of each section Various energy storage cycle combined engines with turbines.   Metal sphere mercury gravity driven turbine blade cross section (4A) to 16 times 8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with the shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity compressed air manufacturing heat production + mating blade assembly of the turbine with the same diameter of each section Various energy storage cycle combined engines with turbines.   Metal sphere mercury gravity driven turbine blade cross section (4B) 17 times nine-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal Equipped with the shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity compressed air manufacturing heat production + mating blade assembly of the turbine with the same diameter of each section Various energy storage cycle combined engines with turbines.   Metal sphere mercury gravity driven turbine blade cross section (4C) 18 times 10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with the shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity compressed air manufacturing heat production + mating blade assembly of the turbine with the same diameter of each section Various energy storage cycle combined engines with turbines.   Metal sphere mercury gravity driven turbine blade cross section (4D) 19 times metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal axis (38B) 1h) equipped with hydraulic levitation + additional thrust bearing equipped + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + mating bolts of turbines with the same diameter approximately the same shape for each paragraph Various energy storage cycle combined engines with an assembled turbine.   Metal sphere mercury gravity driven turbine blade cross section (4E) 20 times 1-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4F) 21 times two-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4A) 22 times 3-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4B) 23 times 4-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4C) to 24 times 5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + fitting the moving blade group of the turbine with the same diameter approximately the same for every paragraph Various energy storage cycle combined engines with bolt assembly turbines.   Metal sphere mercury gravity driven turbine blade cross section (4D) 25 times 6 step metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selected to use ship (38B) + horizontal Equipped with shaft (1h) + Drive various passenger ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal spheres Mercury gravity Forced compressed air production heat production + Turbine blade group Various energy storage cycle combined engines with mating bolt assembly turbines with the same diameter and approximately the same diameter for each stage.   Metal sphere mercury gravity driven turbine blade cross section (4E) doubled 7-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal Equipped with shaft (1h) + Drive various passenger ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal spheres Mercury gravity Forced compressed air production heat production + Turbine blade group Various energy storage cycle combined engines with mating bolt assembly turbines with the same diameter and approximately the same diameter for each stage.   Metal sphere mercury gravity driven turbine blade section (4F) tripled 8 stages metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various passenger ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal spheres Mercury gravity Forced compressed air production heat production + Turbine blade group Various energy storage cycle combined engines with mating bolt assembly turbines with the same diameter and approximately the same diameter for each stage.   Metal sphere mercury gravity driven turbine blade cross section (4A) quadrupled 9-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal Equipped with shaft (1h) + Drive various passenger ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal spheres Mercury gravity Forced compressed air production heat production + Turbine blade group Various energy storage cycle combined engines with mating bolt assembly turbines with the same diameter and approximately the same diameter for each stage.   Metal sphere mercury gravity driven turbine blade cross section (4B) 5 times 10 stages metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Shaft (1h) equipped + driving various passenger ships (79V) driving propulsion force + hydraulic floating levy additional thrust bearing equipped + heat pump and metal ball mercury gravity compressed air manufacturing heat manufacturing + turbine for each paragraph A variety of energy storage cycle combined engines, in which the moving blade group has the same diameter and diameter and is approximately the same in diameter.   Metal sphere mercury gravity driven turbine blade cross section (4C) 6 times metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selected use vessel (38B) + accelerated downward Metal ball mercury gravity turbine driven + various ships like (79V) injection driving force driven + hydraulic levitation levitation additional thrust bearing equipped + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine rotor blade group Various energy storage cycle combined engines with mating bolt assembly turbines with the same diameter and approximately the same diameter for each stage.   Metal sphere mercury gravity driven turbine blade cross section (4D) 7 times 1 step metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selected use vessel (38B) + downward Accelerating metal ball mercury gravity turbine driving + driving various ships (79V) injection driving force + hydraulic levitation levitation additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine motion Various energy storage cycle coalescing engines, which use a blade assembly with a bolt assembly and a turbine assembly with approximately the same diameter and diameter.   Metal sphere mercury gravity driven turbine blade cross section (4E) eight times two-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + downward Accelerating metal ball mercury gravity turbine driving + driving various ships (79V) injection driving force + hydraulic levitation levitation additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine motion Various energy storage cycle coalescing engines, which use a blade assembly with a bolt assembly and a turbine assembly with approximately the same diameter and diameter.   Metal sphere mercury gravity driven turbine blade cross section (4F) 9 times three-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selected use vessel (38B) + downward Accelerating metal ball mercury gravity turbine driving + driving various ships (79V) injection driving force + hydraulic levitation levitation additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine motion Various energy storage cycle coalescing engines, which use a blade assembly with a bolt assembly and a turbine assembly with approximately the same diameter and diameter.   Metal sphere mercury gravity driven turbine blade cross section (4A) 10 times four-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + downward Accelerating metal ball mercury gravity turbine driving + driving various ships (79V) injection driving force + hydraulic levitation levitation additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacturing heat manufacturing + paragraph every A variety of energy storage cycle combined engines, in which the rotor blade group of the turbine has the same diameter and diameter, and has the same diameter.   Metal sphere mercury gravity driven turbine blade cross section (4B) 11 times 5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4C) to 12 times 6 step metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4D) 13 times 7-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4E) 14 times 8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4F) 15 times 9-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + fitting the moving blade group of the turbine with the same diameter approximately the same for every paragraph Various energy storage cycle combined engines with bolt assembly turbines.   Metal sphere mercury gravity driven turbine blade cross section (4A) to 16 times 10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with the shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity compressed air manufacturing heat production + mating blade assembly of the turbine with the same diameter of each section Various energy storage cycle combined engines with turbines.   Metal sphere mercury gravity driven turbine blade cross section (4B) to 17 times metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal axis (38B) 1h) + hydraulic levitation levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same shape for every stage Various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4C) 18 times one-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with the shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity compressed air manufacturing heat production + mating blade assembly of the turbine with the same diameter of each section Various energy storage cycle combined engines with turbines.   Metal sphere mercury gravity driven turbine blade cross section (4D) 19 times two-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with the shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity compressed air manufacturing heat production + mating blade assembly of the turbine with the same diameter of each section Various energy storage cycle combined engines with turbines.   Metal sphere mercury gravity driven turbine blade section (4E) 20 times three-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat manufacture + fitting the moving blade group of the turbine as the same diameter and the same size for each paragraph Various energy storage cycle combined engines with combined bolt assembly turbines.   Metal sphere mercury gravity driven turbine blade section (4F) 21 times four-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4A) 22 times 5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4B) 23 times 6 step metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4C) to 24 times 7-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4D) 25 times 8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + fitting the moving blade group of the turbine with the same diameter approximately the same for every paragraph Various energy storage cycle combined engines with bolt assembly turbines.   Metal sphere mercury gravity driven turbine blade cross section (4E) doubled 9-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal Equipped with shaft (1h) + Drive various passenger ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal spheres Mercury gravity Forced compressed air production heat production + Turbine blade group Various energy storage cycle combined engines with mating bolt assembly turbines with the same diameter and approximately the same diameter for each stage.   Metal sphere mercury gravity driven turbine blade cross section (4F) tripled 10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various passenger ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal spheres Mercury gravity Forced compressed air production heat production + Turbine blade group Various energy storage cycle combined engines with mating bolt assembly turbines with the same diameter and approximately the same diameter for each stage.   Metal sphere mercury gravity driven turbine blade cross section (4A) to quadruple metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal axis (38B) 1h) equipped + driving various passenger ships (79V) jet driving force + hydraulic floating levy additional thrust bearing + heat pump and metal sphere mercury gravity compressed air manufacturing heat manufacturing + turbine rotor blade stage Various energy storage cycle combined engines with fitting bolt assembly turbine as same diameter almost same shape.   Metal sphere mercury gravity driven turbine blade cross section (4B) 5 times 1 step metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selected use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various passenger ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal spheres Mercury gravity Forced compressed air production heat production + Turbine blade group Various energy storage cycle combined engines with mating bolt assembly turbines with the same diameter and approximately the same diameter for each stage.   Metal sphere mercury gravity driven turbine blade cross section (4C) to 6 times two-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Shaft (1h) equipped + driving various passenger ships (79V) driving propulsion force + hydraulic floating levy additional thrust bearing equipped + heat pump and metal ball mercury gravity compressed air manufacturing heat manufacturing + turbine for each paragraph A variety of energy storage cycle combined engines, in which the moving blade group has the same diameter and diameter and is approximately the same in diameter.   Metal sphere mercury gravity driven turbine blade cross section (4D) seven times three-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + downward Accelerating metal ball mercury gravity turbine driving + driving various ships (79V) injection driving force + hydraulic levitation levitation additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine motion Various energy storage cycle coalescing engines, which use a blade assembly with a bolt assembly and a turbine assembly with approximately the same diameter and diameter.   Metal sphere mercury gravity driven turbine blade cross section (4E) 8 times 4-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + downward Accelerating metal ball mercury gravity turbine driving + driving various ships (79V) injection driving force + hydraulic levitation levitation additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine motion Various energy storage cycle coalescing engines, which use a blade assembly with a bolt assembly and a turbine assembly with approximately the same diameter and diameter.   Metal sphere mercury gravity driven turbine blade cross section (4F) 9 times 5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + downward Accelerating metal ball mercury gravity turbine driving + driving various ships (79V) injection driving force + hydraulic levitation levitation additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine motion Various energy storage cycle coalescing engines, which use a blade assembly with a bolt assembly and a turbine assembly with approximately the same diameter and diameter.   Metal sphere mercury gravity driven turbine blade cross section (4A) 10 times 6 stages metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selected use vessel (38B) + downward Accelerating metal ball mercury gravity turbine driving + driving various ships (79V) injection driving force + hydraulic levitation levitation additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine motion Various energy storage cycle coalescing engines, which use a blade assembly with a bolt assembly and a turbine assembly with approximately the same diameter and diameter.   Metal sphere mercury gravity driven turbine blade cross section (4B) 11 times 7 stages metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selected use vessel (38B) + downward Accelerating metal ball mercury gravity turbine driving + driving various ships (79V) injection driving force + hydraulic levitation levitation additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacturing heat manufacturing + paragraph every A variety of energy storage cycle combined engines, in which the rotor blade group of the turbine has the same diameter and diameter, and has the same diameter.   Metal sphere mercury gravity driven turbine blade cross section (4C) to 12 times 8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4D) 13 times nine-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4E) 14 times 10 stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4F) 15 times metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal axis (38B) 1h) equipped + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine bucket group with same diameter and same shape for every stage Various energy conservation cycle union engine.   Metal sphere mercury gravity driven turbine blade cross section (4A) to 16 times one-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + fitting the moving blade group of the turbine with the same diameter approximately the same for every paragraph Various energy storage cycle combined engines with bolt assembly turbines.   Metal sphere mercury gravity driven turbine blade cross section (4B) 17 times two-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal Equipped with the shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity compressed air manufacturing heat production + mating blade assembly of the turbine with the same diameter of each section Various energy storage cycle combined engines with turbines.   Metal sphere mercury gravity driven turbine blade cross section (4C) 18 times three-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with the shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity compressed air manufacturing heat production + mating blade assembly of the turbine with the same diameter of each section Various energy storage cycle combined engines with turbines.   Metal sphere mercury gravity driven turbine blade cross section (4D) 19 times 4-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal Equipped with the shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity compressed air manufacturing heat production + mating blade assembly of the turbine with the same diameter of each section Various energy storage cycle combined engines with turbines.   Metal sphere mercury gravity driven turbine blade cross section (4E) 20 times 5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with the shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity compressed air manufacturing heat production + mating blade assembly of the turbine with the same diameter of each section Various energy storage cycle combined engines with turbines.   Metal sphere mercury gravity driven turbine blade cross section (4F) 21 times 6 step metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat manufacture + fitting the moving blade group of the turbine as the same diameter and the same size for each paragraph Various energy storage cycle combined engines with combined bolt assembly turbines.   Metal sphere mercury gravity driven turbine blade cross section (4A) to 22 times 7 step metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4B) 23 times 8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4C) to 24 times nine-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4D) 25 times 10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4E) doubled metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal axis (38B) 1h) equipped + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat + fitting bolt assembly with the buckets of the turbine approximately the same diameter for each paragraph Various energy storage cycle combined engines with turbines.   Metal sphere mercury gravity driven turbine blade cross section (4F) tripled 1 step metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various passenger ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal spheres Mercury gravity Forced compressed air production heat production + Turbine blade group Various energy storage cycle combined engines with mating bolt assembly turbines with the same diameter and approximately the same diameter for each stage.   Metal sphere mercury gravity driven turbine blade cross section (4A) quadruple two-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various passenger ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal spheres Mercury gravity Forced compressed air production heat production + Turbine blade group Various energy storage cycle combined engines with mating bolt assembly turbines with the same diameter and approximately the same diameter for each stage.   Metal sphere mercury gravity driven turbine blade cross section (4B) 5 times three-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal Equipped with shaft (1h) + Drive various passenger ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal spheres Mercury gravity Forced compressed air production heat production + Turbine blade group Various energy storage cycle combined engines with mating bolt assembly turbines with the same diameter and approximately the same diameter for each stage.   Metal sphere mercury gravity driven turbine blade cross section (4C) to 6 times four-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various passenger ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal spheres Mercury gravity Forced compressed air production heat production + Turbine blade group Various energy storage cycle combined engines with mating bolt assembly turbines with the same diameter and approximately the same diameter for each stage.   Metal sphere mercury gravity driven turbine blade cross section (4D) 7 times 5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Shaft (1h) equipped + driving various passenger ships (79V) driving propulsion force + hydraulic floating levy additional thrust bearing equipped + heat pump and metal ball mercury gravity compressed air manufacturing heat manufacturing + turbine for each paragraph A variety of energy storage cycle combined engines, in which the moving blade group has the same diameter and diameter and is approximately the same in diameter.   Metal sphere mercury gravity driven turbine blade cross section (4E) 8 times 6 stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selected use vessel (38B) + downward Accelerating metal ball mercury gravity turbine driving + driving various ships (79V) injection driving force + hydraulic levitation levitation additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine motion Various energy storage cycle coalescing engines, which use a blade assembly with a bolt assembly and a turbine assembly with approximately the same diameter and diameter.   Metal sphere mercury gravity driven turbine blade cross section (4F) 9 times 7 stages metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selected use vessel (38B) + downward Accelerating metal ball mercury gravity turbine driving + driving various ships (79V) injection driving force + hydraulic levitation levitation additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine motion Various energy storage cycle coalescing engines, which use a blade assembly with a bolt assembly and a turbine assembly with approximately the same diameter and diameter.   Metal sphere mercury gravity driven turbine blade cross section (4A) 10 times 8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + downward Accelerating metal ball mercury gravity turbine driving + driving various ships (79V) injection driving force + hydraulic levitation levitation additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine motion Various energy storage cycle coalescing engines, which use a blade assembly with a bolt assembly and a turbine assembly with approximately the same diameter and diameter.   Metal sphere mercury gravity driven turbine blade cross section (4B) to 11 times 9 stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + downward Accelerating metal ball mercury gravity turbine driving + driving various ships (79V) injection driving force + hydraulic levitation levitation additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine motion Various energy storage cycle coalescing engines, which use a blade assembly with a bolt assembly and a turbine assembly with approximately the same diameter and diameter.   Metal sphere mercury gravity driven turbine blade cross section (4C) to 12 times 10 stages metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + downward Accelerating metal ball mercury gravity turbine driving + driving various ships (79V) injection driving force + hydraulic levitation levitation additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacturing heat manufacturing + paragraph every A variety of energy storage cycle combined engines, in which the rotor blade group of the turbine has the same diameter and diameter, and has the same diameter.   Metal sphere mercury gravity driven turbine blade cross section (4D) 13 times metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selected use vessel (38 B) + horizontal axis (38 B) 1h) equipped + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine bucket group with same diameter and same shape for every stage Various energy conservation cycle union engine.   Metal sphere mercury gravity driven turbine blade cross section (4E) 14 times 1 stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4F) 15 times two-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4A) to 16 times three-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4B) 17 times four-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + fitting the moving blade group of the turbine with the same diameter approximately the same for every paragraph Various energy storage cycle combined engines with bolt assembly turbines.   Metal sphere mercury gravity driven turbine blade cross section (4C) 18 times 5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with the shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity compressed air manufacturing heat production + mating blade assembly of the turbine with the same diameter of each section Various energy storage cycle combined engines with turbines.   Metal sphere mercury gravity driven turbine blade cross section (4D) 19 times 6 step metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with the shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity compressed air manufacturing heat production + mating blade assembly of the turbine with the same diameter of each section Various energy storage cycle combined engines with turbines.   Metal sphere mercury gravity driven turbine blade cross section (4E) 20 times seven-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with the shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity compressed air manufacturing heat production + mating blade assembly of the turbine with the same diameter of each section Various energy storage cycle combined engines with turbines.   Metal sphere mercury gravity driven turbine blade cross section (4F) 21 times 8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with the shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity compressed air manufacturing heat production + mating blade assembly of the turbine with the same diameter of each section Various energy storage cycle combined engines with turbines.   Metal sphere mercury gravity driven turbine blade cross section (4A) to 22 times 9-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat manufacture + fitting the moving blade group of the turbine as the same diameter and the same size for each paragraph Various energy storage cycle combined engines with combined bolt assembly turbines.   Metal sphere mercury gravity driven turbine blade cross section (4B) 23 times 10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4C) to 24 times metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal axis (38B) 1h) equipped + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine bucket group with same diameter and same shape for every stage Various energy conservation cycle union engine.   Metal sphere mercury gravity driven turbine blade cross section (4D) to 25 times one-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4E) doubled two-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4F) tripled three-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + fitting the moving blade group of the turbine with the same diameter approximately the same for every paragraph Various energy storage cycle combined engines with bolt assembly turbines.   Metal sphere mercury gravity driven turbine blade cross section (4A) quadruple four-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal Equipped with shaft (1h) + Drive various passenger ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal spheres Mercury gravity Forced compressed air production heat production + Turbine blade group Various energy storage cycle combined engines with mating bolt assembly turbines with the same diameter and approximately the same diameter for each stage.   Metal sphere mercury gravity driven turbine blade cross section (4B) 5 times 5 stages metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various passenger ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal spheres Mercury gravity Forced compressed air production heat production + Turbine blade group Various energy storage cycle combined engines with mating bolt assembly turbines with the same diameter and approximately the same diameter for each stage.   Metal sphere mercury gravity driven turbine blade cross section (4C) to 6 times 6 stages metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various passenger ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal spheres Mercury gravity Forced compressed air production heat production + Turbine blade group Various energy storage cycle combined engines with mating bolt assembly turbines with the same diameter and approximately the same diameter for each stage.   Metal sphere mercury gravity driven turbine blade cross section (4D) 7 times 7 stages metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various passenger ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal spheres Mercury gravity Forced compressed air production heat production + Turbine blade group Various energy storage cycle combined engines with mating bolt assembly turbines with the same diameter and approximately the same diameter for each stage.   Metal sphere mercury gravity driven turbine blade cross section (4E) 8 times 8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Shaft (1h) equipped + driving various passenger ships (79V) driving propulsion force + hydraulic floating levy additional thrust bearing equipped + heat pump and metal ball mercury gravity compressed air manufacturing heat manufacturing + turbine for each paragraph A variety of energy storage cycle combined engines, in which the moving blade group has the same diameter and diameter and is approximately the same in diameter.   Metal sphere mercury gravity driven turbine blade cross section (4F) 9 times 9 stages metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selected use vessel (38B) + downward Accelerating metal ball mercury gravity turbine driving + driving various ships (79V) injection driving force + hydraulic levitation levitation additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine motion Various energy storage cycle coalescing engines, which use a blade assembly with a bolt assembly and a turbine assembly with approximately the same diameter and diameter.   Metal sphere mercury gravity driven turbine blade cross section (4A) 10 times 10 stages metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + downward Accelerating metal ball mercury gravity turbine driving + driving various ships (79V) injection driving force + hydraulic levitation levitation additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine motion Various energy storage cycle coalescing engines, which use a blade assembly with a bolt assembly and a turbine assembly with approximately the same diameter and diameter.   Metal sphere mercury gravity driven turbine blade cross section (4B) 11 times metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + accelerate downward Metal ball mercury gravity turbine driven + various ships like (79V) injection driving force driven + hydraulic levitation levitation additional thrust bearing equipped + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine rotor blade group Various energy storage cycle combined engines with mating bolt assembly turbines with the same diameter and approximately the same diameter for each stage.   Metal sphere mercury gravity driven turbine blade cross section (4C) to 12 times one-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + downward Accelerating metal ball mercury gravity turbine driving + driving various ships (79V) injection driving force + hydraulic levitation levitation additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine motion Various energy storage cycle coalescing engines, which use a blade assembly with a bolt assembly and a turbine assembly with approximately the same diameter and diameter.   Metal sphere mercury gravity driven turbine blade cross section (4D) 13 times two-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + downward Accelerating metal ball mercury gravity turbine driving + driving various ships (79V) injection driving force + hydraulic levitation levitation additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacturing heat manufacturing + paragraph every A variety of energy storage cycle combined engines, in which the rotor blade group of the turbine has the same diameter and diameter, and has the same diameter.   Metal sphere mercury gravity driven turbine blade cross section (4E) 14 times three-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4F) 15 times four-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4A) to 16 times 5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4B) 17 times six-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4C) 18 times seven-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + fitting the moving blade group of the turbine with the same diameter approximately the same for every paragraph Various energy storage cycle combined engines with bolt assembly turbines.   Metal sphere mercury gravity driven turbine blade cross section (4D) 19 times 8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with the shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity compressed air manufacturing heat production + mating blade assembly of the turbine with the same diameter of each section Various energy storage cycle combined engines with turbines.   Metal sphere mercury gravity driven turbine blade section (4E) 20 times nine-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with the shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity compressed air manufacturing heat production + mating blade assembly of the turbine with the same diameter of each section Various energy storage cycle combined engines with turbines.   Metal sphere mercury gravity driven turbine blade section (4F) 21 times 10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with the shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity compressed air manufacturing heat production + mating blade assembly of the turbine with the same diameter of each section Various energy storage cycle combined engines with turbines.   Metal sphere mercury gravity driven turbine blade cross section (4A) to 22 times metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal axis (38B) 1h) + hydraulic levitation levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same shape for every stage Various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4B) 23 times 1-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat manufacture + fitting the moving blade group of the turbine as the same diameter and the same size for each paragraph Various energy storage cycle combined engines with combined bolt assembly turbines.   Metal sphere mercury gravity driven turbine blade section (4C) to 24 times two-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selected to use ship (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4D) 25 times three-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4E) doubled 4 steps metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selected use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4F) tripled 5 steps metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same for every stage And various energy conservation cycle coalition agencies.   Metal sphere mercury gravity driven turbine blade cross section (4A) quadruple six-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + equipped with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + fitting the moving blade group of the turbine with the same diameter approximately the same for every paragraph Various energy storage cycle combined engines with bolt assembly turbines.   Metal sphere mercury gravity driven turbine blade cross section (4B) 5 times 7 stages metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various passenger ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal spheres Mercury gravity Forced compressed air production heat production + Turbine blade group Various energy storage cycle combined engines with mating bolt assembly turbines with the same diameter and approximately the same diameter for each stage.   Metal sphere mercury gravity driven turbine blade cross section (4C) to 6 times 8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various passenger ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal spheres Mercury gravity Forced compressed air production heat production + Turbine blade group Various energy storage cycle combined engines with mating bolt assembly turbines with the same diameter and approximately the same diameter for each stage.   Metal sphere mercury gravity driven turbine blade cross section (4D) 7 times 9 stages metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various passenger ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal spheres Mercury gravity Forced compressed air production heat production + Turbine blade group Various energy storage cycle combined engines with mating bolt assembly turbines with the same diameter and approximately the same diameter for each stage.   Metal sphere mercury gravity driven turbine blade cross section (4E) 8 times 10 stages metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various passenger ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal spheres Mercury gravity Forced compressed air production heat production + Turbine blade group Various energy storage cycle combined engines with mating bolt assembly turbines with the same diameter and approximately the same diameter for each stage.   Metal sphere mercury gravity driven turbine blade cross section (4F) to 9 times metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal axis (38B) 1h) equipped + driving various passenger ships (79V) injection driving force + hydraulic floating levy additional thrust bearing equipped + heat pump and metal ball mercury gravity compressed air manufacturing heat manufacturing + turbine blade per stage Various energy conservation cycle combined engines which set the group as fitting bolt assembly turbine with the same diameter and the same diameter every paragraph.   Metal sphere mercury gravity driven turbine blade cross section (4A) 10 times 1 stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + downward Accelerating metal ball mercury gravity turbine driving + driving various ships (79V) injection driving force + hydraulic levitation levitation additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine motion Various energy storage cycle coalescing engines, which use a blade assembly with a bolt assembly and a turbine assembly with approximately the same diameter and diameter.   Metal sphere mercury gravity driven turbine blade cross section (4B) 11 times two-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + downward Accelerating metal ball mercury gravity turbine driving + driving various ships (79V) injection driving force + hydraulic levitation levitation additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine motion Various energy storage cycle coalescing engines, which use a blade assembly with a bolt assembly and a turbine assembly with approximately the same diameter and diameter.   Metal sphere mercury gravity driven turbine blade cross section (4C) to 12 times three-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + downward Accelerating metal ball mercury gravity turbine driving + driving various ships (79V) injection driving force + hydraulic levitation levitation additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine motion Various energy storage cycle coalescing engines, which use a blade assembly with a bolt assembly and a turbine assembly with approximately the same diameter and diameter.   Metal sphere mercury gravity driven turbine blade cross section (4D) 13 times four-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + downward Accelerating metal ball mercury gravity turbine driving + driving various ships (79V) injection driving force + hydraulic levitation levitation additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine motion Various energy storage cycle coalescing engines, which use a blade assembly with a bolt assembly and a turbine assembly with approximately the same diameter and diameter.   Metal sphere mercury gravity driven turbine blade cross section (4E) 14 times 5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + downward Accelerating metal ball mercury gravity turbine driving + driving various ships (79V) injection driving force + hydraulic levitation levitation additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacturing heat manufacturing + paragraph every A variety of energy storage cycle combined engines, in which the rotor blade group of the turbine has the same diameter and diameter, and has the same diameter.   Metal sphere mercury gravity driven turbine blade cross section (4F) 15 times six-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selected use vessel (38B) + metal Configuration and method of accelerating mercury ball + intake air path length lens and heat and cold manufacturing with solar light + hydraulic levitation levitation additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacturing heat manufacturing + turbine dynamic Various energy storage cycle coalescing engines, which use a blade assembly with a bolt assembly and a turbine assembly with approximately the same diameter and diameter.   Metal sphere mercury gravity driven turbine blade cross section (4A) to 16 times seven-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + metal Configuration and method of accelerating mercury ball + intake air path length lens and heat and cold manufacturing with solar light + hydraulic levitation levitation additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacturing heat manufacturing + turbine dynamic Various energy storage cycle coalescing engines, which use a blade assembly with a bolt assembly and a turbine assembly with approximately the same diameter and diameter.   Metal ball mercury gravity driven turbine blade cross section (4B) 17 times 8-stage metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + metal Configuration and method of accelerating mercury ball + intake air path length lens and heat and cold manufacturing with solar light + hydraulic levitation levitation additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacturing heat manufacturing + turbine dynamic Various energy storage cycle coalescing engines, which use a blade assembly with a bolt assembly and a turbine assembly with approximately the same diameter and diameter.   Metal sphere mercury gravity driven turbine blade cross section (4C) 18 times nine-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + metal Configuration and method of accelerating mercury ball + intake air path length lens and heat and cold manufacturing with solar light + hydraulic levitation levitation additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacturing heat manufacturing + turbine dynamic Various energy storage cycle coalescing engines, which use a blade assembly with a bolt assembly and a turbine assembly with approximately the same diameter and diameter.   Metal sphere mercury gravity driven turbine blade cross section (4D) 19 times 10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + metal Configuration and method to accelerate ball mercury + Intake air path length lens and heat and cold manufacture with solar light + Hydraulic levitation additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacture heat manufacture + for each paragraph A variety of energy storage cycle combined engines, in which the rotor blade group of the turbine has the same diameter and diameter, and has the same diameter.   Metal sphere mercury gravity driven turbine blade section (4E) 20 times metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + metal sphere mercury And acceleration method + intake air path length lens and heat and cold manufacturing with sunlight + hydraulic floating levitation additional thrust bearing equipped with + heat pump and metal sphere mercury gravity compressed air manufacturing heat manufacturing + turbine rotor blade group Various energy storage cycle combined engines with mating bolt assembly turbines with the same diameter and approximately the same diameter for each stage.   Metal sphere mercury gravity driven turbine blade cross section (4F) 21 times one-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + metal Configuration and method of accelerating mercury ball + intake air path length lens and heat and cold manufacturing with solar light + hydraulic levitation levitation additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacturing heat manufacturing + turbine dynamic Various energy storage cycle coalescing engines, which use a blade assembly with a bolt assembly and a turbine assembly with approximately the same diameter and diameter.   Metal sphere mercury gravity driven turbine blade cross section (4A) to 22 times two-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + metal Configuration and method of accelerating mercury ball + intake air path length lens and heat and cold manufacturing with solar light + hydraulic levitation levitation additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacturing heat manufacturing + turbine dynamic Various energy storage cycle coalescing engines, which use a blade assembly with a bolt assembly and a turbine assembly with approximately the same diameter and diameter.   Metal sphere mercury gravity driven turbine blade cross section (4B) 23 times three-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + metal Configuration and method of accelerating mercury ball + intake air path length lens and heat and cold manufacturing with solar light + hydraulic levitation levitation additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacturing heat manufacturing + turbine dynamic Various energy storage cycle coalescing engines, which use a blade assembly with a bolt assembly and a turbine assembly with approximately the same diameter and diameter.   Metal sphere mercury gravity driven turbine blade cross section (4C) to 24 times four-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use ship (38B) + metal Configuration and method to accelerate ball mercury + Intake air path length lens and heat and cold manufacture with solar light + Hydraulic levitation additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacture heat manufacture + for each paragraph A variety of energy storage cycle combined engines, in which the rotor blade group of the turbine has the same diameter and diameter, and has the same diameter.   Metal sphere mercury gravity driven turbine blade cross section (4D) 25 times 5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various cargo ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal ball Mercury gravity Forced compressed air manufacturing heat production + Turbine rotor blade Various energy conservation cycle combined engines which set the group as fitting bolt assembly turbine with the same diameter and the same diameter every paragraph.   Metal sphere mercury gravity driven turbine blade cross section (4E) doubled 6-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal Equipped with shaft (1h) + Drive various cargo ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal ball Mercury gravity Forced compressed air manufacturing heat production + Turbine rotor blade Various energy conservation cycle combined engines which set the group as fitting bolt assembly turbine with the same diameter and the same diameter every paragraph.   Metal sphere mercury gravity driven turbine blade cross section (4F) tripled 7 stages metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal Equipped with shaft (1h) + Drive various cargo ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal ball Mercury gravity Forced compressed air manufacturing heat production + Turbine rotor blade Various energy conservation cycle combined engines which set the group as fitting bolt assembly turbine with the same diameter and the same diameter every paragraph.   Metal sphere mercury gravity driven turbine blade cross section (4A) quadruple 8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal Equipped with shaft (1h) + Drive various cargo ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal ball Mercury gravity Forced compressed air manufacturing heat production + Turbine rotor blade Various energy conservation cycle combined engines which set the group as fitting bolt assembly turbine with the same diameter and the same diameter every paragraph.   Metal sphere mercury gravity driven turbine blade cross section (4B) 5 times 9 stages metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various cargo ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal spheres Mercury gravity Forced compressed air production heat production + Turbine per paragraph A variety of energy storage cycle combined engines, with the rotating blade group of each section having the same diameter and approximately the same diameter for each bolt assembly.   Metal sphere mercury gravity driven turbine blade cross section (4C) to 6 times 10 stages metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal Equipped with shaft (1h) + Drive various cargo ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal ball Mercury gravity Forced compressed air manufacturing heat production + Turbine rotor blade Various energy conservation cycle combined engines which set the group as fitting bolt assembly turbine with the same diameter and the same diameter every paragraph.   Metal sphere mercury gravity driven turbine blade cross section (4D) to 7 times metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal axis (38B) 1h) Prepare + Drive various cargo ships (79V) Propulsion force drive + Hydraulic floating levy additional thrust bearing equipped + Heat pump and metal sphere mercury gravity Compressed air production heat production + Turbine blade group Various energy storage cycle combined engines with fitting bolt assembly turbine as same diameter approximately same shape every paragraph.   Metal sphere mercury gravity driven turbine blade cross section (4E) 8 times 1 stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various cargo ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal ball Mercury gravity Forced compressed air manufacturing heat production + Turbine rotor blade Various energy conservation cycle combined engines which set the group as fitting bolt assembly turbine with the same diameter and the same diameter every paragraph.   Metal sphere mercury gravity driven turbine blade cross section (4F) 9 times 2-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various cargo ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal ball Mercury gravity Forced compressed air manufacturing heat production + Turbine rotor blade Various energy conservation cycle combined engines which set the group as fitting bolt assembly turbine with the same diameter and the same diameter every paragraph.   Metal sphere mercury gravity driven turbine blade cross section (4A) 10 times three-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various cargo ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal ball Mercury gravity Forced compressed air manufacturing heat production + Turbine rotor blade Various energy conservation cycle combined engines which set the group as fitting bolt assembly turbine with the same diameter and the same diameter every paragraph.   Metal sphere mercury gravity driven turbine blade cross section (4B) 11 times 4-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various cargo ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal ball Mercury gravity Forced compressed air manufacturing heat production + Turbine rotor blade Various energy conservation cycle combined engines which set the group as fitting bolt assembly turbine with the same diameter and the same diameter every paragraph.   Metal sphere mercury gravity driven turbine blade cross section (4C) 12 times 5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various cargo ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal ball Mercury gravity Forced compressed air manufacturing heat production + Turbine rotor blade Various energy conservation cycle combined engines which set the group as fitting bolt assembly turbine with the same diameter and the same diameter every paragraph.   Metal sphere mercury gravity driven turbine blade cross section (4D) 13 times 6-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various cargo ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal ball Mercury gravity Forced compressed air manufacturing heat production + Turbine rotor blade Various energy conservation cycle combined engines which set the group as fitting bolt assembly turbine with the same diameter and the same diameter every paragraph.   Metal sphere mercury gravity driven turbine blade cross section (4E) 14 times 7 stages metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selected use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various cargo ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal ball Mercury gravity Forced compressed air manufacturing heat production + Turbine rotor blade Various energy conservation cycle combined engines which set the group as fitting bolt assembly turbine with the same diameter and the same diameter every paragraph.   Metal sphere mercury gravity driven turbine blade cross section (4F) 15 times 8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal Equipped with shaft (1h) + Drive various cargo ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal ball Mercury gravity Forced compressed air manufacturing heat production + Turbine rotor blade Various energy conservation cycle combined engines which set the group as fitting bolt assembly turbine with the same diameter and the same diameter every paragraph.   Metal sphere mercury gravity driven turbine blade cross section (4A) to 16 times 9-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various cargo ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal ball Mercury gravity Forced compressed air manufacturing heat production + Turbine rotor blade Various energy conservation cycle combined engines which set the group as fitting bolt assembly turbine with the same diameter and the same diameter every paragraph.   Metal sphere mercury gravity driven turbine blade cross section (4B) 17 times 10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal Equipped with shaft (1h) + Drive various cargo ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal ball Mercury gravity Forced compressed air manufacturing heat production + Turbine rotor blade Various energy conservation cycle combined engines which set the group as fitting bolt assembly turbine with the same diameter and the same diameter every paragraph.   Metal sphere mercury gravity driven turbine blade cross section (4C) 18 times metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selected use vessel (38B) + liquid metal Accelerating metal ball mercury gravity turbine driving + driving various cargo ships (79V) injection driving force + hydraulic levitation levitation additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine motion Various energy storage cycle coalescing engines, which use a blade assembly with a bolt assembly and a turbine assembly with approximately the same diameter and diameter.   Metal sphere mercury gravity driven turbine blade cross section (4D) 19 times 1 step metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various cargo ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal ball Mercury gravity Forced compressed air manufacturing heat production + Turbine rotor blade Various energy conservation cycle combined engines which set the group as fitting bolt assembly turbine with the same diameter and the same diameter every paragraph.   Metal sphere mercury gravity driven turbine blade section (4E) 20 times two-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Shaft (1h) rotation direction alternate metal sphere mercury gravity turbine driven + various cargo ships driven by (79V) injection force + hydraulic floating levitation additional thrust bearing equipped + heat pump and metal sphere mercury gravity compressed air production Various energy conservation cycle combined engines where the rotor blade group of heat production + turbine is made the fitting bolt assembly turbine with the same diameter and the same diameter every stage.   Metal sphere mercury gravity driven turbine blade cross section (4F) 21 times three-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Shaft (1h) rotation direction alternate metal sphere mercury gravity turbine driven + various cargo ships driven by (79V) injection force + hydraulic floating levitation additional thrust bearing equipped + heat pump and metal sphere mercury gravity compressed air production Various energy conservation cycle combined engines where the rotor blade group of heat production + turbine is made the fitting bolt assembly turbine with the same diameter and the same diameter every stage.   Metal sphere mercury gravity driven turbine blade cross section (4A) 22 times 4-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Shaft (1h) rotation direction alternate metal sphere mercury gravity turbine driven + various cargo ships driven by (79V) injection force + hydraulic floating levitation additional thrust bearing equipped + heat pump and metal sphere mercury gravity compressed air production Various energy conservation cycle combined engines where the rotor blade group of heat production + turbine is made the fitting bolt assembly turbine with the same diameter and the same diameter every stage.   Metal sphere mercury gravity driven turbine blade cross section (4B) 23 times 5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal Equipped with shaft (1h) and driven by rotation direction alternate turbine + Drive various cargo ships (79V) Propulsion force drive + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal sphere mercury gravity compressed air Manufacturing energy production + Various energy conservation cycle combined engines where the rotor blade group of the turbine is made the fitting bolt assembly turbine with the same diameter and the same diameter every stage.   Metal sphere mercury gravity driven turbine blade cross section (4C) to 24 times six-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Shaft (1h) rotation direction alternate metal sphere mercury gravity turbine driven + various cargo ships driven by (79V) injection force + hydraulic floating levitation additional thrust bearing equipped + heat pump and metal sphere mercury gravity compressed air production Various energy conservation cycle combined engines where the rotor blade group of heat production + turbine is made the fitting bolt assembly turbine with the same diameter and the same diameter every stage.   Metal sphere mercury gravity driven turbine blade cross section (4D) 25 times 7-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various cargo ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal ball Mercury gravity Forced compressed air manufacturing heat production + Turbine rotor blade Various energy conservation cycle combined engines which set the group as fitting bolt assembly turbine with the same diameter and the same diameter every paragraph.   Make the metal sphere mercury gravity drive turbine blade section (4E) 2 to 26 times the 8-stage metal sphere mercury gravity turbine drive superheated steam injection temperature close to the combustion gas injection temperature + water jet (79V) select use vessel (38B) + Horizontal axis (1h) equipped + Various cargo ships driven by (79V) injection driving force + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal sphere mercury gravity compressed air manufacturing heat production with heat + paragraph Various energy conservation cycle combined engines which make the blade group of the turbine the same diameter of each section and make the fitting bolt assembly turbine.   Make the metal sphere mercury gravity driven turbine blade section (4F) 2 to 26 times the 9-stage metal ball mercury gravity turbine driven superheated steam injection temperature close to the combustion gas injection temperature + water jet (79V) selective use vessel (38B) + Horizontal axis (1h) equipped + Various cargo ships driven by (79V) injection driving force + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal sphere mercury gravity compressed air manufacturing heat production with heat + paragraph Various energy conservation cycle combined engines which make the blade group of the turbine the same diameter of each section and make the fitting bolt assembly turbine.   Make metal sphere mercury gravity drive turbine blade section (2A) 2 to 26 times 10-stage metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + Horizontal axis (1h) equipped + Various cargo ships driven by (79V) injection driving force + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal sphere mercury gravity compressed air manufacturing heat production with heat + paragraph Various energy conservation cycle combined engines which make the blade group of the turbine the same diameter of each section and make the fitting bolt assembly turbine.   Metal sphere mercury gravity driven turbine blade cross section (4B) to 2 to 26 times metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal Equipped with shaft (1h) + Drive various cargo ships (79V) Propulsion force driving + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal spheres Mercury gravity Forced compressed air production heat production + Turbine per paragraph A variety of energy storage cycle combined engines, with the rotating blade group of each section having the same diameter and approximately the same diameter for each bolt assembly.   Make the metal sphere mercury gravity driven turbine blade section (4C) 2 to 26 times the one-stage metal ball mercury gravity turbine driven superheated steam injection temperature close to the combustion gas injection temperature + water jet (79V) selective use vessel (38B) + Horizontal axis (1h) equipped + Various cargo ships driven by (79V) injection driving force + Hydraulic levitation levitation additional thrust bearing equipped + Heat pump and metal sphere mercury gravity compressed air manufacturing heat production with heat + paragraph Various energy conservation cycle combined engines which make the blade group of the turbine the same diameter of each section and make the fitting bolt assembly turbine.   Make metal sphere mercury gravity drive turbine blade section (2D) 2 to 26 times 2-stage metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + Horizontal axis (1 h) equipped + Various cargo ships driven by (79 V) injection propulsion force + hydraulic levitation levitation additional thrust bearing + compressed air heat energy and metal divided by division into stored mass Various energy storage cycle combined engines that use spherical mercury as an acceleration driven turbine.   Make the metal sphere mercury gravity driven turbine blade section (4E) 2 to 26 times the three-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to the combustion gas injection temperature + water jet (79V) selective use vessel (38B) + Horizontal axis (1 h) equipped + Various cargo ships driven by (79 V) injection propulsion force + hydraulic levitation levitation additional thrust bearing + compressed air heat energy and metal divided by division into stored mass Various energy storage cycle combined engines that use spherical mercury as an acceleration driven turbine.   Make the metal sphere mercury gravity driven turbine blade section (4F) 2 to 26 times the four-stage metal ball mercury gravity turbine driven superheated steam injection temperature close to the combustion gas injection temperature + water jet (79V) select use vessel (38B) + Horizontal axis (1 h) equipped + Various cargo ships driven by (79 V) injection propulsion force + hydraulic levitation levitation additional thrust bearing + compressed air heat energy and metal divided by division into stored mass Various energy storage cycle combined engines that use spherical mercury as an acceleration driven turbine.   5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo vessels (79 V A variety of energy storage cycle coalescing engines including a metal ball mercury driven by acceleration, driven by injection thrust force + hydraulic levitation + additional thrust bearing + compressed air heat energy and pressure separately stored in mass.   6-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo vessels (79 V A variety of energy storage cycle coalescing engines including a metal ball mercury driven by acceleration, driven by injection thrust force + hydraulic levitation + additional thrust bearing + compressed air heat energy and pressure separately stored in mass.   7-step metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + gravity, sunlight and surface tension Make maximum use of water + rotatably mount water jets + hydraulically levitated additional thrust bearing + heat pump and metal ball mercury gravity compressed air production heat production + turbine rotor blade group in every stage same Various energy storage cycle combined engines with mating bolt assembly turbines with approximately the same diameter.   8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + gravity, sunlight and surface tension Make maximum use of water + rotatably mount water jets + hydraulically levitated additional thrust bearing + heat pump and metal ball mercury gravity compressed air production heat production + turbine rotor blade group in every stage same Various energy storage cycle combined engines with mating bolt assembly turbines with approximately the same diameter.   9-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + gravity, sunlight and surface tension Make maximum use of water + rotatably mount water jets + hydraulically levitated additional thrust bearing + heat pump and metal ball mercury gravity compressed air production heat production + turbine rotor blade group in every stage same Various energy storage cycle combined engines with mating bolt assembly turbines with approximately the same diameter.   10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + gravity, sunlight and surface tension Make maximum use of water + rotatably mount water jets + hydraulically levitated additional thrust bearing + heat pump and metal ball mercury gravity compressed air production heat production + turbine rotor blade group in every stage same Various energy storage cycle combined engines with mating bolt assembly turbines with approximately the same diameter.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + maximum gravity, sunlight and surface tension Use of water + rotation of water jet to be able to move up and down + hydraulic floating additional thrust bearing equipped with + heat pump and metal ball mercury gravity compressed air manufacturing heat manufacturing + turbine rotor blade group for each paragraph every paragraph Various energy storage cycle combined engines with mating bolt assembly turbine as same diameter and same shape.   1-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing A variety of energy storage cycle coalescing engines with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine buckets of approximately the same diameter with the same diameter for each stage.   Two-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + liquid metal accelerated metal sphere mercury gravity turbine driven + hydraulic levitation additional A variety of energy storage cycle coalescing engines that have thrust bearings + heat pumps and metal balls mercury gravity manufacture compressed air manufacturing heat production + turbine buckets with the same diameter and approximately the same diameter for each stage.   Three-stage metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing A variety of energy storage cycle coalescing engines with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine buckets of approximately the same diameter with the same diameter for each stage.   4-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + horizontal axis (1 h) rotation direction alternating metal sphere mercury gravity turbine driven + Various energy conservation cycle combined engines with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group of the same diameter almost same shape every stage .   5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) rotation direction alternating metal sphere mercury gravity turbine driven + Hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat + various stages of energy saving with the same size of the rotor blade group of the turbine for each paragraph with the same diameter for each paragraph Cycle coalescing agency.   6-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) + hydraulic floating additional thrust bearing A variety of energy storage cycle coalescing engines with heat pump and metal ball mercury gravity and compressed air manufacturing heat production + turbine buckets with the same diameter and approximately the same diameter for each stage.   7-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) + hydraulic floating additional thrust bearing A variety of energy storage cycle coalescing engines with heat pump and metal ball mercury gravity and compressed air manufacturing heat production + turbine buckets with the same diameter and approximately the same diameter for each stage.   8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) + hydraulic floating additional thrust bearing A variety of energy storage cycle coalescing engines with heat pump and metal ball mercury gravity and compressed air manufacturing heat production + turbine buckets with the same diameter and approximately the same diameter for each stage.   9-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) + hydraulic floating additional thrust bearing A variety of energy storage cycle coalescing engines with heat pump and metal ball mercury gravity and compressed air manufacturing heat production + turbine buckets with the same diameter and approximately the same diameter for each stage.   10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) + hydraulic floating additional thrust bearing A variety of energy storage cycle coalescing engines with heat pump and metal ball mercury gravity and compressed air manufacturing heat production + turbine buckets with the same diameter and approximately the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) rotating with square type square turbine outer box right angle Direction alternating metal spheres Make mercury into an acceleration-driven turbine and accelerate liquid metals downward + hydraulically levitated with additional thrust bearings + heat pump and metal spheres mercury gravity to produce compressed air with heat gravitation + turbine blade group of turbine Various energy storage cycle combined engines with fitting bolt assembly turbine as same diameter approximately same shape every paragraph.   1-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing A variety of energy storage cycle coalescing engines with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine buckets of approximately the same diameter with the same diameter for each stage.   Two-stage metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing A variety of energy storage cycle coalescing engines with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine buckets of approximately the same diameter with the same diameter for each stage.   Three-stage metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing A variety of energy storage cycle coalescing engines with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine buckets of approximately the same diameter with the same diameter for each stage.   4-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing A variety of energy storage cycle coalescing engines with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine buckets of approximately the same diameter with the same diameter for each stage.   5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) Injection motive force driving + hydraulic levitation levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group as the same diameter approximately the same shape for every stage Various energy conservation cycle union engine.   6-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) Injection motive force driving + hydraulic levitation levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group as the same diameter approximately the same shape for every stage Various energy conservation cycle union engine.   7-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) Injection motive force driving + hydraulic levitation levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group as the same diameter approximately the same shape for every stage Various energy conservation cycle union engine.   8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) Injection motive force driving + hydraulic levitation levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group as the same diameter approximately the same shape for every stage Various energy conservation cycle union engine.   9-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) Injection motive force driving + hydraulic levitation levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group as the same diameter approximately the same shape for every stage Various energy conservation cycle union engine.   10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + accelerated metal sphere mercury gravity turbine driven down + various vessels (( 79V) injection propulsion drive + hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same shape for every stage And various energy conservation cycle coalition agencies.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection motive force driving + hydraulic levitation levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group as the same diameter approximately the same shape for every stage Various energy conservation cycle union engine.   1-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + acceleration metal sphere mercury gravity turbine driven downward + various vessels ( 79V) injection propulsion drive + hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same shape for every stage And various energy conservation cycle coalition agencies.   Two-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + acceleration metal sphere mercury gravity turbine driven downward + various vessels ( 79V) injection propulsion drive + hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same shape for every stage And various energy conservation cycle coalition agencies.   Three-stage metal sphere mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + acceleration metal sphere mercury gravity turbine drive downward + various vessels ( 79V) injection propulsion drive + hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same shape for every stage And various energy conservation cycle coalition agencies.   4-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing A variety of energy storage cycle coalescing engines with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine buckets of approximately the same diameter with the same diameter for each stage.   5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing A variety of energy storage cycle coalescing engines with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine buckets of approximately the same diameter with the same diameter for each stage.   6-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing A variety of energy storage cycle coalescing engines with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine buckets of approximately the same diameter with the same diameter for each stage.   7-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing A variety of energy storage cycle coalescing engines with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine buckets of approximately the same diameter with the same diameter for each stage.   8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing A variety of energy storage cycle coalescing engines with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine buckets of approximately the same diameter with the same diameter for each stage.   9-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) + hydraulic floating additional thrust bearing A variety of energy storage cycle coalescing engines with heat pump and metal ball mercury gravity and compressed air manufacturing heat production + turbine buckets with the same diameter and approximately the same diameter for each stage.   10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) + hydraulic floating additional thrust bearing A variety of energy storage cycle coalescing engines with heat pump and metal ball mercury gravity and compressed air manufacturing heat production + turbine buckets with the same diameter and approximately the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + + Heat pump and metal ball mercury gravity · Compressed air production Heat production + Various energy conservation cycle combined engine with the rotor blade group of the turbine as the same diameter approximately the same shape for each stage as a mating bolt assembly turbine.   1-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) + hydraulic floating additional thrust bearing A variety of energy storage cycle coalescing engines with heat pump and metal ball mercury gravity and compressed air manufacturing heat production + turbine buckets with the same diameter and approximately the same diameter for each stage.   Two-stage metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) + hydraulic floating additional thrust bearing A variety of energy storage cycle coalescing engines with heat pump and metal ball mercury gravity and compressed air manufacturing heat production + turbine buckets with the same diameter and approximately the same diameter for each stage.   Three-stage metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing A variety of energy storage cycle coalescing engines with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine buckets of approximately the same diameter with the same diameter for each stage.   4-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing A variety of energy storage cycle coalescing engines with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine buckets of approximately the same diameter with the same diameter for each stage.   5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing A variety of energy storage cycle coalescing engines with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine buckets of approximately the same diameter with the same diameter for each stage.   6-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing A variety of energy storage cycle coalescing engines with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine buckets of approximately the same diameter with the same diameter for each stage.   7-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing A variety of energy storage cycle coalescing engines with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine buckets of approximately the same diameter with the same diameter for each stage.   8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) Injection motive force driving + hydraulic levitation levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group as the same diameter approximately the same shape for every stage Various energy conservation cycle union engine.   9-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) Injection motive force driving + hydraulic levitation levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group as the same diameter approximately the same shape for every stage Various energy conservation cycle union engine.   10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) Injection motive force driving + hydraulic levitation levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group as the same diameter approximately the same shape for every stage Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Heat drive + Hydraulic levitation + additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat + Various energy of the bucket group of the turbine with the same diameter and the same diameter for each stage Preservation cycle union agency.   1-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) Injection motive force driving + hydraulic levitation levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group as the same diameter approximately the same shape for every stage Various energy conservation cycle union engine.   Two-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + acceleration metal sphere mercury gravity turbine driven downward + various vessels ( 79V) injection propulsion drive + hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same shape for every stage And various energy conservation cycle coalition agencies.   Three-stage metal sphere mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + acceleration metal sphere mercury gravity turbine drive downward + various vessels ( 79V) injection propulsion drive + hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same shape for every stage And various energy conservation cycle coalition agencies.   4-stage metal sphere mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + acceleration metal sphere mercury gravity turbine drive down + various vessels (( 79V) injection propulsion drive + hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same shape for every stage And various energy conservation cycle coalition agencies.   5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + acceleration metal sphere mercury gravity turbine driven downward + various vessels ( 79V) injection propulsion drive + hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same shape for every stage And various energy conservation cycle coalition agencies.   6-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + accelerated metal sphere mercury gravity turbine driven down + various vessels ( 79V) injection propulsion drive + hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same shape for every stage And various energy conservation cycle coalition agencies.   7-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing A variety of energy storage cycle coalescing engines with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine buckets of approximately the same diameter with the same diameter for each stage.   8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal axis (1h) rotation direction alternating metal sphere mercury gravity turbine driven + Various energy conservation cycle combined engines with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group of the same diameter almost same shape every stage .   9-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + horizontal axis (1h) rotation direction alternating metal sphere mercury gravity turbine driven + Various energy conservation cycle combined engines with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group of the same diameter almost same shape every stage .   10-step metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + horizontal axis (1 h) rotation direction alternately metal sphere mercury gravity turbine driven + Various energy conservation cycle combined engines with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group of the same diameter almost same shape every stage .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) and rotary direction turbine driven + oil pressure Equipped with additional levitation thrust bearings + Heat pump and metal balls Mercury gravity for compressed air production Heat production + Various energy conservation cycles with the rotor blade group of the turbine having the same diameter and the same diameter for each paragraph Coalition agency.   1-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) + hydraulic floating additional thrust bearing A variety of energy storage cycle coalescing engines with heat pump and metal ball mercury gravity and compressed air manufacturing heat production + turbine buckets with the same diameter and approximately the same diameter for each stage.   Two-stage metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) + hydraulic floating additional thrust bearing A variety of energy storage cycle coalescing engines with heat pump and metal ball mercury gravity and compressed air manufacturing heat production + turbine buckets with the same diameter and approximately the same diameter for each stage.   Three-stage metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) + hydraulic floating additional thrust bearing A variety of energy storage cycle coalescing engines with heat pump and metal ball mercury gravity and compressed air manufacturing heat production + turbine buckets with the same diameter and approximately the same diameter for each stage.   4-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) + hydraulic floating additional thrust bearing A variety of energy storage cycle coalescing engines with heat pump and metal ball mercury gravity and compressed air manufacturing heat production + turbine buckets with the same diameter and approximately the same diameter for each stage.   5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) + hydraulic floating additional thrust bearing A variety of energy storage cycle coalescing engines with heat pump and metal ball mercury gravity and compressed air manufacturing heat production + turbine buckets with the same diameter and approximately the same diameter for each stage.   6-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing A variety of energy storage cycle coalescing engines with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine buckets of approximately the same diameter with the same diameter for each stage.   7-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing A variety of energy storage cycle coalescing engines with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine buckets of approximately the same diameter with the same diameter for each stage.   8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing A variety of energy storage cycle coalescing engines with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine buckets of approximately the same diameter with the same diameter for each stage.   9-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing A variety of energy storage cycle coalescing engines with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine buckets of approximately the same diameter with the same diameter for each stage.   10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing A variety of energy storage cycle coalescing engines with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine buckets of approximately the same diameter with the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Heat drive + Hydraulic levitation + additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat + Various energy of the bucket group of the turbine with the same diameter and the same diameter for each stage Preservation cycle union agency.   1-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) Injection motive force driving + hydraulic levitation levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group as the same diameter approximately the same shape for every stage Various energy conservation cycle union engine.   Two-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) Injection motive force driving + hydraulic levitation levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group as the same diameter approximately the same shape for every stage Various energy conservation cycle union engine.   Three-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) Injection motive force driving + hydraulic levitation levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group as the same diameter approximately the same shape for every stage Various energy conservation cycle union engine.   4-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) Injection motive force driving + hydraulic levitation levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group as the same diameter approximately the same shape for every stage Various energy conservation cycle union engine.   5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + acceleration metal sphere mercury gravity turbine driven downward + various vessels ( 79V) injection propulsion drive + hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same shape for every stage And various energy conservation cycle coalition agencies.   6-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + accelerated metal sphere mercury gravity turbine driven down + various vessels ( 79V) injection propulsion drive + hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same shape for every stage And various energy conservation cycle coalition agencies.   7-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + accelerating metal sphere mercury gravity turbine driven downward + various vessels ( 79V) injection propulsion drive + hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same shape for every stage And various energy conservation cycle coalition agencies.   8-stage metal sphere mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal sphere mercury gravity turbine drive downward + various vessels ( 79V) injection propulsion drive + hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same shape for every stage And various energy conservation cycle coalition agencies.   9-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + acceleration metal sphere mercury gravity turbine driven downward + various vessels ( 79V) injection propulsion drive + hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same shape for every stage And various energy conservation cycle coalition agencies.   10-step metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + horizontal axis (1 h) rotation direction alternately metal sphere mercury gravity turbine driven + Various energy conservation cycle combined engines with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group of the same diameter almost same shape every stage .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + horizontal axis (1h) rotation direction alternately metal ball mercury gravity turbine driven + hydraulic levitation A variety of energy storage cycle combined engines with additional thrust bearings + heat pump and metal balls mercury gravity manufactures compressed air manufacturing heat production + turbine buckets with the same diameter and almost the same diameter for each stage.   1-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + horizontal axis (1 h) rotation direction alternating metal sphere mercury gravity turbine driven + Various energy conservation cycle combined engines with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group of the same diameter almost same shape every stage .   Two-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) drive by rotation direction alternate turbine + Hydraulic levitation + Addition of thrust bearings + Heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + Various energy preservation cycle combination with the rotor blade group of the turbine as the same diameter approximately the same shape for every stage organ.   Three-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal axis (1h) rotation direction alternating metal sphere mercury gravity turbine driven + Hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat + various stages of energy saving with the same size of the rotor blade group of the turbine for each paragraph with the same diameter for each paragraph Cycle coalescing agency.   4-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) + hydraulic floating additional thrust bearing A variety of energy storage cycle coalescing engines with heat pump and metal ball mercury gravity and compressed air manufacturing heat production + turbine buckets with the same diameter and approximately the same diameter for each stage.   5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) + hydraulic floating additional thrust bearing A variety of energy storage cycle coalescing engines with heat pump and metal ball mercury gravity and compressed air manufacturing heat production + turbine buckets with the same diameter and approximately the same diameter for each stage.   6-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) + hydraulic floating additional thrust bearing A variety of energy storage cycle coalescing engines with heat pump and metal ball mercury gravity and compressed air manufacturing heat production + turbine buckets with the same diameter and approximately the same diameter for each stage.   7-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) + hydraulic floating additional thrust bearing A variety of energy storage cycle coalescing engines with heat pump and metal ball mercury gravity and compressed air manufacturing heat production + turbine buckets with the same diameter and approximately the same diameter for each stage.   8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) + hydraulic floating additional thrust bearing A variety of energy storage cycle coalescing engines with heat pump and metal ball mercury gravity and compressed air manufacturing heat production + turbine buckets with the same diameter and approximately the same diameter for each stage.   9-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing A variety of energy storage cycle coalescing engines with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine buckets of approximately the same diameter with the same diameter for each stage.   10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing A variety of energy storage cycle coalescing engines with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine buckets of approximately the same diameter with the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Heat pump and metal spheres Mercury gravity for compressed air production Heat production + Various energy conservation cycle combined engines where the rotor blade group of the turbine has the same diameter and the same diameter for each stage.   1-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing A variety of energy storage cycle coalescing engines with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine buckets of approximately the same diameter with the same diameter for each stage.   Two-stage metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing A variety of energy storage cycle coalescing engines with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine buckets of approximately the same diameter with the same diameter for each stage.   Three-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) Injection motive force driving + hydraulic levitation levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group as the same diameter approximately the same shape for every stage Various energy conservation cycle union engine.   4-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) Injection motive force driving + hydraulic levitation levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group as the same diameter approximately the same shape for every stage Various energy conservation cycle union engine.   5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) Injection motive force driving + hydraulic levitation levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group as the same diameter approximately the same shape for every stage Various energy conservation cycle union engine.   6-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) Injection motive force driving + hydraulic levitation levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group as the same diameter approximately the same shape for every stage Various energy conservation cycle union engine.   7-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) Injection motive force driving + hydraulic levitation levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group as the same diameter approximately the same shape for every stage Various energy conservation cycle union engine.   8-stage metal sphere mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal sphere mercury gravity turbine drive downward + various vessels ( 79V) Injection motive force drive + Hydraulic levitation levitation additional thrust bearing + acceleration with superheated steam velocity and combustion gas velocity + Various energy of the rotor blade group of the turbine with the same diameter and the same shape for every stage Preservation cycle union agency.   9-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + acceleration metal sphere mercury gravity turbine driven downward + various vessels ( 79V) Injection motive force drive + Hydraulic levitation levitation additional thrust bearing + acceleration with superheated steam velocity and combustion gas velocity + Various energy of the rotor blade group of the turbine with the same diameter and the same shape for every stage Preservation cycle union agency.   10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + accelerated metal sphere mercury gravity turbine driven down + various vessels (( 79V) Injection motive force drive + Hydraulic levitation levitation additional thrust bearing + acceleration with superheated steam velocity and combustion gas velocity + Various energy of the rotor blade group of the turbine with the same diameter and the same shape for every stage Preservation cycle union agency.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection motive force driving + hydraulic levitation levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group as the same diameter approximately the same shape for every stage Various energy conservation cycle union engine.   1-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + acceleration metal sphere mercury gravity turbine driven downward + various vessels ( 79V) injection propulsion drive + hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same shape for every stage And various energy conservation cycle coalition agencies.   Two-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + horizontal axis (1h) rotation direction alternating metal sphere mercury gravity turbine driven + Various energy conservation cycle combined engines with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group of the same diameter almost same shape every stage .   Three-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal axis (1h) rotation direction alternating metal sphere mercury gravity turbine driven + Various energy conservation cycle combined engines with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group of the same diameter almost same shape every stage .   4-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) and driven by rotation direction alternate turbine + Hydraulic levitation + Addition of thrust bearings + Heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + Various energy preservation cycle combination with the rotor blade group of the turbine as the same diameter approximately the same shape for every stage organ.   5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) rotation direction alternating metal sphere mercury gravity turbine driven + Various energy conservation cycle combined engines with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group of the same diameter almost same shape every stage .   6-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Heat pump and metal ball mercury gravity manufacture compressed air production Heat production + Various energy conservation cycle combined engines that make the rotor blade group of the turbine as the same diameter approximately the same shape every paragraph for every paragraph.   7-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) + hydraulic floating additional thrust bearing A variety of energy storage cycle coalescing engines with heat pump and metal ball mercury gravity and compressed air manufacturing heat production + turbine buckets with the same diameter and approximately the same diameter for each stage.   8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) + hydraulic floating additional thrust bearing + Equipped with heat pump and metal ball mercury gravity Compressed air production Heat production + Various energy conservation cycle combined engine with rotating blade group of turbine as the same diameter approximately same shape for every paragraph with each paragraph.   9-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) + hydraulic floating additional thrust bearing A variety of energy storage cycle coalescing engines with heat pump and metal ball mercury gravity and compressed air manufacturing heat production + turbine buckets with the same diameter and approximately the same diameter for each stage.   10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) + hydraulic floating additional thrust bearing A variety of energy storage cycle coalescing engines with heat pump and metal ball mercury gravity and compressed air manufacturing heat production + turbine buckets with the same diameter and approximately the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + + Heat pump and metal ball mercury gravity · Compressed air production Heat production + Various energy conservation cycle combined engine with the rotor blade group of the turbine as the same diameter approximately the same shape for each stage as a mating bolt assembly turbine.   1-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing A variety of energy storage cycle coalescing engines with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine buckets of approximately the same diameter with the same diameter for each stage.   Two-stage metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing A variety of energy storage cycle coalescing engines with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine buckets of approximately the same diameter with the same diameter for each stage.   Three-stage metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing A variety of energy storage cycle coalescing engines with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine buckets of approximately the same diameter with the same diameter for each stage.   4-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing A variety of energy storage cycle coalescing engines with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine buckets of approximately the same diameter with the same diameter for each stage.   5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing A variety of energy storage cycle coalescing engines with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine buckets of approximately the same diameter with the same diameter for each stage.   6-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) Injection motive force driving + hydraulic levitation levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group as the same diameter approximately the same shape for every stage Various energy conservation cycle union engine.   7-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) Injection motive force driving + hydraulic levitation levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group as the same diameter approximately the same shape for every stage Various energy conservation cycle union engine.   8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) Injection motive force driving + hydraulic levitation levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group as the same diameter approximately the same shape for every stage Various energy conservation cycle union engine.   9-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) Injection motive force driving + hydraulic levitation levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group as the same diameter approximately the same shape for every stage Various energy conservation cycle union engine.   10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) Injection motive force driving + hydraulic levitation levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group as the same diameter approximately the same shape for every stage Various energy conservation cycle union engine.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection drive force + Hydraulic levitation + additional thrust bearing + acceleration with superheated steam velocity and combustion gas velocity + various energy storage cycles with mating blade assembly of the same diameter and same shape for each stage of turbine Coalition agency.   1-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + acceleration metal sphere mercury gravity turbine driven downward + various vessels ( 79V) injection propulsion drive + hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same shape for every stage A variety of energy conservation cycle union engine.   Two-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + acceleration metal sphere mercury gravity turbine driven downward + various vessels ( 79V) injection propulsion drive + hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same shape for every stage And various energy conservation cycle coalition agencies.   Three-stage metal sphere mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + acceleration metal sphere mercury gravity turbine drive downward + various vessels ( 79V) injection propulsion drive + hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same shape for every stage And various energy conservation cycle coalition agencies.   4-stage metal sphere mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + acceleration metal sphere mercury gravity turbine drive down + various vessels (( 79V) injection propulsion drive + hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same shape for every stage And various energy conservation cycle coalition agencies.   5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) rotation direction alternating metal sphere mercury gravity turbine driven + Various energy conservation cycle combined engines with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group of the same diameter almost same shape every stage .   6-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) and driven by rotation direction alternate turbine + Hydraulic levitation + Addition of thrust bearings + Heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + Various energy preservation cycle combination with the rotor blade group of the turbine as the same diameter approximately the same shape for every stage organ.   7-step metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + horizontal axis (1 h) rotation direction alternating metal sphere mercury gravity turbine driven + Various energy conservation cycle combined engines with hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group of the same diameter almost same shape every stage .   8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing A variety of energy storage cycle coalescing engines with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine buckets of approximately the same diameter with the same diameter for each stage.   9-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Heat pump and metal ball mercury gravity manufacture compressed air production Heat production + Various energy conservation cycle combined engines that make the rotor blade group of the turbine as the same diameter approximately the same shape every paragraph for every paragraph.   10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) + hydraulic floating additional thrust bearing A variety of energy storage cycle coalescing engines with heat pump and metal ball mercury gravity and compressed air manufacturing heat production + turbine buckets with the same diameter and approximately the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + + Heat pump and metal ball mercury gravity · Compressed air production Heat production + Various energy conservation cycle combined engine with the rotor blade group of the turbine as the same diameter approximately the same shape for each stage as a mating bolt assembly turbine.   1-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) + hydraulic floating additional thrust bearing A variety of energy storage cycle coalescing engines with heat pump and metal ball mercury gravity and compressed air manufacturing heat production + turbine buckets with the same diameter and approximately the same diameter for each stage.   Two-stage metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) + hydraulic floating additional thrust bearing A variety of energy storage cycle coalescing engines with heat pump and metal ball mercury gravity and compressed air manufacturing heat production + turbine buckets with the same diameter and approximately the same diameter for each stage.   Three-stage metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) + hydraulic floating additional thrust bearing A variety of energy storage cycle coalescing engines with heat pump and metal ball mercury gravity and compressed air manufacturing heat production + turbine buckets with the same diameter and approximately the same diameter for each stage.   4-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing A variety of energy storage cycle coalescing engines with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine buckets of approximately the same diameter with the same diameter for each stage.   5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing A variety of energy storage cycle coalescing engines with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine buckets of approximately the same diameter with the same diameter for each stage.   6-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing A variety of energy storage cycle coalescing engines with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine buckets of approximately the same diameter with the same diameter for each stage.   7-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing A variety of energy storage cycle coalescing engines with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine buckets of approximately the same diameter with the same diameter for each stage.   8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing A variety of energy storage cycle coalescing engines with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine buckets of approximately the same diameter with the same diameter for each stage.   9-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) Injection motive force driving + hydraulic levitation levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group as the same diameter approximately the same shape for every stage Various energy conservation cycle union engine.   10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) Injection motive force driving + hydraulic levitation levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group as the same diameter approximately the same shape for every stage Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Heat drive + Hydraulic levitation + additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat + Various energy of the bucket group of the turbine with the same diameter and the same diameter for each stage Preservation cycle union agency.   1-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) Injection motive force driving + hydraulic levitation levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group as the same diameter approximately the same shape for every stage Various energy conservation cycle union engine.   Two-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) Injection motive force driving + hydraulic levitation levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group as the same diameter approximately the same shape for every stage Various energy conservation cycle union engine.   Three-stage metal sphere mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + acceleration metal sphere mercury gravity turbine drive downward + various vessels ( 79V) Injection motive force drive + Hydraulic levitation levitation additional thrust bearing + acceleration with superheated steam velocity and combustion gas velocity + Various energy of the rotor blade group of the turbine with the same diameter and the same shape for every stage Preservation cycle union agency.   4-stage metal sphere mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + acceleration metal sphere mercury gravity turbine drive down + various vessels (( 79V) injection propulsion drive + hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same shape for every stage And various energy conservation cycle coalition agencies.   5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + acceleration metal sphere mercury gravity turbine driven downward + various vessels ( 79V) injection propulsion drive + hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same shape for every stage And various energy conservation cycle coalition agencies.   6-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + accelerated metal sphere mercury gravity turbine driven down + various vessels ( 79V) injection propulsion drive + hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same shape for every stage And various energy conservation cycle coalition agencies.   7-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + accelerating metal sphere mercury gravity turbine driven downward + various vessels ( 79V) injection propulsion drive + hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same shape for every stage And various energy conservation cycle coalition agencies.   8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing A variety of energy storage cycle coalescing engines with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine buckets of approximately the same diameter with the same diameter for each stage.   9-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing A variety of energy storage cycle coalescing engines with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine buckets of approximately the same diameter with the same diameter for each stage.   10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing A variety of energy storage cycle coalescing engines with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine buckets of approximately the same diameter with the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Heat pump and metal spheres Mercury gravity for compressed air production Heat production + Various energy conservation cycle combined engines where the rotor blade group of the turbine has the same diameter and the same diameter for each stage.   1-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing A variety of energy storage cycle coalescing engines with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine buckets of approximately the same diameter with the same diameter for each stage.   Two-stage metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) + hydraulic floating additional thrust bearing A variety of energy storage cycle coalescing engines with heat pump and metal ball mercury gravity and compressed air manufacturing heat production + turbine buckets with the same diameter and approximately the same diameter for each stage.   Three-stage metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) + hydraulic floating additional thrust bearing A variety of energy storage cycle coalescing engines with heat pump and metal ball mercury gravity and compressed air manufacturing heat production + turbine buckets with the same diameter and approximately the same diameter for each stage.   4-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) + hydraulic floating additional thrust bearing A variety of energy storage cycle coalescing engines with heat pump and metal ball mercury gravity and compressed air manufacturing heat production + turbine buckets with the same diameter and approximately the same diameter for each stage.   5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) + hydraulic floating additional thrust bearing A variety of energy storage cycle coalescing engines with heat pump and metal ball mercury gravity and compressed air manufacturing heat production + turbine buckets with the same diameter and approximately the same diameter for each stage.   6-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) + hydraulic floating additional thrust bearing A variety of energy storage cycle coalescing engines with heat pump and metal ball mercury gravity and compressed air manufacturing heat production + turbine buckets with the same diameter and approximately the same diameter for each stage.   7-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing A variety of energy storage cycle coalescing engines with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine buckets of approximately the same diameter with the same diameter for each stage.   8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing A variety of energy storage cycle coalescing engines with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine buckets of approximately the same diameter with the same diameter for each stage.   9-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing A variety of energy storage cycle coalescing engines with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine buckets of approximately the same diameter with the same diameter for each stage.   10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing A variety of energy storage cycle coalescing engines with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine buckets of approximately the same diameter with the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Heat pump and metal spheres Mercury gravity for compressed air production Heat production + Various energy conservation cycle combined engines where the rotor blade group of the turbine has the same diameter and the same diameter for each stage.   1-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) Injection motive force driving + hydraulic levitation levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group as the same diameter approximately the same shape for every stage Various energy conservation cycle union engine.   Two-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) Injection motive force driving + hydraulic levitation levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group as the same diameter approximately the same shape for every stage Various energy conservation cycle union engine.   Three-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) Injection motive force driving + hydraulic levitation levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group as the same diameter approximately the same shape for every stage Various energy conservation cycle union engine.   4-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) Injection motive force driving + hydraulic levitation levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group as the same diameter approximately the same shape for every stage Various energy conservation cycle union engine.   5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) Injection motive force driving + hydraulic levitation levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group as the same diameter approximately the same shape for every stage Various energy conservation cycle union engine.   6-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + accelerated metal sphere mercury gravity turbine driven down + various vessels ( 79V) injection propulsion drive + hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same shape for every stage And various energy conservation cycle coalition agencies.   7-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + accelerating metal sphere mercury gravity turbine driven downward + various vessels ( 79V) injection propulsion drive + hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same shape for every stage And various energy conservation cycle coalition agencies.   8-stage metal sphere mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal sphere mercury gravity turbine drive downward + various vessels ( 79V) injection propulsion drive + hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same shape for every stage And various energy conservation cycle coalition agencies.   9-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + acceleration metal sphere mercury gravity turbine driven downward + various vessels ( 79V) injection propulsion drive + hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same shape for every stage And various energy conservation cycle coalition agencies.   10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + accelerated metal sphere mercury gravity turbine driven down + various vessels (( 79V) injection propulsion drive + hydraulic levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group with the same diameter approximately the same shape for every stage And various energy conservation cycle coalition agencies.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + horizontal axis (1h) rotation direction alternately metal ball mercury gravity turbine driven + hydraulic levitation A variety of energy storage cycle combined engines with additional thrust bearings + heat pump and metal balls mercury gravity manufactures compressed air manufacturing heat production + turbine buckets with the same diameter and almost the same diameter for each stage.   1-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing A variety of energy storage cycle coalescing engines with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine buckets of approximately the same diameter with the same diameter for each stage.   Two-stage metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing A variety of energy storage cycle coalescing engines with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine buckets of approximately the same diameter with the same diameter for each stage.   Three-stage metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing A variety of energy storage cycle coalescing engines with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine buckets of approximately the same diameter with the same diameter for each stage.   4-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Heat pump and metal ball mercury gravity manufacture compressed air production Heat production + Various energy conservation cycle combined engines that make the rotor blade group of the turbine as the same diameter approximately the same shape every paragraph for every paragraph.   5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) + hydraulic floating additional thrust bearing A variety of energy storage cycle coalescing engines with heat pump and metal ball mercury gravity and compressed air manufacturing heat production + turbine buckets with the same diameter and approximately the same diameter for each stage.   6-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) + hydraulic floating additional thrust bearing A variety of energy storage cycle coalescing engines with heat pump and metal ball mercury gravity and compressed air manufacturing heat production + turbine buckets with the same diameter and approximately the same diameter for each stage.   7-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) + hydraulic floating additional thrust bearing A variety of energy storage cycle coalescing engines with heat pump and metal ball mercury gravity and compressed air manufacturing heat production + turbine buckets with the same diameter and approximately the same diameter for each stage.   8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) + hydraulic floating additional thrust bearing A variety of energy storage cycle coalescing engines with heat pump and metal ball mercury gravity and compressed air manufacturing heat production + turbine buckets with the same diameter and approximately the same diameter for each stage.   9-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) + hydraulic floating additional thrust bearing A variety of energy storage cycle coalescing engines with heat pump and metal ball mercury gravity and compressed air manufacturing heat production + turbine buckets with the same diameter and approximately the same diameter for each stage.   10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing A variety of energy storage cycle coalescing engines with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine buckets of approximately the same diameter with the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Heat pump and metal spheres Mercury gravity for compressed air production Heat production + Various energy conservation cycle combined engines where the rotor blade group of the turbine has the same diameter and the same diameter for each stage.   1-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing A variety of energy storage cycle coalescing engines with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine buckets of approximately the same diameter with the same diameter for each stage.   Two-stage metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing A variety of energy storage cycle coalescing engines with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine buckets of approximately the same diameter with the same diameter for each stage.   Three-stage metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing A variety of energy storage cycle coalescing engines with + heat pump and metal ball mercury gravity compressed air manufacturing heat production + turbine buckets of approximately the same diameter with the same diameter for each stage.   4-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) Injection motive force driving + hydraulic levitation levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group as the same diameter approximately the same shape for every stage Various energy conservation cycle union engine.   5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) Injection motive force driving + hydraulic levitation levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group as the same diameter approximately the same shape for every stage Various energy conservation cycle union engine.   6-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) Injection motive force driving + hydraulic levitation levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group as the same diameter approximately the same shape for every stage Various energy conservation cycle union engine.   7-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) Injection motive force driving + hydraulic levitation levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group as the same diameter approximately the same shape for every stage Various energy conservation cycle union engine.   8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) Injection motive force driving + hydraulic levitation levitation additional thrust bearing + heat pump and metal ball mercury gravity manufacture compressed air manufacturing heat production + turbine rotor blade group as the same diameter approximately the same shape for every stage Various energy conservation cycle union engine.   9-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + acceleration metal sphere mercury gravity turbine driven downward + various vessels ( 79V) Injection motive force drive + hydraulic levitation levitation additional thrust bearing + suction air path length lens and heat and cold heat manufacturing with sunlight + moving blade group of turbine with same diameter approximately the same shape every stage And various energy conservation cycle coalition agencies.   10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + accelerated metal sphere mercury gravity turbine driven down + various vessels (( 79V) Injection motive force drive + hydraulic levitation levitation additional thrust bearing + suction air path length lens and heat and cold heat manufacturing with sunlight + moving blade group of turbine with same diameter approximately the same shape every stage And various energy conservation cycle coalition agencies.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + hydraulic levitation levitation additional thrust bearing + intake air path length lens and heat and cold manufacturing with sunlight + moving blade group of turbine with equal diameter and same shape for each stage Various energy conservation cycle union engine.   1-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + acceleration metal sphere mercury gravity turbine driven downward + various vessels ( 79V) Injection motive force drive + hydraulic levitation levitation additional thrust bearing + suction air path length lens and heat and cold heat manufacturing with sunlight + moving blade group of turbine with same diameter approximately the same shape every stage And various energy conservation cycle coalition agencies.   Two-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + acceleration metal sphere mercury gravity turbine driven downward + various vessels ( 79V) Injection motive force drive + hydraulic levitation levitation additional thrust bearing + suction air path length lens and heat and cold heat manufacturing with sunlight + moving blade group of turbine with same diameter approximately the same shape every stage And various energy conservation cycle coalition agencies.   Three-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + configuration and method of accelerating metal sphere mercury + intake air path length lens and Solar thermal and cold manufacturing + hydraulic levitation levitation additional thrust bearing + suction air path length lens and solar thermal and cold manufacturing And various energy conservation cycle coalition agencies.   4-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + configuration and method of accelerating metal sphere mercury + intake air path length lens and Solar thermal and cold manufacturing + hydraulic levitation levitation additional thrust bearing + suction air path length lens and solar thermal and cold manufacturing And various energy conservation cycle coalition agencies.   5-step metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + configuration and method of accelerating metal sphere mercury + intake air path length lens and Solar thermal and cold manufacturing + hydraulic levitation levitation additional thrust bearing + suction air path length lens and solar thermal and cold manufacturing And various energy conservation cycle coalition agencies.   6-step metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + configuration and method of accelerating metal sphere mercury + intake air path length lens and Solar thermal and cold manufacturing + hydraulic levitation levitation additional thrust bearing + suction air path length lens and solar thermal and cold manufacturing And various energy conservation cycle coalition agencies.   7-step metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + configuration and method of accelerating metal sphere mercury + intake air path length lens and Solar thermal and cold manufacturing + hydraulic levitation levitation additional thrust bearing + suction air path length lens and solar thermal and cold manufacturing And various energy conservation cycle coalition agencies.   8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + configuration and method of accelerating metal sphere mercury + intake air path length lens and Solar thermal and cold manufacturing + hydraulic levitation levitation additional thrust bearing + suction air path length lens and solar thermal and cold manufacturing And various energy conservation cycle coalition agencies.   9-step metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + configuration and method of accelerating metal sphere mercury + intake air path length lens and Solar thermal and cold manufacturing + hydraulic levitation levitation additional thrust bearing + suction air path length lens and solar thermal and cold manufacturing And various energy conservation cycle coalition agencies.   10-step metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + configuration and method of accelerating metal sphere mercury + intake air path length lens and Solar thermal and cold manufacturing + hydraulic levitation levitation additional thrust bearing + suction air path length lens and solar thermal and cold manufacturing And various energy conservation cycle coalition agencies.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + structure and method of accelerating metal ball mercury + intake air path length lens and sunlight Heat and cold manufacture at + + hydraulic levitation levitation additional thrust bearing + suction air path length lens and heat and cold manufacture with sunlight + moving blade group of the turbine as the same diameter approximately the same shape for every stage Various energy conservation cycle union engine.   1-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + structure and method of accelerating metal sphere mercury + intake air path length lens and Solar thermal and cold manufacturing + hydraulic levitation levitation additional thrust bearing + suction air path length lens and solar thermal and cold manufacturing And various energy conservation cycle coalition agencies.   Two-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipment + various cargo vessels (79 V ) Injection driving force + hydraulic levitation levitation additional thrust bearing + intake air path length lens and heat and cold manufacturing with solar light + turbine rotor blade group with the same diameter approximately the same shape for every stage Various energy conservation cycle coalition agencies.   Three-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipment + various cargo vessels (79 V ) Injection driving force + hydraulic levitation levitation additional thrust bearing + intake air path length lens and heat and cold manufacturing with solar light + turbine rotor blade group with the same diameter approximately the same shape for every stage Various energy conservation cycle coalition agencies.   4-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo vessels (79 V ) Injection driving force + hydraulic levitation levitation additional thrust bearing + intake air path length lens and heat and cold manufacturing with solar light + turbine rotor blade group with the same diameter approximately the same shape for every stage Various energy conservation cycle coalition agencies.   5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo vessels (79 V ) Injection driving force + hydraulic levitation levitation additional thrust bearing + intake air path length lens and heat and cold manufacturing with solar light + turbine rotor blade group with the same diameter approximately the same shape for every stage Various energy conservation cycle coalition agencies.   6-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo vessels (79 V ) Injection driving force + Hydraulic levitation levitation additional thrust bearing + Intake air path length lens and heat and cold heat production with sunlight + For each paragraph the moving blade group of the turbine has the same diameter and the same diameter for each paragraph Various energy storage cycle combined engines with an assembled turbine.   7-step metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipment + various cargo vessels (79 V ) Injection driving force + hydraulic levitation levitation additional thrust bearing + intake air path length lens and heat and cold manufacturing with solar light + turbine rotor blade group with the same diameter approximately the same shape for every stage Various energy conservation cycle coalition agencies.   8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo vessels (79 V ) Injection driving force + hydraulic levitation levitation additional thrust bearing + intake air path length lens and heat and cold manufacturing with solar light + turbine rotor blade group with the same diameter approximately the same shape for every stage Various energy conservation cycle coalition agencies.   9-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + liquid metal accelerated metal sphere mercury gravity turbine driven + various cargo ships (79V) injection driving force + hydraulic floating levitation additional thrust bearing + suction air path length lens and heat and cold manufacturing with solar light + turbine rotor blade group with the same diameter approximately the same shape for each paragraph mating bolt Various energy storage cycle combined engines with an assembled turbine.   10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipment + various cargo vessels (79 V ) Injection driving force + hydraulic levitation levitation additional thrust bearing + intake air path length lens and heat and cold manufacturing with solar light + turbine rotor blade group with the same diameter approximately the same shape for every stage Various energy conservation cycle coalition agencies.   Metal sphere mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal axis (1h) rotation direction alternately metal sphere mercury gravity turbine drive + various cargo (79V) jet propulsion driving of ships + hydraulic levitation levitation additional thrust bearing + suction air path length lens and heat and cold manufacturing with sunlight + fitting of moving blade group of turbine as same diameter of each stage Various energy storage cycle combined engines with combined bolt assembly turbines.   1-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + horizontal axis (1 h) rotation direction alternating metal sphere mercury gravity turbine driven + (79V) injection propulsion drive of various cargo ships + hydraulic levitation levitation additional thrust bearing + suction air path length lens and thermal cooling manufacture with solar light + moving blade group of turbine same diameter of each section As a mating bolt assembly turbine and various energy storage cycle combined engine.   Two-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + horizontal axis (1h) rotation direction alternating metal sphere mercury gravity turbine driven + (79V) injection propulsion drive of various cargo ships + hydraulic levitation levitation additional thrust bearing + suction air path length lens and thermal cooling manufacture with solar light + moving blade group of turbine same diameter of each section As a mating bolt assembly turbine and various energy storage cycle combined engine.   Three-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) and driven by rotation direction alternate turbine + Various cargo ships are driven by (79V) injection driving force + hydraulic levitation levitation additional thrust bearing + suction air path length lens and thermal cooling manufacture with sunlight + moving blade group of turbine approximately the same diameter of each stage Various energy storage cycle combined engines with mating bolt assembly turbine as same shape.   4-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + horizontal axis (1 h) rotation direction alternating metal sphere mercury gravity turbine driven + (79V) injection propulsion drive of various cargo ships + hydraulic levitation levitation additional thrust bearing + suction air path length lens and thermal cooling manufacture with solar light + moving blade group of turbine same diameter of each section As a mating bolt assembly turbine and various energy storage cycle combined engine.   5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo vessels (79 V ) Injection driving force + hydraulic levitation levitation additional thrust bearing + intake air path length lens and heat and cold manufacturing with solar light + turbine rotor blade group with the same diameter approximately the same shape for every stage Various energy conservation cycle coalition agencies.   6-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo vessels (79 V ) Injection driving force + hydraulic levitation levitation additional thrust bearing + intake air path length lens and heat and cold manufacturing with solar light + turbine rotor blade group with the same diameter approximately the same shape for every stage Various energy conservation cycle coalition agencies.   7-step metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipment + various cargo vessels (79 V ) Injection driving force + hydraulic levitation levitation additional thrust bearing + intake air path length lens and heat and cold manufacturing with solar light + turbine rotor blade group with the same diameter approximately the same shape for every stage Various energy conservation cycle coalition agencies.   8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo vessels (79 V ) Injection driving force + hydraulic levitation levitation additional thrust bearing + intake air path length lens and heat and cold manufacturing with solar light + turbine rotor blade group with the same diameter approximately the same shape for every stage Various energy conservation cycle coalition agencies.   9-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo vessels (79 V ) Injection driving force + hydraulic levitation levitation additional thrust bearing + intake air path length lens and heat and cold manufacturing with solar light + turbine rotor blade group with the same diameter approximately the same shape for every stage Various energy conservation cycle coalition agencies.   10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipment + various cargo vessels (79 V ) Injection driving force + hydraulic levitation levitation additional thrust bearing + intake air path length lens and heat and cold manufacturing with solar light + turbine rotor blade group with the same diameter approximately the same shape for every stage Various energy conservation cycle coalition agencies.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + suction air path length lens and heat and cold manufacturing with solar light + various types of turbine blade groups having the same diameter and diameter for each stage Energy Conservation Cycle Coalition Agency.   1-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipment + various cargo vessels (79 V ) Injection driving force + hydraulic levitation levitation additional thrust bearing + intake air path length lens and heat and cold manufacturing with solar light + turbine rotor blade group with the same diameter approximately the same shape for every stage Various energy conservation cycle coalition agencies.   Two-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipment + various cargo vessels (79 V ) Injection driving force + hydraulic levitation levitation additional thrust bearing + intake air path length lens and heat and cold manufacturing with solar light + turbine rotor blade group with the same diameter approximately the same shape for every stage Various energy conservation cycle coalition agencies.   Three-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipment + various cargo vessels (79 V ) Injection driving force + hydraulic levitation levitation additional thrust bearing + intake air path length lens and heat and cold manufacturing with solar light + turbine rotor blade group with the same diameter approximately the same shape for every stage Various energy conservation cycle coalition agencies.   4-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo vessels (79 V ) Injection driving force + hydraulic levitation levitation additional thrust bearing + intake air path length lens and heat and cold manufacturing with solar light + turbine rotor blade group with the same diameter approximately the same shape for every stage Various energy conservation cycle coalition agencies.   5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo vessels (79 V ) Injection driving force + Hydraulic levitation levitation additional thrust bearing + Intake air path length lens and heat and cold heat production with sunlight + For each paragraph the moving blade group of the turbine has the same diameter and the same diameter for each paragraph Various energy storage cycle combined engines with an assembled turbine.   6-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo vessels (79 V ) Injection driving force + Hydraulic levitation levitation additional thrust bearing + Intake air path length lens and heat and cold heat production with sunlight + For each paragraph the moving blade group of the turbine has the same diameter and the same diameter for each paragraph Various energy storage cycle combined engines with an assembled turbine.   7-step metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipment + various cargo vessels (79 V ) Injection driving force + Hydraulic levitation levitation additional thrust bearing + Intake air path length lens and heat and cold heat production with sunlight + For each paragraph the moving blade group of the turbine has the same diameter and the same diameter for each paragraph Various energy storage cycle combined engines with an assembled turbine.   8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo vessels (79 V ) Injection driving force + Hydraulic levitation levitation additional thrust bearing + Intake air path length lens and heat and cold heat production with sunlight + For each paragraph the moving blade group of the turbine has the same diameter and the same diameter for each paragraph Various energy storage cycle combined engines with an assembled turbine.   9-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo vessels (79 V ) Injection driving force + Hydraulic levitation levitation additional thrust bearing + Intake air path length lens and heat and cold heat production with sunlight + For each paragraph the moving blade group of the turbine has the same diameter and the same diameter for each paragraph Various energy storage cycle combined engines with an assembled turbine.   10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipment + various cargo vessels (79 V 2.) Various energy storage cycle coalescing engines, in which the moving blade group of the turbine has the same diameter and shape with the same diameter in each stage, and has an additional thrust bearing driven by injection driving force + hydraulic floating.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + liquid metal accelerated metal ball mercury gravity turbine drive + various cargo ships ( 79V) Various energy conservation cycle combined engines having injection thrust drive + hydraulic floating levitation additional thrust bearing + turbine turbine blade group having the same diameter and approximately the same diameter for each stage.   1-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipment + various cargo vessels (79 V 2.) Various energy storage cycle coalescing engines, in which the moving blade group of the turbine has the same diameter and shape with the same diameter in each stage, and has an additional thrust bearing driven by injection driving force + hydraulic floating.   Two-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + horizontal axis (1h) rotation direction alternating metal sphere mercury gravity turbine driven + Various energy conservation cycle coalescing engines that have various cargo ships driven by (79V) injection and propulsion + hydraulic levitation and additional thrust bearings + turbine buckets having the same diameter and shape as the diameter of each stage .   Three-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal axis (1h) rotation direction alternating metal sphere mercury gravity turbine driven + Various energy conservation cycle coalescing engines that have various cargo ships driven by (79V) injection and propulsion + hydraulic levitation and additional thrust bearings + turbine buckets having the same diameter and shape as the diameter of each stage .   4-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + horizontal axis (1 h) rotation direction alternating metal sphere mercury gravity turbine driven + Maximize utilization of gravity, sunlight and surface tension + Provide water jet rotatably so that it can move up and down + Equipped with hydraulic levitation additional thrust bearing + Intake air path length lens and solar thermal manufacturing with solar light + Turbine A variety of energy storage cycle combined engines, in which the moving blade group has the same diameter and diameter and is approximately the same in diameter.   5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) and driven by rotation direction alternate turbine + Maximize utilization of gravity, sunlight and surface tension + Provide water jet rotatably so that it can move up and down + Equipped with hydraulic levitation additional thrust bearing + Intake air path length lens and heat and cool heat with sunlight + Turbine A variety of energy storage cycle combined engines, with the rotating blade group of each section having the same diameter and approximately the same diameter for each bolt assembly.   6-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + horizontal axis (1 h) rotation direction alternating metal sphere mercury gravity turbine driven + Maximize utilization of gravity, sunlight and surface tension + Provide water jet rotatably so that it can move up and down + Equipped with hydraulic levitation additional thrust bearing + Intake air path length lens and solar thermal manufacturing with solar light + Turbine A variety of energy storage cycle combined engines, in which the moving blade group has the same diameter and diameter and is approximately the same in diameter.   7-step metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + gravity, sunlight and surface tension Maximize use of water + rotatably mountable water jet + hydraulic floating levitation additional thrust bearing + suction air path length lens and heat and cold heat manufacturing with sunlight + moving blade group of turbine same period Various energy storage cycle combined engines with mating bolt assembly turbines with approximately the same diameter.   8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + gravity, sunlight and surface tension Make maximum use of water + rotatably mount water jets + hydraulically levitated additional thrust bearings + suction air path length lens and heat and cold with solar light + moving blades of turbine for each stage Various energy storage cycle combined engines with fitting bolt assembly turbine as same diameter approximately same shape every paragraph.   9-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing A variety of energy storage cycle coalescing engines, which are equipped with + intake air path length lens and heat and cold energy produced by sunlight + turbine rotor blade group having the same diameter and approximately the same diameter for each stage.   10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing A variety of energy storage cycle coalescing engines, which are equipped with + intake air path length lens and heat and cold energy produced by sunlight + turbine rotor blade group having the same diameter and approximately the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines, in which the moving blade group of the turbine is of the same diameter and shape with the same diameter for each stage, with the intake air path length lens and the solar light and heat and cold manufacturing.   1-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing A variety of energy storage cycle coalescing engines, which are equipped with + intake air path length lens and heat and cold energy produced by sunlight + turbine rotor blade group having the same diameter and approximately the same diameter for each stage.   Two-stage metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing A variety of energy storage cycle coalescing engines, which are equipped with + intake air path length lens and heat and cold heat produced by sunlight + each row of buckets of the turbine with the same diameter and substantially the same diameter for each paragraph.   Three-stage metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) + hydraulic floating additional thrust bearing A variety of energy storage cycle coalescing engines, each equipped with + intake air path length lens and heat and cold energy produced by sunlight + turbine rotor blade group having the same diameter and approximately the same diameter for each stage.   4-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) + hydraulic floating additional thrust bearing A variety of energy storage cycle coalescing engines, each equipped with + intake air path length lens and heat and cold energy produced by sunlight + turbine rotor blade group having the same diameter and approximately the same diameter for each stage.   5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) + hydraulic floating additional thrust bearing A variety of energy storage cycle coalescing engines, each equipped with + intake air path length lens and heat and cold energy produced by sunlight + turbine rotor blade group having the same diameter and approximately the same diameter for each stage.   6-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) + hydraulic floating additional thrust bearing A variety of energy storage cycle coalescing engines, each equipped with + intake air path length lens and heat and cold energy produced by sunlight + turbine rotor blade group having the same diameter and approximately the same diameter for each stage.   7-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) + hydraulic floating additional thrust bearing A variety of energy storage cycle coalescing engines, each equipped with + intake air path length lens and heat and cold energy produced by sunlight + turbine rotor blade group having the same diameter and approximately the same diameter for each stage.   8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing A variety of energy storage cycle coalescing engines, which are equipped with + intake air path length lens and heat and cold energy produced by sunlight + turbine rotor blade group having the same diameter and approximately the same diameter for each stage.   9-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing A variety of energy storage cycle coalescing engines, which are equipped with + intake air path length lens and heat and cold energy produced by sunlight + turbine rotor blade group having the same diameter and approximately the same diameter for each stage.   10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing A variety of energy storage cycle coalescing engines, which are equipped with + intake air path length lens and heat and cold energy produced by sunlight + turbine rotor blade group having the same diameter and approximately the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines, in which the moving blade group of the turbine is of the same diameter and shape with the same diameter for each stage, with the intake air path length lens and the solar light and heat and cold manufacturing.   1-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing A variety of energy storage cycle coalescing engines, which are equipped with + intake air path length lens and heat and cold heat produced by sunlight + each row of buckets of the turbine with the same diameter and substantially the same diameter for each paragraph.   Two-stage metal sphere mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + liquid metal accelerated metal sphere mercury gravity turbine drive + various passenger vessels (79 V) Injection motive force drive + Hydraulic levitation levitation additional thrust bearing + Intake air path length lens and heat and cold manufacturing with sunlight + Rotor blade group of turbine with same diameter and same shape for every stage Various energy storage cycle combined engines with turbines.   Three-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) Injection driving force + hydraulic levitation levitation additional thrust bearing + intake air path length lens and heat and cold manufacturing with sunlight + moving blade group of turbine with equal diameter and same shape for each stage Various energy conservation cycle union engine.   4-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + horizontal axis (1 h) rotation direction alternating metal sphere mercury gravity turbine driven + (79V) jet driving force of various passenger ships + hydraulic levitation levitation additional thrust bearing + suction air path length lens and heat and cold manufacturing with solar light + moving blade group of turbine as same diameter of each section Various energy storage cycle combined engines with mating bolt assembly turbines.   5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) rotation direction alternating metal sphere mercury gravity turbine driven + (79V) jet driving force of various passenger ships + hydraulic levitation levitation additional thrust bearing + suction air path length lens and heat and cold manufacturing with solar light + moving blade group of turbine as same diameter of each section Various energy storage cycle combined engines with mating bolt assembly turbines.   6-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + horizontal axis (1 h) rotation direction alternating metal sphere mercury gravity turbine driven + (79V) jet driving force of various passenger ships + hydraulic levitation levitation additional thrust bearing + suction air path length lens and heat and cold manufacturing with sunlight + equal diameter of moving blades of turbine for each paragraph Various energy storage cycle combined engines with mating bolt assembly turbine as almost same shape.   7-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + accelerating metal sphere mercury gravity turbine driven downward + various vessels ( 79V) Injection motive force drive + hydraulic levitation levitation additional thrust bearing + suction air path length lens and heat and cold heat manufacturing with sunlight + moving blade group of turbine with same diameter approximately the same shape every stage And various energy conservation cycle coalition agencies.   8-stage metal sphere mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal sphere mercury gravity turbine drive downward + various vessels ( 79V) Injection motive force drive + hydraulic levitation levitation additional thrust bearing + suction air path length lens and heat and cold heat manufacturing with sunlight + moving blade group of turbine with same diameter approximately the same shape every stage And various energy conservation cycle coalition agencies.   9-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + acceleration metal sphere mercury gravity turbine driven downward + various vessels ( 79V) Injection motive force drive + hydraulic levitation levitation additional thrust bearing + suction air path length lens and heat and cold heat manufacturing with sunlight + moving blade group of turbine with same diameter approximately the same shape every stage And various energy conservation cycle coalition agencies.   10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + accelerated metal sphere mercury gravity turbine driven down + various vessels (( 79V) Injection motive force drive + hydraulic levitation levitation additional thrust bearing + suction air path length lens and heat and cold heat manufacturing with sunlight + moving blade group of turbine with same diameter approximately the same shape every stage And various energy conservation cycle coalition agencies.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + hydraulic levitation levitation additional thrust bearing + intake air path length lens and heat and cold manufacturing with sunlight + moving blade group of turbine with equal diameter and same shape for each stage Various energy conservation cycle union engine.   1-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing A variety of energy storage cycle coalescing engines, which are equipped with + intake air path length lens and heat and cold energy produced by sunlight + turbine rotor blade group having the same diameter and approximately the same diameter for each stage.   Two-stage metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing A variety of energy storage cycle coalescing engines, which are equipped with + intake air path length lens and heat and cold energy produced by sunlight + turbine rotor blade group having the same diameter and approximately the same diameter for each stage.   Three-stage metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing A variety of energy storage cycle coalescing engines, which are equipped with + intake air path length lens and heat and cold energy produced by sunlight + turbine rotor blade group having the same diameter and approximately the same diameter for each stage.   4-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing A variety of energy storage cycle coalescing engines, which are equipped with + intake air path length lens and heat and cold energy produced by sunlight + turbine rotor blade group having the same diameter and approximately the same diameter for each stage.   5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing A variety of energy storage cycle coalescing engines, which are equipped with + intake air path length lens and heat and cold heat produced by sunlight + each row of buckets of the turbine with the same diameter and substantially the same diameter for each paragraph.   6-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) + hydraulic floating additional thrust bearing A variety of energy storage cycle coalescing engines, each equipped with + intake air path length lens and heat and cold energy produced by sunlight + turbine rotor blade group having the same diameter and approximately the same diameter for each stage.   7-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) + hydraulic floating additional thrust bearing A variety of energy storage cycle coalescing engines, each equipped with + intake air path length lens and heat and cold energy produced by sunlight + turbine rotor blade group having the same diameter and approximately the same diameter for each stage.   8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) + hydraulic floating additional thrust bearing A variety of energy storage cycle coalescing engines, each equipped with + intake air path length lens and heat and cold energy produced by sunlight + turbine rotor blade group having the same diameter and approximately the same diameter for each stage.   9-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) + hydraulic floating additional thrust bearing A variety of energy storage cycle coalescing engines, each equipped with + intake air path length lens and heat and cold energy produced by sunlight + turbine rotor blade group having the same diameter and approximately the same diameter for each stage.   10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) + hydraulic floating additional thrust bearing A variety of energy storage cycle coalescing engines, each equipped with + intake air path length lens and heat and cold energy produced by sunlight + turbine rotor blade group having the same diameter and approximately the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines, in which the moving blade group of the turbine is of the same diameter and shape with the same diameter for each stage, with the intake air path length lens and the solar light and heat and cold manufacturing.   1-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing A variety of energy storage cycle coalescing engines, which are equipped with + intake air path length lens and heat and cold energy produced by sunlight + turbine rotor blade group having the same diameter and approximately the same diameter for each stage.   Two-stage metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing A variety of energy storage cycle coalescing engines, which are equipped with + intake air path length lens and heat and cold energy produced by sunlight + turbine rotor blade group having the same diameter and approximately the same diameter for each stage.   Three-stage metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing A variety of energy storage cycle coalescing engines, which are equipped with + intake air path length lens and heat and cold energy produced by sunlight + turbine rotor blade group having the same diameter and approximately the same diameter for each stage.   4-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + liquid metal accelerated metal sphere mercury gravity turbine driven + hydraulic floating additional A variety of energy storage cycle coalescing engines that have thrust bearings, + intake air path length lenses, and heat and cold are manufactured with sunlight and + moving turbines of the turbines have the same diameter and shape with the same diameter for each stage.   5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) Injection driving force + hydraulic levitation levitation additional thrust bearing + intake air path length lens and heat and cold manufacturing with sunlight + moving blade group of turbine with equal diameter and same shape for each stage Various energy conservation cycle union engine.   6-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + horizontal axis (1 h) rotation direction alternating metal sphere mercury gravity turbine driven + (79V) jet driving force of various passenger ships + hydraulic levitation levitation additional thrust bearing + suction air path length lens and heat and cold manufacturing with solar light + moving blade group of turbine as same diameter of each section Various energy storage cycle combined engines with mating bolt assembly turbines.   7-step metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + horizontal axis (1 h) rotation direction alternating metal sphere mercury gravity turbine driven + (79V) jet driving force of various passenger ships + hydraulic levitation levitation additional thrust bearing + suction air path length lens and heat and cold manufacturing with solar light + moving blade group of turbine as same diameter of each section Various energy storage cycle combined engines with mating bolt assembly turbines.   8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal axis (1h) rotation direction alternating metal sphere mercury gravity turbine driven + (79V) jet driving force of various passenger ships + hydraulic levitation levitation additional thrust bearing + suction air path length lens and heat and cold manufacturing with solar light + moving blade group of turbine as same diameter of each section Various energy storage cycle combined engines with mating bolt assembly turbines.   9-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) drive with rotation direction alternating turbine + Various types of passenger ships driven by (79V) Injection driving force + Hydraulic levitation levitation additional thrust bearing + Intake air path length lens and thermal cooling manufacture with sunlight + Moving blade group of turbine for each paragraph Various energy storage cycle combined engines with mating bolt assembly turbines with approximately the same diameter.   10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + accelerated metal sphere mercury gravity turbine driven down + various vessels (( 79V) Injection motive force drive + hydraulic levitation levitation additional thrust bearing + suction air path length lens and heat and cold heat manufacturing with sunlight + moving blade group of turbine with same diameter approximately the same shape every stage And various energy conservation cycle coalition agencies.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + hydraulic levitation levitation additional thrust bearing + intake air path length lens and heat and cold manufacturing with sunlight + moving blade group of turbine with equal diameter and same shape for each stage Various energy conservation cycle union engine.   1-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + acceleration metal sphere mercury gravity turbine driven downward + various vessels ( 79V) Injection motive force drive + hydraulic levitation levitation additional thrust bearing + suction air path length lens and heat and cold heat manufacturing with sunlight + moving blade group of turbine with same diameter approximately the same shape every stage And various energy conservation cycle coalition agencies.   Two-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + acceleration metal sphere mercury gravity turbine driven downward + various vessels ( 79V) Injection motive force drive + hydraulic levitation levitation additional thrust bearing + suction air path length lens and heat and cold heat manufacturing with sunlight + moving blade group of turbine with same diameter approximately the same shape every stage And various energy conservation cycle coalition agencies.   Three-stage metal sphere mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + acceleration metal sphere mercury gravity turbine drive downward + various vessels ( 79V) Injection motive force drive + hydraulic levitation levitation additional thrust bearing + suction air path length lens and heat and cold heat manufacturing with sunlight + moving blade group of turbine with same diameter approximately the same shape every stage And various energy conservation cycle coalition agencies.   4-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing A variety of energy storage cycle coalescing engines, which are equipped with + intake air path length lens and heat and cold energy produced by sunlight + turbine rotor blade group having the same diameter and approximately the same diameter for each stage.   5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing A variety of energy storage cycle coalescing engines, which are equipped with + intake air path length lens and heat and cold energy produced by sunlight + turbine rotor blade group having the same diameter and approximately the same diameter for each stage.   6-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing A variety of energy storage cycle coalescing engines, which are equipped with + intake air path length lens and heat and cold energy produced by sunlight + turbine rotor blade group having the same diameter and approximately the same diameter for each stage.   7-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing A variety of energy storage cycle coalescing engines, which are equipped with + intake air path length lens and heat and cold energy produced by sunlight + turbine rotor blade group having the same diameter and approximately the same diameter for each stage.   8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing A variety of energy storage cycle coalescing engines, which are equipped with + intake air path length lens and heat and cold heat produced by sunlight + each row of buckets of the turbine with the same diameter and substantially the same diameter for each paragraph.   9-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) + hydraulic floating additional thrust bearing A variety of energy storage cycle coalescing engines, each equipped with + intake air path length lens and heat and cold energy produced by sunlight + turbine rotor blade group having the same diameter and approximately the same diameter for each stage.   10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) + hydraulic floating additional thrust bearing A variety of energy storage cycle coalescing engines, each equipped with + intake air path length lens and heat and cold energy produced by sunlight + turbine rotor blade group having the same diameter and approximately the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing A variety of energy storage cycle coalescing engines, in which the rotating blade group of the turbine is manufactured by heat and cold heat production using a lens for suction air path length and sunlight and a turbine bolt group having the same diameter and diameter.   1-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) + hydraulic floating additional thrust bearing A variety of energy storage cycle coalescing engines, each equipped with + intake air path length lens and heat and cold energy produced by sunlight + turbine rotor blade group having the same diameter and approximately the same diameter for each stage.   Two-stage metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) + hydraulic floating additional thrust bearing A variety of energy storage cycle coalescing engines, each equipped with + intake air path length lens and heat and cold energy produced by sunlight + turbine rotor blade group having the same diameter and approximately the same diameter for each stage.   Three-stage metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing A variety of energy storage cycle coalescing engines, which are equipped with + intake air path length lens and heat and cold energy produced by sunlight + turbine rotor blade group having the same diameter and approximately the same diameter for each stage.   4-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing A variety of energy storage cycle coalescing engines, which are equipped with + intake air path length lens and heat and cold energy produced by sunlight + turbine rotor blade group having the same diameter and approximately the same diameter for each stage.   5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing A variety of energy storage cycle coalescing engines, which are equipped with + intake air path length lens and heat and cold energy produced by sunlight + turbine rotor blade group having the same diameter and approximately the same diameter for each stage.   Six-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + liquid metal accelerated metal sphere mercury gravity turbine driven + hydraulic levitation additional A variety of energy storage cycle coalescing engines, each equipped with a thrust bearing, + intake air path length lens, and thermal and cold manufacturing with solar light + turbine rotor blade group of approximately the same diameter as the diameter of each section.   7-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing A variety of energy storage cycle coalescing engines, which are equipped with + intake air path length lens and heat and cold heat produced by sunlight + each row of buckets of the turbine with the same diameter and substantially the same diameter for each paragraph.   8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal axis (1h) rotation direction alternating metal sphere mercury gravity turbine driven + (79V) jet driving force of various passenger ships + hydraulic levitation levitation additional thrust bearing + suction air path length lens and heat and cold manufacturing with solar light + moving blade group of turbine as same diameter of each section Various energy storage cycle combined engines with mating bolt assembly turbines.   9-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + horizontal axis (1h) rotation direction alternating metal sphere mercury gravity turbine driven + (79V) jet driving force of various passenger ships + hydraulic levitation levitation additional thrust bearing + suction air path length lens and heat and cold manufacturing with solar light + moving blade group of turbine as same diameter of each section Various energy storage cycle combined engines with mating bolt assembly turbines.   10-step metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + horizontal axis (1 h) rotation direction alternately metal sphere mercury gravity turbine driven + (79V) jet driving force of various passenger ships + hydraulic levitation levitation additional thrust bearing + suction air path length lens and heat and cold manufacturing with solar light + moving blade group of turbine as same diameter of each section Various energy storage cycle combined engines with mating bolt assembly turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) drive in rotation direction alternate turbine + various (79V) jet propulsion driving of passenger ships + hydraulic levitation levitation additional thrust bearing + suction air path length lens and heat and cold manufacturing with sunlight + fitting of moving blade group of turbine as same diameter of each section Various energy storage cycle combined engines with combined bolt assembly turbines.   1-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + horizontal axis (1 h) rotation direction alternating metal sphere mercury gravity turbine driven + (79V) jet driving force of various passenger ships + hydraulic levitation levitation additional thrust bearing + suction air path length lens and heat and cold manufacturing with sunlight + equal diameter of moving blades of turbine for each paragraph Various energy storage cycle combined engines with mating bolt assembly turbine as almost same shape.   Two-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + acceleration metal sphere mercury gravity turbine driven downward + various vessels ( 79V) Injection motive force drive + hydraulic levitation levitation additional thrust bearing + suction air path length lens and heat and cold heat manufacturing with sunlight + moving blade group of turbine with same diameter approximately the same shape every stage And various energy conservation cycle coalition agencies.   Three-stage metal sphere mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + acceleration metal sphere mercury gravity turbine drive downward + various vessels ( 79V) Injection motive force drive + hydraulic levitation levitation additional thrust bearing + suction air path length lens and heat and cold heat manufacturing with sunlight + moving blade group of turbine with same diameter approximately the same shape every stage And various energy conservation cycle coalition agencies.   4-stage metal sphere mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + acceleration metal sphere mercury gravity turbine drive down + various vessels (( 79V) Injection motive force drive + hydraulic levitation levitation additional thrust bearing + suction air path length lens and heat and cold heat manufacturing with sunlight + moving blade group of turbine with same diameter approximately the same shape every stage And various energy conservation cycle coalition agencies.   5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + acceleration metal sphere mercury gravity turbine driven downward + various vessels ( 79V) Injection motive force drive + hydraulic levitation levitation additional thrust bearing + suction air path length lens and heat and cold heat manufacturing with sunlight + moving blade group of turbine with same diameter approximately the same shape every stage And various energy conservation cycle coalition agencies.   6-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + accelerated metal sphere mercury gravity turbine driven down + various vessels ( 79V) Injection motive force drive + hydraulic levitation levitation additional thrust bearing + suction air path length lens and heat and cold heat manufacturing with sunlight + moving blade group of turbine with same diameter approximately the same shape every stage And various energy conservation cycle coalition agencies.   7-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing A variety of energy storage cycle coalescing engines, which are equipped with + intake air path length lens and heat and cold energy produced by sunlight + turbine rotor blade group having the same diameter and approximately the same diameter for each stage.   8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing A variety of energy storage cycle coalescing engines, which are equipped with + intake air path length lens and heat and cold energy produced by sunlight + turbine rotor blade group having the same diameter and approximately the same diameter for each stage.   9-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing A variety of energy storage cycle coalescing engines, which are equipped with + intake air path length lens and heat and cold energy produced by sunlight + turbine rotor blade group having the same diameter and approximately the same diameter for each stage.   10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing A variety of energy storage cycle coalescing engines, which are equipped with + intake air path length lens and heat and cold energy produced by sunlight + turbine rotor blade group having the same diameter and approximately the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Thermal and cold heat production with suction air path length lens and sunlight + Various energy storage cycle combined engines with the rotating blade group of the turbine as the same diameter approximately the same shape for every paragraph as fitting bolt assembly turbine.   1-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) + hydraulic floating additional thrust bearing A variety of energy storage cycle coalescing engines, each equipped with + intake air path length lens and heat and cold energy produced by sunlight + turbine rotor blade group having the same diameter and approximately the same diameter for each stage.   Two-stage metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) + hydraulic floating additional thrust bearing A variety of energy storage cycle coalescing engines, each equipped with + intake air path length lens and heat and cold energy produced by sunlight + turbine rotor blade group having the same diameter and approximately the same diameter for each stage.   Three-stage metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) + hydraulic floating additional thrust bearing A variety of energy storage cycle coalescing engines, each equipped with + intake air path length lens and heat and cold energy produced by sunlight + turbine rotor blade group having the same diameter and approximately the same diameter for each stage.   4-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) + hydraulic floating additional thrust bearing A variety of energy storage cycle coalescing engines, each equipped with + intake air path length lens and heat and cold energy produced by sunlight + turbine rotor blade group having the same diameter and approximately the same diameter for each stage.   5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) + hydraulic floating additional thrust bearing A variety of energy storage cycle coalescing engines, each equipped with + intake air path length lens and heat and cold energy produced by sunlight + turbine rotor blade group having the same diameter and approximately the same diameter for each stage.   6-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing A variety of energy storage cycle coalescing engines, which are equipped with + intake air path length lens and heat and cold energy produced by sunlight + turbine rotor blade group having the same diameter and approximately the same diameter for each stage.   7-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing A variety of energy storage cycle coalescing engines, which are equipped with + intake air path length lens and heat and cold energy produced by sunlight + turbine rotor blade group having the same diameter and approximately the same diameter for each stage.   8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + liquid metal accelerated metal sphere mercury gravity turbine driven + hydraulic levitation additional A variety of energy storage cycle coalescing engines, each equipped with a thrust bearing, + intake air path length lens, and thermal and cold manufacturing with solar light + turbine rotor blade group of approximately the same diameter as the diameter of each section.   9-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing A variety of energy storage cycle coalescing engines, which are equipped with + intake air path length lens and heat and cold energy produced by sunlight + turbine rotor blade group having the same diameter and approximately the same diameter for each stage.   10-step metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + horizontal axis (1 h) rotation direction alternately metal sphere mercury gravity turbine driven + Equipped with an additional thrust bearing for hydraulic levitation + Thermal and cold heat production with suction air path length lens and sunlight + A variety of energy preservation with the rotor blade group of the turbine having the same diameter and the same shape for every paragraph Cycle coalescing agency.   Metal sphere mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal axis (1h) rotation direction alternately metal sphere mercury gravity turbine drive + various vessels (79V) injection driving force + hydraulic levitation levitation additional thrust bearing + suction air path length lens and heat and cold manufacturing with sunlight + fitting of moving blade group of turbine as same diameter of each stage Various energy storage cycle combined engines with bolt assembly turbines.   1-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + horizontal axis (1 h) rotation direction alternating metal sphere mercury gravity turbine driven + (79V) jet driving force of various passenger ships + hydraulic levitation levitation additional thrust bearing + suction air path length lens and heat and cold manufacturing with solar light + moving blade group of turbine as same diameter of each section Various energy storage cycle combined engines with mating bolt assembly turbines.   Two-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) drive by rotation direction alternate turbine + Various types of passenger ships driven by (79V) Injection driving force + Hydraulic levitation levitation additional thrust bearing + Intake air path length lens and thermal cooling manufacture with solar light + Turbine blade group of turbine with the same diameter and diameter As a mating bolt assembly turbine and various energy storage cycle combined engine.   Three-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal axis (1h) rotation direction alternating metal sphere mercury gravity turbine driven + (79V) jet driving force of various passenger ships + hydraulic levitation levitation additional thrust bearing + suction air path length lens and heat and cold manufacturing with solar light + moving blade group of turbine as same diameter of each section Various energy storage cycle combined engines with mating bolt assembly turbines.   4-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) Injection driving force + hydraulic levitation levitation additional thrust bearing + intake air path length lens and heat and cold heat production with sunlight + mating blade assembly of turbine blade group of each stage with the same diameter and diameter for each paragraph Various energy storage cycle combined engines with turbines.   5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + acceleration metal sphere mercury gravity turbine driven downward + various vessels ( 79V) Injection motive force drive + hydraulic levitation levitation additional thrust bearing + suction air path length lens and heat and cold heat manufacturing with sunlight + moving blade group of turbine with same diameter approximately the same shape every stage And various energy conservation cycle coalition agencies.   6-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + accelerated metal sphere mercury gravity turbine driven down + various vessels ( 79V) Injection motive force drive + Hydraulic levitation levitation additional thrust bearing + Intake air path length lens and heat and cold heat manufacture with sunlight + Mating rotor blade group of turbine with same diameter approximately same shape every paragraph Various energy storage cycle combined engines with bolt assembly turbines.   7-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + accelerating metal sphere mercury gravity turbine driven downward + various vessels ( 79V) Injection motive force drive + hydraulic levitation levitation additional thrust bearing + suction air path length lens and heat and cold heat manufacturing with sunlight + moving blade group of turbine with same diameter approximately the same shape every stage And various energy conservation cycle coalition agencies.   8-stage metal sphere mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal sphere mercury gravity turbine drive downward + various vessels ( 79V) Injection motive force drive + hydraulic levitation levitation additional thrust bearing + suction air path length lens and heat and cold heat manufacturing with sunlight + moving blade group of turbine with same diameter approximately the same shape every stage And various energy conservation cycle coalition agencies.   9-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + acceleration metal sphere mercury gravity turbine driven downward + various vessels ( 79V) Injection motive force drive + hydraulic levitation levitation additional thrust bearing + suction air path length lens and heat and cold heat manufacturing with sunlight + moving blade group of turbine with same diameter approximately the same shape every stage And various energy conservation cycle coalition agencies.   10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing A variety of energy storage cycle coalescing engines, which are equipped with + intake air path length lens and heat and cold energy produced by sunlight + turbine rotor blade group having the same diameter and approximately the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines, in which the moving blade group of the turbine is of the same diameter and shape with the same diameter for each stage, with the intake air path length lens and the solar light and heat and cold manufacturing.   1-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing A variety of energy storage cycle coalescing engines, which are equipped with + intake air path length lens and heat and cold energy produced by sunlight + turbine rotor blade group having the same diameter and approximately the same diameter for each stage.   Two-stage metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing A variety of energy storage cycle coalescing engines, which are equipped with + intake air path length lens and heat and cold energy produced by sunlight + turbine rotor blade group having the same diameter and approximately the same diameter for each stage.   Three-stage metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing A variety of energy storage cycle coalescing engines, which are equipped with + intake air path length lens and heat and cold heat produced by sunlight + each row of buckets of the turbine with the same diameter and substantially the same diameter for each paragraph.   4-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) + hydraulic floating additional thrust bearing A variety of energy storage cycle coalescing engines, each equipped with + intake air path length lens and heat and cold energy produced by sunlight + turbine rotor blade group having the same diameter and approximately the same diameter for each stage.   5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) + hydraulic floating additional thrust bearing A variety of energy storage cycle coalescing engines, each equipped with + intake air path length lens and heat and cold energy produced by sunlight + turbine rotor blade group having the same diameter and approximately the same diameter for each stage.   6-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) + hydraulic floating additional thrust bearing A variety of energy storage cycle coalescing engines, each equipped with + intake air path length lens and heat and cold energy produced by sunlight + turbine rotor blade group having the same diameter and approximately the same diameter for each stage.   7-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) + hydraulic floating additional thrust bearing A variety of energy storage cycle coalescing engines, each equipped with + intake air path length lens and heat and cold energy produced by sunlight + turbine rotor blade group having the same diameter and approximately the same diameter for each stage.   8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) + hydraulic floating additional thrust bearing A variety of energy storage cycle coalescing engines, each equipped with + intake air path length lens and heat and cold energy produced by sunlight + turbine rotor blade group having the same diameter and approximately the same diameter for each stage.   9-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing A variety of energy storage cycle coalescing engines, which are equipped with + intake air path length lens and heat and cold energy produced by sunlight + turbine rotor blade group having the same diameter and approximately the same diameter for each stage.   10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + liquid metal accelerated metal sphere mercury gravity turbine driven + hydraulic floating additional A variety of energy storage cycle coalescing engines, each equipped with a thrust bearing, + intake air path length lens, and thermal and cold manufacturing with solar light + turbine rotor blade group of approximately the same diameter as the diameter of each section.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines, in which the moving blade group of the turbine is of the same diameter and shape with the same diameter for each stage, with the intake air path length lens and the solar light and heat and cold manufacturing.   1-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + horizontal axis (1 h) rotation direction alternating metal sphere mercury gravity turbine driven + Various energy conservation cycle combined engines with hydraulic levitation additional thrust bearings + intake air path length lens and heat and cold manufacturing with solar light + turbine rotor blade group of the same diameter almost same shape for each stage .   Two-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + horizontal axis (1h) rotation direction alternating metal sphere mercury gravity turbine driven + Equipped with an additional thrust bearing for hydraulic levitation + Thermal and cold heat production with suction air path length lens and sunlight + A variety of energy preservation with the rotor blade group of the turbine having the same diameter and the same shape for every paragraph Cycle coalescing agency.   Three-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal axis (1h) rotation direction alternating metal sphere mercury gravity turbine driven + (79V) jet driving force of various passenger ships + hydraulic levitation levitation additional thrust bearing + suction air path length lens and heat and cold manufacturing with solar light + moving blade group of turbine as same diameter of each section Various energy storage cycle combined engines with mating bolt assembly turbines.   4-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) and driven by rotation direction alternate turbine + Various types of passenger ships driven by (79V) Injection driving force + Hydraulic levitation levitation additional thrust bearing + Intake air path length lens and thermal cooling manufacture with solar light + Turbine blade group of turbine with the same diameter and diameter As a mating bolt assembly turbine and various energy storage cycle combined engine.   5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) rotation direction alternating metal sphere mercury gravity turbine driven + (79V) jet driving force of various passenger ships + hydraulic levitation levitation additional thrust bearing + suction air path length lens and heat and cold manufacturing with solar light + moving blade group of turbine as same diameter of each section Various energy storage cycle combined engines with mating bolt assembly turbines.   6-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) Injection driving force + hydraulic levitation levitation additional thrust bearing + intake air path length lens and heat and cold manufacturing with sunlight + moving blade group of turbine with equal diameter and same shape for each stage Various energy conservation cycle union engine.   7-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) Injection driving force + hydraulic levitation levitation additional thrust bearing + intake air path length lens and heat and cold heat production with sunlight + mating blade assembly of turbine blade group of each stage with the same diameter and diameter for each paragraph Various energy storage cycle combined engines with turbines.   8-stage metal sphere mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal sphere mercury gravity turbine drive downward + various vessels ( 79V) Injection motive force drive + hydraulic levitation levitation additional thrust bearing + suction air path length lens and heat and cold heat manufacturing with sunlight + moving blade group of turbine with same diameter approximately the same shape every stage And various energy conservation cycle coalition agencies.   9-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + acceleration metal sphere mercury gravity turbine driven downward + various vessels ( 79V) Injection motive force drive + hydraulic levitation levitation additional thrust bearing + suction air path length lens and heat and cold heat manufacturing with sunlight + moving blade group of turbine with same diameter approximately the same shape every stage And various energy conservation cycle coalition agencies.   10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + accelerated metal sphere mercury gravity turbine driven down + various vessels (( 79V) Injection motive force drive + hydraulic levitation levitation additional thrust bearing + suction air path length lens and heat and cold heat manufacturing with sunlight + moving blade group of turbine with same diameter approximately the same shape every stage And various energy conservation cycle coalition agencies.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + hydraulic levitation levitation additional thrust bearing + intake air path length lens and heat and cold manufacturing with sunlight + moving blade group of turbine with equal diameter and same shape for each stage Various energy conservation cycle union engine.   1-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + acceleration metal sphere mercury gravity turbine driven downward + various vessels ( 79V) Injection motive force drive + hydraulic levitation levitation additional thrust bearing + suction air path length lens and heat and cold heat manufacturing with sunlight + moving blade group of turbine with same diameter approximately the same shape every stage And various energy conservation cycle coalition agencies.   Two-stage metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing A variety of energy storage cycle coalescing engines, which are equipped with + intake air path length lens and heat and cold energy produced by sunlight + turbine rotor blade group having the same diameter and approximately the same diameter for each stage.   Three-stage metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing A variety of energy storage cycle coalescing engines, which are equipped with + intake air path length lens and heat and cold energy produced by sunlight + turbine rotor blade group having the same diameter and approximately the same diameter for each stage.   4-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing A variety of energy storage cycle coalescing engines, which are equipped with + intake air path length lens and heat and cold energy produced by sunlight + turbine rotor blade group having the same diameter and approximately the same diameter for each stage.   5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing A variety of energy storage cycle coalescing engines, which are equipped with + intake air path length lens and heat and cold energy produced by sunlight + turbine rotor blade group having the same diameter and approximately the same diameter for each stage.   6-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing A variety of energy storage cycle coalescing engines, which are equipped with + intake air path length lens and heat and cold heat produced by sunlight + each row of buckets of the turbine with the same diameter and substantially the same diameter for each paragraph.   7-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) + hydraulic floating additional thrust bearing A variety of energy storage cycle coalescing engines, each equipped with + intake air path length lens and heat and cold energy produced by sunlight + turbine rotor blade group having the same diameter and approximately the same diameter for each stage.   8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) + hydraulic floating additional thrust bearing A variety of energy storage cycle coalescing engines, each equipped with + intake air path length lens and heat and cold energy produced by sunlight + turbine rotor blade group having the same diameter and approximately the same diameter for each stage.   9-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) + hydraulic floating additional thrust bearing A variety of energy storage cycle coalescing engines, each equipped with + intake air path length lens and heat and cold energy produced by sunlight + turbine rotor blade group having the same diameter and approximately the same diameter for each stage.   10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) + hydraulic floating additional thrust bearing A variety of energy storage cycle coalescing engines, each equipped with + intake air path length lens and heat and cold energy produced by sunlight + turbine rotor blade group having the same diameter and approximately the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing A variety of energy storage cycle coalescing engines, in which the rotating blade group of the turbine is manufactured by heat and cold heat production using a lens for suction air path length and sunlight and a turbine bolt group having the same diameter and diameter.   1-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + liquid metal accelerated metal sphere mercury gravity turbine driven + hydraulic floating additional A variety of energy storage cycle coalescing engines, each equipped with a thrust bearing, + intake air path length lens, and thermal and cold manufacturing with solar light + turbine rotor blade group of approximately the same diameter as the diameter of each section.   Two-stage metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing A variety of energy storage cycle coalescing engines, which are equipped with + intake air path length lens and heat and cold energy produced by sunlight + turbine rotor blade group having the same diameter and approximately the same diameter for each stage.   Three-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal axis (1h) rotation direction alternating metal sphere mercury gravity turbine driven + Various energy conservation cycle combined engines with hydraulic levitation additional thrust bearings + intake air path length lens and heat and cold manufacturing with solar light + turbine rotor blade group of the same diameter almost same shape for each stage .   4-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + horizontal axis (1 h) rotation direction alternating metal sphere mercury gravity turbine driven + Various energy conservation cycle combined engines with hydraulic levitation additional thrust bearings + intake air path length lens and heat and cold manufacturing with solar light + turbine rotor blade group of the same diameter almost same shape for each stage .   5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) rotation direction alternating metal sphere mercury gravity turbine driven + Equipped with an additional thrust bearing for hydraulic levitation + Thermal and cold heat production with suction air path length lens and sunlight + A variety of energy preservation with the rotor blade group of the turbine having the same diameter and the same shape for every paragraph Cycle coalescing agency.   6-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) and driven by rotation direction alternate turbine + Various types of passenger ships driven by (79V) Injection driving force + Hydraulic levitation levitation additional thrust bearing + Intake air path length lens and thermal cooling manufacture with solar light + Turbine blade group of turbine with the same diameter and diameter As a mating bolt assembly turbine and various energy storage cycle combined engine.   7-step metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + horizontal axis (1 h) rotation direction alternating metal sphere mercury gravity turbine driven + (79V) jet driving force of various passenger ships + hydraulic levitation levitation additional thrust bearing + suction air path length lens and heat and cold manufacturing with solar light + moving blade group of turbine as same diameter of each section Various energy storage cycle combined engines with mating bolt assembly turbines.   8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) Injection driving force + hydraulic levitation levitation additional thrust bearing + intake air path length lens and heat and cold manufacturing with sunlight + moving blade group of turbine with equal diameter and same shape for each stage Various energy conservation cycle union engine.   9-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) Injection driving force + hydraulic levitation levitation additional thrust bearing + intake air path length lens and heat and cold manufacturing with sunlight + moving blade group of turbine with equal diameter and same shape for each stage Various energy conservation cycle union engine.   10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) Injection driving force + hydraulic levitation levitation additional thrust bearing + intake air path length lens and heat and cold heat production with sunlight + mating blade assembly of turbine blade group of each stage with the same diameter and diameter for each paragraph Various energy storage cycle combined engines with turbines.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + hydraulic levitation levitation additional thrust bearing + intake air path length lens and heat and cold manufacturing with sunlight + moving blade group of turbine with equal diameter and same shape for each stage Various energy conservation cycle union engine.   1-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + acceleration metal sphere mercury gravity turbine driven downward + various vessels ( 79V) Injection motive force drive + hydraulic levitation levitation additional thrust bearing + suction air path length lens and heat and cold heat manufacturing with sunlight + moving blade group of turbine with same diameter approximately the same shape every stage And various energy conservation cycle coalition agencies.   Two-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + acceleration metal sphere mercury gravity turbine driven downward + various vessels ( 79V) Injection motive force drive + hydraulic levitation levitation additional thrust bearing + suction air path length lens and heat and cold heat manufacturing with sunlight + moving blade group of turbine with same diameter approximately the same shape every stage And various energy conservation cycle coalition agencies.   Three-stage metal sphere mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + acceleration metal sphere mercury gravity turbine drive downward + various vessels ( 79V) Injection motive force drive + hydraulic levitation levitation additional thrust bearing + suction air path length lens and heat and cold heat manufacturing with sunlight + moving blade group of turbine with same diameter approximately the same shape every stage And various energy conservation cycle coalition agencies.   4-stage metal sphere mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + acceleration metal sphere mercury gravity turbine drive down + various vessels (( 79V) Injection motive force drive + hydraulic levitation levitation additional thrust bearing + suction air path length lens and heat and cold heat manufacturing with sunlight + moving blade group of turbine with same diameter approximately the same shape every stage And various energy conservation cycle coalition agencies.   5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing A variety of energy storage cycle coalescing engines, which are equipped with + intake air path length lens and heat and cold energy produced by sunlight + turbine rotor blade group having the same diameter and approximately the same diameter for each stage.   6-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing A variety of energy storage cycle coalescing engines, which are equipped with + intake air path length lens and heat and cold energy produced by sunlight + turbine rotor blade group having the same diameter and approximately the same diameter for each stage.   7-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing A variety of energy storage cycle coalescing engines, which are equipped with + intake air path length lens and heat and cold energy produced by sunlight + turbine rotor blade group having the same diameter and approximately the same diameter for each stage.   8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing A variety of energy storage cycle coalescing engines, which are equipped with + intake air path length lens and heat and cold energy produced by sunlight + turbine rotor blade group having the same diameter and approximately the same diameter for each stage.   9-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing A variety of energy storage cycle coalescing engines, which are equipped with + intake air path length lens and heat and cold heat produced by sunlight + each row of buckets of the turbine with the same diameter and substantially the same diameter for each paragraph.   10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) + hydraulic floating additional thrust bearing A variety of energy storage cycle coalescing engines, each equipped with + intake air path length lens and heat and cold energy produced by sunlight + turbine rotor blade group having the same diameter and approximately the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing A variety of energy storage cycle coalescing engines, in which the rotating blade group of the turbine is manufactured by heat and cold heat production using a lens for suction air path length and sunlight and a turbine bolt group having the same diameter and diameter.   1-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) + hydraulic floating additional thrust bearing A variety of energy storage cycle coalescing engines, each equipped with + intake air path length lens and heat and cold energy produced by sunlight + turbine rotor blade group having the same diameter and approximately the same diameter for each stage.   Two-stage metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) + hydraulic floating additional thrust bearing A variety of energy storage cycle coalescing engines, each equipped with + intake air path length lens and heat and cold energy produced by sunlight + turbine rotor blade group having the same diameter and approximately the same diameter for each stage.   Three-stage metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) + hydraulic floating additional thrust bearing A variety of energy storage cycle coalescing engines, each equipped with + intake air path length lens and heat and cold energy produced by sunlight + turbine rotor blade group having the same diameter and approximately the same diameter for each stage.   4-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing A variety of energy storage cycle coalescing engines, which are equipped with + intake air path length lens and heat and cold energy produced by sunlight + turbine rotor blade group having the same diameter and approximately the same diameter for each stage.   5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) rotation direction alternating metal sphere mercury gravity turbine driven + Various energy conservation cycle combined engines with hydraulic levitation additional thrust bearings + intake air path length lens and heat and cold manufacturing with solar light + turbine rotor blade group of the same diameter almost same shape for each stage .   6-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + horizontal axis (1 h) rotation direction alternating metal sphere mercury gravity turbine driven + Various energy conservation cycle combined engines with hydraulic levitation additional thrust bearings + intake air path length lens and heat and cold manufacturing with solar light + turbine rotor blade group of the same diameter almost same shape for each stage .   7-step metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + horizontal axis (1 h) rotation direction alternating metal sphere mercury gravity turbine driven + Various energy conservation cycle combined engines with hydraulic levitation additional thrust bearings + intake air path length lens and heat and cold manufacturing with solar light + turbine rotor blade group of the same diameter almost same shape for each stage .   8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) and driven by rotation direction alternate turbine + Hydraulic levitation + Addition thrust bearing + Suction air path length lens and heat and cold manufacture with sun light + Various energy with the rotor blade group of the turbine having the same diameter and the same shape for every paragraph Preservation cycle union agency.   9-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + horizontal axis (1h) rotation direction alternating metal sphere mercury gravity turbine driven + (79V) jet driving force of various passenger ships + hydraulic levitation levitation additional thrust bearing + suction air path length lens and heat and cold manufacturing with solar light + moving blade group of turbine as same diameter of each section Various energy storage cycle combined engines with mating bolt assembly turbines.   10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) Injection driving force + hydraulic levitation levitation additional thrust bearing + intake air path length lens and heat and cold manufacturing with sunlight + moving blade group of turbine with equal diameter and same shape for each stage Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulically levitated additional thrust bearings + intake air path length lens and heat and cold manufacturing with solar light + turbine blades of the same diameter for each stage with mating bolt assembly turbine various energy Preservation cycle union agency.   1-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) Injection driving force + hydraulic levitation levitation additional thrust bearing + intake air path length lens and heat and cold manufacturing with sunlight + moving blade group of turbine with equal diameter and same shape for each stage Various energy conservation cycle union engine.   Two-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) Injection driving force + hydraulic levitation levitation additional thrust bearing + intake air path length lens and heat and cold heat production with sunlight + mating blade assembly of turbine blade group of each stage with the same diameter and diameter for each paragraph Various energy storage cycle combined engines with turbines.   Three-stage metal sphere mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + acceleration metal sphere mercury gravity turbine drive downward + various vessels ( 79V) Injection motive force drive + hydraulic levitation levitation additional thrust bearing + suction air path length lens and heat and cold heat manufacturing with sunlight + moving blade group of turbine with same diameter approximately the same shape every stage And various energy conservation cycle coalition agencies.   4-stage metal sphere mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + acceleration metal sphere mercury gravity turbine drive down + various vessels (( 79V) Injection motive force drive + hydraulic levitation levitation additional thrust bearing + suction air path length lens and heat and cold heat manufacturing with sunlight + moving blade group of turbine with same diameter approximately the same shape every stage And various energy conservation cycle coalition agencies.   5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + acceleration metal sphere mercury gravity turbine driven downward + various vessels ( 79V) Injection motive force drive + hydraulic levitation levitation additional thrust bearing + suction air path length lens and heat and cold heat manufacturing with sunlight + moving blade group of turbine with same diameter approximately the same shape every stage And various energy conservation cycle coalition agencies.   6-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + accelerated metal sphere mercury gravity turbine driven down + various vessels ( 79V) Injection motive force drive + hydraulic levitation levitation additional thrust bearing + suction air path length lens and heat and cold heat manufacturing with sunlight + moving blade group of turbine with same diameter approximately the same shape every stage And various energy conservation cycle coalition agencies.   7-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + accelerating metal sphere mercury gravity turbine driven downward + various vessels ( 79V) Injection motive force drive + hydraulic levitation levitation additional thrust bearing + suction air path length lens and heat and cold heat manufacturing with sunlight + moving blade group of turbine with same diameter approximately the same shape every stage And various energy conservation cycle coalition agencies.   8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing A variety of energy storage cycle coalescing engines, which are equipped with + intake air path length lens and heat and cold energy produced by sunlight + turbine rotor blade group having the same diameter and approximately the same diameter for each stage.   9-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing A variety of energy storage cycle coalescing engines, which are equipped with + intake air path length lens and heat and cold energy produced by sunlight + turbine rotor blade group having the same diameter and approximately the same diameter for each stage.   10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing A variety of energy storage cycle coalescing engines, which are equipped with + intake air path length lens and heat and cold energy produced by sunlight + turbine rotor blade group having the same diameter and approximately the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines, in which the moving blade group of the turbine is of the same diameter and shape with the same diameter for each stage, with the intake air path length lens and the solar light and heat and cold manufacturing.   1-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing A variety of energy storage cycle coalescing engines, which are equipped with + intake air path length lens and heat and cold heat produced by sunlight + each row of buckets of the turbine with the same diameter and substantially the same diameter for each paragraph.   Two-stage metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) + hydraulic floating additional thrust bearing A variety of energy storage cycle coalescing engines, each equipped with + intake air path length lens and heat and cold energy produced by sunlight + turbine rotor blade group having the same diameter and approximately the same diameter for each stage.   Three-stage metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) + hydraulic floating additional thrust bearing A variety of energy storage cycle coalescing engines, each equipped with + intake air path length lens and heat and cold energy produced by sunlight + turbine rotor blade group having the same diameter and approximately the same diameter for each stage.   4-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) + hydraulic floating additional thrust bearing A variety of energy storage cycle coalescing engines, each equipped with + intake air path length lens and heat and cold energy produced by sunlight + turbine rotor blade group having the same diameter and approximately the same diameter for each stage.   5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) + hydraulic floating additional thrust bearing A variety of energy storage cycle coalescing engines, each equipped with + intake air path length lens and heat and cold energy produced by sunlight + turbine rotor blade group having the same diameter and approximately the same diameter for each stage.   6-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) + hydraulic floating additional thrust bearing A variety of energy storage cycle coalescing engines, each equipped with + intake air path length lens and heat and cold energy produced by sunlight + turbine rotor blade group having the same diameter and approximately the same diameter for each stage.   7-step metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + horizontal axis (1 h) rotation direction alternating metal sphere mercury gravity turbine driven + Various energy conservation cycle combined engines with hydraulic levitation additional thrust bearings + intake air path length lens and heat and cold manufacturing with solar light + turbine rotor blade group of the same diameter almost same shape for each stage .   8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal axis (1h) rotation direction alternating metal sphere mercury gravity turbine driven + Various energy conservation cycle combined engines with hydraulic levitation additional thrust bearings + intake air path length lens and heat and cold manufacturing with solar light + turbine rotor blade group of the same diameter almost same shape for each stage .   9-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + horizontal axis (1h) rotation direction alternating metal sphere mercury gravity turbine driven + Various energy conservation cycle combined engines with hydraulic levitation additional thrust bearings + intake air path length lens and heat and cold manufacturing with solar light + turbine rotor blade group of the same diameter almost same shape for each stage .   10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) drive with rotation direction alternate turbine + Hydraulic levitation + Additional thrust bearing + Suction air path length lens and heat and cold manufacturing with sunlight + Turbine blade group with same diameter and same shape for every stage organ.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + horizontal axis (1h) rotation direction alternately metal ball mercury gravity turbine driven + hydraulic levitation Equipped with additional thrust bearings + Produce thermal / thermal energy with suction air path length lens and solar light + Various energy conservation cycle combination by making the rotor blade group of the turbine into the same diameter approximately the same shape for every paragraph organ.   1-stage water gravity metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipment + various passenger vessels ( 79V) Injection motive force drive + hydraulic levitation levitation additional thrust bearing + suction air path length lens and heat and cold heat manufacturing with sunlight + moving blade group of turbine with same diameter approximately the same shape every stage And various energy conservation cycle coalition agencies.   Two-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) Injection driving force + hydraulic levitation levitation additional thrust bearing + intake air path length lens and heat and cold manufacturing with sunlight + moving blade group of turbine with equal diameter and same shape for each stage Various energy conservation cycle union engine.   Three-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) Injection driving force + hydraulic levitation levitation additional thrust bearing + intake air path length lens and heat and cold manufacturing with sunlight + moving blade group of turbine with equal diameter and same shape for each stage Various energy conservation cycle union engine.   4-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) Injection driving force + hydraulic levitation levitation additional thrust bearing + intake air path length lens and heat and cold manufacturing with sunlight + moving blade group of turbine with equal diameter and same shape for each stage Various energy conservation cycle union engine.   5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) Injection driving force + hydraulic levitation levitation additional thrust bearing + intake air path length lens and heat and cold heat production with sunlight + mating blade assembly of turbine blade group of each stage with the same diameter and diameter for each paragraph Various energy storage cycle combined engines with turbines.   6-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + accelerated metal sphere mercury gravity turbine driven down + various vessels ( 79V) Injection motive force drive + hydraulic levitation levitation additional thrust bearing + suction air path length lens and heat and cold heat manufacturing with sunlight + moving blade group of turbine with same diameter approximately the same shape every stage And various energy conservation cycle coalition agencies.   7-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + accelerating metal sphere mercury gravity turbine driven downward + various vessels ( 79V) Injection motive force drive + hydraulic levitation levitation additional thrust bearing + suction air path length lens and heat and cold heat manufacturing with sunlight + moving blade group of turbine with same diameter approximately the same shape every stage And various energy conservation cycle coalition agencies.   8-stage metal sphere mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal sphere mercury gravity turbine drive downward + various vessels ( 79V) Injection motive force drive + hydraulic levitation levitation additional thrust bearing + suction air path length lens and heat and cold heat manufacturing with sunlight + moving blade group of turbine with same diameter approximately the same shape every stage And various energy conservation cycle coalition agencies.   9-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + acceleration metal sphere mercury gravity turbine driven downward + various vessels ( 79V) Injection motive force drive + hydraulic levitation levitation additional thrust bearing + suction air path length lens and heat and cold heat manufacturing with sunlight + moving blade group of turbine with same diameter approximately the same shape every stage And various energy conservation cycle coalition agencies.   10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + accelerated metal sphere mercury gravity turbine driven down + various vessels (( 79V) Injection motive force drive + hydraulic levitation levitation additional thrust bearing + suction air path length lens and heat and cold heat manufacturing with sunlight + moving blade group of turbine with same diameter approximately the same shape every stage And various energy conservation cycle coalition agencies.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + CO2 exhaust with small injection propulsion output increase + hydraulic levitation levitation additional thrust bearing + A variety of energy storage cycle coalescing engines, in which the rotating blade group of the turbine is of the same diameter and substantially the same diameter in each stage, and which produces thermal cooling using an intake air path length lens and sunlight.   1-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + CO2 exhaust small amount injection propulsion output increase + hydraulic levitation levitation additional thrust bearing A variety of energy storage cycle coalescing engines, in which the rotating blade group of the turbine is manufactured by heat and cold heat production using a lens for suction air path length and sunlight and a turbine bolt group having the same diameter and diameter.   Two-stage metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + CO2 exhaust small amount injection propulsion output increase + hydraulic levitation levitation additional thrust bearing A variety of energy storage cycle coalescing engines, in which the rotating blade group of the turbine is manufactured by heat and cold heat production using a lens for suction air path length and sunlight and a turbine bolt group having the same diameter and diameter.   Three-stage metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + CO2 exhaust small amount injection propulsion output increase + hydraulic levitation levitation additional thrust bearing A variety of energy storage cycle coalescing engines, in which the rotating blade group of the turbine is manufactured by heat and cold heat production using a lens for suction air path length and sunlight and a turbine bolt group having the same diameter and diameter.   Four-stage metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + CO2 exhaust slight increase in injection propulsion output + hydraulic levitation levitation additional thrust bearing A variety of energy storage cycle coalescing engines, in which the rotating blade group of the turbine is manufactured by heat and cold heat production using a lens for suction air path length and sunlight and a turbine bolt group having the same diameter and diameter.   5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing A variety of energy storage cycle coalescing engines, which are equipped with + intake air path length lens and heat and cold energy produced by sunlight + turbine rotor blade group having the same diameter and approximately the same diameter for each stage.   6-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing A variety of energy storage cycle coalescing engines, which are equipped with + intake air path length lens and heat and cold energy produced by sunlight + turbine rotor blade group having the same diameter and approximately the same diameter for each stage.   7-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + liquid metal accelerated metal sphere mercury gravity turbine driven + hydraulic floating additional A variety of energy storage cycle coalescing engines, each equipped with a thrust bearing, + intake air path length lens, and thermal and cold manufacturing with solar light + turbine rotor blade group of approximately the same diameter as the diameter of each section.   8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Equipped with suction air path length lens and heat and cold by solar light + Various energy storage cycle combined engines with fully automatic machining possible as the moving blade group of the turbine has the same diameter and almost same shape for each stage.   9-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + horizontal axis (1h) rotation direction alternating metal sphere mercury gravity turbine driven + Equipped with a thrust bearing with additional hydraulic levitation + a suction air path length lens and thermal / cold manufacturing with solar light + moving blade group of a turbine that can be fully automatically processed with the same diameter of the same diameter for each stage Various energy conservation cycle union engine.   10-step metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + horizontal axis (1 h) rotation direction alternately metal sphere mercury gravity turbine driven + Various energy conservation cycle combined engines with hydraulic levitation additional thrust bearings + intake air path length lens and heat and cold manufacturing with solar light + turbine rotor blade group of the same diameter almost same shape for each stage .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + horizontal axis (1h) rotation direction alternately metal ball mercury gravity turbine driven + hydraulic levitation A variety of energy storage cycle combined engines, with additional thrust bearings, + intake air path length lenses, and thermal and cold heat production with solar light + turbine rotor blade groups of approximately the same diameter and diameter with each stage.   1-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) drive with rotation direction alternate turbine + Hydraulic levitation + Additional thrust bearing + Suction air path length lens and heat and cold manufacturing with sunlight + Turbine blade group with same diameter and same shape for every stage organ.   Two-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + horizontal axis (1h) rotation direction alternating metal sphere mercury gravity turbine driven + Equipped with additional thrust bearings for hydraulic levitation + Thermal and cold heat production with suction air path length lens and sunlight + Fully automatic processing Various types of turbine blade groups having the same diameter and shape with the same diameter for each stage Energy Conservation Cycle Coalition Agency.   Three-stage metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing A variety of energy storage cycle coalescing engines that use + intake air path length lenses and thermal / cold energy with solar light + moving blade groups of turbines that can be fully automatically processed with the same diameter and substantially the same diameter for each stage.   4-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo vessels (79 V ) Injection driving force + hydraulic levitation levitation additional thrust bearing + intake air path length lens and heat and cold manufacturing with solar light + turbine rotor blade group with the same diameter approximately the same shape for every stage Various energy conservation cycle coalition agencies.   5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo vessels (79 V ) Injection driving force + hydraulic levitation levitation additional thrust bearing + intake air path length lens and heat and cold manufacturing with solar light + turbine rotor blade group with the same diameter approximately the same shape for every stage Various energy conservation cycle coalition agencies.   6-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo vessels (79 V ) Injection driving force + hydraulic levitation levitation additional thrust bearing + intake air path length lens and heat and cold manufacturing with solar light + turbine rotor blade group with the same diameter approximately the same shape for every stage Various energy conservation cycle coalition agencies.   7-step metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipment + various cargo vessels (79 V ) Propelled driving + hydraulic levitation + Additional thrust bearing + Suction air path length lens and heat and cold manufacturing with sunlight + Fully automatic processable turbine blade group is fitted with the same diameter and almost same shape Various energy storage cycle combined engines with combined bolt assembly turbines.   8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo vessels (79 V ) Injecting propulsive force driving + hydraulic levitation levitation additional thrust bearing + intake air path length lens and heat and cold manufacturing with solar light + moving blade group of turbines capable of fully automatic processing is of the same diameter approximately the same size Various energy storage cycle combined engines with mating bolt assembly turbines.   9-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo vessels (79 V ) Injection driving force + hydraulic levitation levitation additional thrust bearing + intake air path length lens and heat and cold manufacturing with solar light + turbine rotor blade group with the same diameter approximately the same shape for every stage Various energy conservation cycle coalition agencies.   10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipment + various cargo vessels (79 V ) Injection driving force + hydraulic levitation levitation additional thrust bearing + intake air path length lens and heat and cold manufacturing with solar light + turbine rotor blade group with the same diameter approximately the same shape for every stage Various energy conservation cycle coalition agencies.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + suction air path length lens and heat and cold manufacturing with solar light + various types of turbine blade groups having the same diameter and diameter for each stage Energy Conservation Cycle Coalition Agency.   1-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipment + various cargo vessels (79 V ) Injection driving force + hydraulic levitation levitation additional thrust bearing + intake air path length lens and heat and cold manufacturing with solar light + turbine rotor blade group with the same diameter approximately the same shape for every stage Various energy conservation cycle coalition agencies.   Two-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipment + various cargo vessels (79 V ) Injection driving force + hydraulic levitation levitation additional thrust bearing + intake air path length lens and heat and cold manufacturing with solar light + turbine rotor blade group with the same diameter approximately the same shape for every stage Various energy conservation cycle coalition agencies.   Three-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipment + various cargo vessels (79 V ) Injection driving force + hydraulic levitation levitation additional thrust bearing + intake air path length lens and heat and cold manufacturing with solar light + turbine rotor blade group with the same diameter approximately the same shape for every stage Various energy conservation cycle coalition agencies.   4-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo vessels (79 V ) Injection driving force + hydraulic levitation levitation additional thrust bearing + intake air path length lens and heat and cold manufacturing with solar light + turbine rotor blade group with the same diameter approximately the same shape for every stage Various energy conservation cycle coalition agencies.   5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo vessels (79 V ) Injection driving force + hydraulic levitation levitation additional thrust bearing + intake air path length lens and heat and cold manufacturing with solar light + turbine rotor blade group with the same diameter approximately the same shape for every stage Various energy conservation cycle coalition agencies.   6-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo vessels (79 V ) Injection driving force + hydraulic levitation levitation additional thrust bearing + intake air path length lens and heat and cold manufacturing with solar light + turbine rotor blade group with the same diameter approximately the same shape for every stage Various energy conservation cycle coalition agencies.   7-step metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipment + various cargo vessels (79 V ) Injection driving force + hydraulic levitation levitation additional thrust bearing + intake air path length lens and heat and cold manufacturing with solar light + turbine rotor blade group with the same diameter approximately the same shape for every stage Various energy conservation cycle coalition agencies.   8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo vessels (79 V ) Injection driving force + hydraulic levitation levitation additional thrust bearing + intake air path length lens and heat and cold manufacturing with solar light + turbine rotor blade group with the same diameter approximately the same shape for every stage Various energy conservation cycle coalition agencies.   9-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + liquid metal accelerated metal sphere mercury gravity turbine driven + various cargo ships (79V) injection driving force + hydraulic floating levitation additional thrust bearing + suction air path length lens and heat and cold manufacturing with solar light + turbine rotor blade group with the same diameter approximately the same shape for each paragraph mating bolt Various energy storage cycle combined engines with an assembled turbine.   10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipment + various cargo vessels (79 V ) Injection driving force + hydraulic levitation levitation additional thrust bearing + intake air path length lens and heat and cold manufacturing with solar light + turbine rotor blade group with the same diameter approximately the same shape for every stage Various energy conservation cycle coalition agencies.   Metal sphere mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal axis (1h) rotation direction alternately metal sphere mercury gravity turbine drive + various cargo (79V) jet propulsion driving of ships + hydraulic levitation levitation additional thrust bearing + suction air path length lens and heat and cold manufacturing with sunlight + fitting of moving blade group of turbine as same diameter of each stage Various energy storage cycle combined engines with combined bolt assembly turbines.   1-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + horizontal axis (1 h) rotation direction alternating metal sphere mercury gravity turbine driven + (79V) injection propulsion drive of various cargo ships + hydraulic levitation levitation additional thrust bearing + suction air path length lens and thermal cooling manufacture with solar light + moving blade group of turbine same diameter of each section As a mating bolt assembly turbine and various energy storage cycle combined engine.   Two-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + horizontal axis (1h) rotation direction alternating metal sphere mercury gravity turbine driven + (79V) injection propulsion drive of various cargo ships + hydraulic levitation levitation additional thrust bearing + intake air path length lens and heat and cold heat production with sunlight + fully automatic processable turbine blade group capable of automatic processing Various energy storage cycle combined engines with fitting bolt assembly turbine as same diameter almost same shape.   Three-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) and driven by rotation direction alternate turbine + Various cargo ships (79V) Propulsion driving force + Hydraulic levitation levitation additional thrust bearing + Intake air path length lens and heat and cold heat production with sunlight + Fully automatic processing of turbine blade group possible for automatic processing Various energy storage cycle combined engines with fitting bolt assembly turbine as same diameter approximately same shape every paragraph.   4-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + horizontal axis (1 h) rotation direction alternating metal sphere mercury gravity turbine driven + (79V) injection propulsion drive of various cargo ships + hydraulic levitation levitation additional thrust bearing + intake air path length lens and heat and cold heat production with sunlight + fully automatic processable turbine blade group capable of automatic processing Various energy storage cycle combined engines with fitting bolt assembly turbine as same diameter almost same shape.   5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo vessels (79 V ) Propelled driving + hydraulic levitation + Additional thrust bearing + Suction air path length lens and heat and cold manufacturing with sunlight + Fully automatic processable turbine blade group is fitted with the same diameter and almost same shape Various energy storage cycle combined engines with combined bolt assembly turbines.   6-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo vessels (79 V ) Propelled driving + hydraulic levitation + Additional thrust bearing + Suction air path length lens and heat and cold manufacturing with sunlight + Fully automatic processable turbine blade group is fitted with the same diameter and almost same shape Various energy storage cycle combined engines with combined bolt assembly turbines.   7-step metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipment + various cargo vessels (79 V ) Injecting propulsive force driving + hydraulic levitation levitation additional thrust bearing + intake air path length lens and heat and cold manufacturing with solar light + moving blade group of turbines capable of fully automatic processing is of the same diameter approximately the same size Various energy storage cycle combined engines with mating bolt assembly turbines.   8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo vessels (79 V ) Injecting propulsive force driving + hydraulic levitation levitation additional thrust bearing + intake air path length lens and heat and cold manufacturing with solar light + moving blade group of turbines capable of fully automatic processing is of the same diameter approximately the same size Various energy storage cycle combined engines with mating bolt assembly turbines.   9-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo vessels (79 V ) Injecting propulsive force driving + hydraulic levitation levitation additional thrust bearing + intake air path length lens and heat and cold manufacturing with solar light + moving blade group of turbines capable of fully automatic processing is of the same diameter approximately the same size Various energy storage cycle combined engines with mating bolt assembly turbines.   10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipment + various cargo vessels (79 V ) Injecting propulsive force driving + hydraulic levitation levitation additional thrust bearing + intake air path length lens and heat and cold manufacturing with solar light + moving blade group of turbines capable of fully automatic processing is of the same diameter approximately the same size Various energy storage cycle combined engines with mating bolt assembly turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + suction air path length lens and heat and cold manufacturing with solar light + fitting of moving blade group of turbine capable of fully automatic processing as same diameter of each stage Various energy storage cycle combined engines with bolt assembly turbines.   1-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipment + various cargo vessels (79 V ) Injection driving force + hydraulic levitation levitation additional thrust bearing + intake air path length lens and heat and cold manufacturing with solar light + turbine rotor blade group with the same diameter approximately the same shape for every stage Various energy conservation cycle coalition agencies.   Two-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipment + various cargo vessels (79 V ) Injection driving force + hydraulic levitation levitation additional thrust bearing + intake air path length lens and heat and cold manufacturing with solar light + turbine rotor blade group with the same diameter approximately the same shape for every stage Various energy conservation cycle coalition agencies.   Three-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipment + various cargo vessels (79 V ) Injection driving force + hydraulic levitation levitation additional thrust bearing + intake air path length lens and heat and cold manufacturing with solar light + turbine rotor blade group with the same diameter approximately the same shape for every stage Various energy conservation cycle coalition agencies.   4-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo vessels (79 V ) Injection driving force + hydraulic levitation levitation additional thrust bearing + intake air path length lens and heat and cold manufacturing with solar light + turbine rotor blade group with the same diameter approximately the same shape for every stage Various energy conservation cycle coalition agencies.   5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo vessels (79 V ) Injection driving force + hydraulic levitation levitation additional thrust bearing + intake air path length lens and heat and cold manufacturing with solar light + turbine rotor blade group with the same diameter approximately the same shape for every stage Various energy conservation cycle coalition agencies.   6-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + gravity, sunlight and surface tension Maximize use of water + rotatably mountable water jet + hydraulic floating levitation additional thrust bearing + suction air path length lens and heat and cold heat manufacturing with sunlight + moving blade group of turbine same period Various energy storage cycle combined engines with mating bolt assembly turbines with approximately the same diameter.   7-step metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + gravity, sunlight and surface tension Maximize use of water + rotatably mountable water jet + hydraulic floating levitation additional thrust bearing + suction air path length lens and heat and cold heat manufacturing with sunlight + moving blade group of turbine same period Various energy storage cycle combined engines with mating bolt assembly turbines with approximately the same diameter.   8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + gravity, sunlight and surface tension Maximize use of water + rotatably mountable water jet + hydraulic floating levitation additional thrust bearing + suction air path length lens and heat and cold heat manufacturing with sunlight + moving blade group of turbine same period Various energy storage cycle combined engines with mating bolt assembly turbines with approximately the same diameter.   9-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + gravity, sunlight and surface tension Make maximum use of water + rotatably mount water jets + hydraulically levitated additional thrust bearings + suction air path length lens and heat and cool by solar light + fully automatic processable turbine blade Various energy conservation cycle combined engines which set the group as fitting bolt assembly turbine with the same diameter and the same diameter every paragraph.   10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + gravity, sunlight and surface tension Make maximum use of water + rotatably mount water jets + hydraulically levitated additional thrust bearings + suction air path length lens and heat and cool with solar light + fully automatic processable turbine motion Various energy storage cycle coalescing engines, which use a blade assembly with a bolt assembly and a turbine assembly with approximately the same diameter and diameter.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + liquid metal accelerated metal ball mercury gravity turbine driven + hydraulic levitation additional thrust bearing A variety of energy storage cycle coalescing engines, each equipped with + intake air path length lens and heat and cold energy produced by sunlight + turbine rotor blade group having the same diameter and approximately the same diameter for each stage.   1-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing A variety of energy storage cycle coalescing engines, which are equipped with + intake air path length lens and heat and cold energy produced by sunlight + turbine rotor blade group having the same diameter and approximately the same diameter for each stage.   Two-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + horizontal axis (1h) rotation direction alternating metal sphere mercury gravity turbine driven + Various energy conservation cycle combined engines with hydraulic levitation additional thrust bearings + intake air path length lens and heat and cold manufacturing with solar light + turbine rotor blade group of the same diameter almost same shape for each stage .   Three-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal axis (1h) rotation direction alternating metal sphere mercury gravity turbine driven + Equipped with additional thrust bearings for hydraulic levitation + Thermal and cold heat production with suction air path length lens and sunlight + Fully automatic processing Various types of turbine blade groups having the same diameter and shape with the same diameter for each stage Energy Conservation Cycle Coalition Agency.   4-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + horizontal axis (1 h) rotation direction alternating metal sphere mercury gravity turbine driven + Equipped with a thrust bearing with additional hydraulic levitation + a suction air path length lens and thermal / cold manufacturing with solar light + moving blade group of a turbine that can be fully automatically processed with the same diameter of the same diameter for each stage Various energy conservation cycle union engine.   5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) + liquid metal to small diameter A variety of energy storage cycle coalescing engines, in which the rotating blade group of the turbine is manufactured by heat and cold heat production using a lens for suction air path length and sunlight and a turbine bolt group having the same diameter and diameter.   6-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) + liquid metal to small diameter + Thermal and cold heat production with suction air path length lens and sunlight + Various energy storage cycle combined engines with fully automatic machined turbine blade group with the same diameter and almost same shape for each stage.   7-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) + liquid metal to small diameter accelerate + Thermal and cold heat production with suction air path length lens and sunlight + Various energy storage cycle combined engines with fully automatic machined turbine blade group with the same diameter and almost same shape for each stage.   8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) + liquid metal to small diameter + Thermal and cold heat production with suction air path length lens and sunlight + Various energy storage cycle combined engines with fully automatic machined turbine blade group with the same diameter and almost same shape for each stage.   9-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) + liquid metal to small diameter + Thermal and cold heat production with suction air path length lens and sunlight + Various energy storage cycle combined engines with fully automatic machined turbine blade group with the same diameter and almost same shape for each stage.   10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + metal sphere mercury acceleration to accelerate A variety of energy storage cycle coalescing engines with metal ball mercury gravity turbine driven + intake air path length lens and heat and cold heat produced by sunlight + turbine rotor blade group having the same diameter and almost same shape for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + horizontal axis (1 h) equipped + metal ball mercury accelerating to metal ball mercury accelerating A variety of energy storage cycle combined engines with mercury gravity turbine driven + intake air path length lens and heat and cold manufacturing with solar light + turbine rotor blade group having the same diameter and approximately the same diameter for each stage.   1-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + metal sphere mercury accelerating A variety of energy storage cycle coalescing engines with metal ball mercury gravity turbine driven + intake air path length lens and heat and cold heat produced by sunlight + turbine rotor blade group having the same diameter and almost same shape for each stage.   Two-stage metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + metal ball mercury acceleration to accelerate Metal ball mercury Gravity turbine driven + Intake air path length lens and heat and cold manufacturing with sunlight + Fully automatic processing Capable blade assembly of the turbine with the same diameter almost same shape every stage Various energy conservation as a mating bolt assembly turbine Cycle coalescing agency.   Three-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + metal sphere mercury accelerating Metal ball Mercury Gravity turbine driven + Intake air path length lens and heat and cold energy production with sunlight + A fully automatic machined turbine blade with the same diameter of almost the same diameter for every stage Various bolting turbines with various energy Preservation cycle union agency.   4-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) Injection driving force + hydraulic levitation levitation additional thrust bearing + intake air path length lens and heat and cold manufacturing with sunlight + moving blade group of turbine with equal diameter and same shape for each stage Various energy conservation cycle union engine.   5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) Injection driving force + hydraulic levitation levitation additional thrust bearing + intake air path length lens and heat and cold manufacturing with sunlight + moving blade group of turbine with equal diameter and same shape for each stage Various energy conservation cycle union engine.   6-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) Injection driving force + hydraulic levitation levitation additional thrust bearing + intake air path length lens and heat and cold manufacturing with sunlight + moving blade group of turbine with equal diameter and same shape for each stage Various energy conservation cycle union engine.   7-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) Injection driving force + Hydraulic levitation levitation additional thrust bearing + Intake air path length lens and heat and cold manufacturing with sunlight + Fully automatic processing allows the rotor blade group of the turbine to be fitted with the same diameter approximately the same shape for every stage Various energy storage cycle combined engines with bolt assembly turbines.   8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) Injection driving force + hydraulic levitation + additional thrust bearing + suction air path length lens and heat / cold manufacturing with solar light + moving blade group of turbine that can be fully automatic machined with the same diameter approximately the same size Various energy storage cycle combined engines with combined bolt assembly turbines.   9-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + acceleration metal sphere mercury gravity turbine driven downward + various vessels ( 79V) Injection motive force drive + Hydraulic levitation levitation additional thrust bearing + Intake air path length lens and heat and cold heat production with sunlight + Rotor blade group of coated white turbine with same diameter and same shape for every paragraph Various energy storage cycle combined engines with an assembled turbine.   10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + accelerated metal sphere mercury gravity turbine driven down + various vessels (( 79V) Injection motive force driving + hydraulic levitation levitation additional thrust bearing + suction air path length lens and heat and cold manufacturing with sunlight + fully automatic machining allows the rotor blade group of the turbine to have the same diameter and diameter for each paragraph Various energy storage cycle combined engines with mating bolt assembly turbines.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + hydraulic levitation levitation additional thrust bearing + suction air path length lens and heat and cold manufacturing with sunlight + fitting of moving blade group of fully automatable turbine with the same diameter and diameter Various energy storage cycle combined engines with bolt assembly turbines.   1-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + acceleration metal sphere mercury gravity turbine driven downward + various vessels ( 79V) injection propulsion driving + hydraulic levitation levitation additional thrust bearing + suction air path length lens and heat and cold heat manufacturing with sunlight + metal ball mercury accelerating moving blade group of turbine driven by approximately the same diameter Various energy storage cycle combined engines with mating bolt assembly turbine as same shape.   Two-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + acceleration metal sphere mercury gravity turbine driven downward + various vessels ( 79V) Injection motive force driving + hydraulic levitation levitation additional thrust bearing + suction air path length lens and heat and cold manufacturing with sunlight + fully automatic machining allows the rotor blade group of the turbine to have the same diameter and diameter for each paragraph Various energy storage cycle combined engines with mating bolt assembly turbines.   Three-stage metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing A variety of energy storage cycle coalescing engines, which are equipped with + intake air path length lens and heat and cold energy produced by sunlight + turbine rotor blade group having the same diameter and approximately the same diameter for each stage.   4-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + horizontal axis (1 h) rotation direction alternating metal sphere mercury gravity turbine driven + Various energy conservation cycle combined engines with hydraulic levitation additional thrust bearings + intake air path length lens and heat and cold manufacturing with solar light + turbine rotor blade group of the same diameter almost same shape for each stage .   5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) rotation direction alternating metal sphere mercury gravity turbine driven + Various energy conservation cycle combined engines with hydraulic levitation additional thrust bearings + intake air path length lens and heat and cold manufacturing with solar light + turbine rotor blade group of the same diameter almost same shape for each stage .   6-step metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) with rotation direction alternating metal sphere mercury Accelerating turbine and accelerating tantalum alloy ball downward + hydraulically levitating additional thrust bearing + Intake air path length lens and heat and cold manufacturing with sunlight + Fully automatic processable turbine blade group Various energy storage cycle combined engines with mating bolt assembly turbines with the same diameter approximately the same diameter for each stage.   7-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) drive with rotation direction alternate turbine + Hydraulic levitation + Additional thrust bearing + Suction air path length lens and heat and cold manufacturing with sunlight + Moving turbine blade group of fully automatic processing is possible with the same diameter of the diameter and the same diameter for each stage Various energy conservation cycle coalition agencies.   8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) + hydraulic floating additional thrust bearing + Equipped with suction air path length lens and heat and cold heat produced by sunlight + Metal ball mercury accelerated acceleration Various types of energy storage cycle combination with the blade group of the turbine driven by acceleration with the same diameter and almost the same shape organ.   9-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) + hydraulic floating additional thrust bearing + Equipped with suction air path length lens and heat and cold heat produced by sunlight + Metal ball mercury accelerated acceleration Various types of energy storage cycle combination with the blade group of the turbine driven by acceleration with the same diameter and almost the same shape organ.   10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) + hydraulic floating additional thrust bearing A variety of energy storage cycle coalescing engines, which are equipped with: + intake air path length lens and heat and cold heat production with sunlight + fully automatic processable turbine rotor blade group having the same diameter and approximately the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Thermal and cold heat production with suction air path length lens and sunlight + Various energy storage cycle combined engines with fully automatic machined turbine blade group with the same diameter and almost same shape for each stage.   1-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) + hydraulic floating additional thrust bearing + Equipped with suction air path length lens and heat and cold heat produced by sunlight + Metal ball mercury accelerated acceleration Various types of energy storage cycle combination with the blade group of the turbine driven by acceleration with the same diameter and almost the same shape organ.   Two-stage metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing Equipped with + intake air path length lens and heat and cold heat produced by sunlight + metal spheres Accelerated turbines The moving blade group of a turbine driven by acceleration is made to have the same diameter and shape with the same diameter for each stage .   Three-stage metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing Equipped with + intake air path length lens and heat and cold heat produced by sunlight + metal spheres Accelerated turbines The moving blade group of a turbine driven by acceleration is made to have the same diameter and shape with the same diameter for each stage .   4-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing A variety of energy storage cycle coalescing engines, which are equipped with + intake air path length lens and heat and cold energy produced by sunlight + turbine rotor blade group having the same diameter and approximately the same diameter for each stage.   5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Equipped with suction air path length lens and heat and cold by solar light + Various energy storage cycle combined engines with fully automatic machining possible as the moving blade group of the turbine has the same diameter and almost same shape for each stage.   6-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing A variety of energy storage cycle coalescing engines that use + intake air path length lenses and thermal / cold energy with solar light + moving blade groups of turbines that can be fully automatically processed with the same diameter and substantially the same diameter for each stage.   7-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) Injection driving force + hydraulic levitation levitation additional thrust bearing + intake air path length lens and heat and cold manufacturing with sunlight + moving blade group of turbine with equal diameter and same shape for each stage Various energy conservation cycle union engine.   8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) Injection driving force + hydraulic levitation levitation additional thrust bearing + intake air path length lens and heat and cold manufacturing with sunlight + moving blade group of turbine with equal diameter and same shape for each stage Various energy conservation cycle union engine.   9-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) Injection driving force + hydraulic levitation levitation additional thrust bearing + intake air path length lens and heat and cold manufacturing with sunlight + moving blade group of turbine with equal diameter and same shape for each stage Various energy conservation cycle union engine.   10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) Injection driving force + Hydraulic levitation levitation additional thrust bearing + Intake air path length lens and heat and cold manufacturing with sunlight + Fully automatic processing allows the rotor blade group of the turbine to be fitted with the same diameter approximately the same shape for every stage Various energy storage cycle combined engines with bolt assembly turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulically levitated additional thrust bearings + suction air path length lens and heat and cold manufacturing with sunlight + moving blade group of turbines capable of fully automatic processing with the same diameter and substantially the same shape Various energy storage cycle combined engines with an assembled turbine.   1-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + acceleration metal sphere mercury gravity turbine driven downward + various vessels ( 79V) injection propulsion driving + hydraulic levitation levitation additional thrust bearing + suction air path length lens and heat and cold heat manufacturing with sunlight + metal ball mercury accelerating moving blade group of turbine driven by approximately the same diameter Various energy storage cycle combined engines with mating bolt assembly turbine as same shape.   Two-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + acceleration metal sphere mercury gravity turbine driven downward + various vessels ( 79V) Injection motive force driving + hydraulic levitation levitation additional thrust bearing + suction air path length lens and heat and cold manufacturing with sunlight + fully automatic machining allows the rotor blade group of the turbine to have the same diameter and diameter for each paragraph Various energy storage cycle combined engines with mating bolt assembly turbines.   Three-stage metal sphere mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + acceleration metal sphere mercury gravity turbine drive downward + various vessels ( 79V) injection propulsion driving + hydraulic levitation levitation additional thrust bearing + suction air path length lens and heat and cold heat manufacturing with sunlight + metal ball mercury accelerating moving blade group of turbine driven by approximately the same diameter Various energy storage cycle combined engines with mating bolt assembly turbine as same shape.   4-stage metal sphere mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + acceleration metal sphere mercury gravity turbine drive down + various vessels (( 79V) injection propulsion driving + hydraulic levitation levitation additional thrust bearing + suction air path length lens and heat and cold heat manufacturing with sunlight + metal ball mercury accelerating moving blade group of turbine driven by approximately the same diameter Various energy storage cycle combined engines with mating bolt assembly turbine as same shape.   5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + acceleration metal sphere mercury gravity turbine driven downward + various vessels ( 79V) injection propulsion driving + hydraulic levitation levitation additional thrust bearing + suction air path length lens and heat and cold heat manufacturing with sunlight + metal ball mercury accelerating moving blade group of turbine driven by approximately the same diameter Various energy storage cycle combined engines with mating bolt assembly turbine as same shape.   6-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + horizontal axis (1 h) rotation direction alternating metal sphere mercury gravity turbine driven + Various energy conservation cycle combined engines with hydraulic levitation additional thrust bearings + intake air path length lens and heat and cold manufacturing with solar light + turbine rotor blade group of the same diameter almost same shape for each stage .   7-step metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + horizontal axis (1 h) rotation direction alternating metal sphere mercury gravity turbine driven + Various energy conservation cycle combined engines with hydraulic levitation additional thrust bearings + intake air path length lens and heat and cold manufacturing with solar light + turbine rotor blade group of the same diameter almost same shape for each stage .   8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal axis (1h) rotation direction alternating metal sphere mercury gravity turbine driven + Various energy conservation cycle combined engines with hydraulic levitation additional thrust bearings + intake air path length lens and heat and cold manufacturing with solar light + turbine rotor blade group of the same diameter almost same shape for each stage .   9-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) drive with rotation direction alternating turbine + Hydraulic levitation + Additional thrust bearing + Suction air path length lens and heat and cold manufacturing with sunlight + Fully automatic processing The rotor blade group of the turbine has the same diameter and is almost same shape for every stage Various energy conservation cycle union engine.   10-step metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + horizontal axis (1 h) rotation direction alternately metal sphere mercury gravity turbine driven + Equipped with a thrust bearing with additional hydraulic levitation + a suction air path length lens and thermal / cold manufacturing with solar light + moving blade group of a turbine that can be fully automatically processed with the same diameter of the same diameter for each stage Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing A variety of energy storage cycle coalescing engines that use + suction air path length lenses and heat and cold heat with solar light + a fully automatic machined turbine blade group having the same diameter and approximately the same diameter for each stage.   1-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) + hydraulic floating additional thrust bearing A variety of energy storage cycle coalescing engines, which are equipped with: + intake air path length lens and heat and cold heat production with sunlight + fully automatic processable turbine rotor blade group having the same diameter and approximately the same diameter for each stage.   Two-stage metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) + hydraulic floating additional thrust bearing A variety of energy storage cycle coalescing engines, which are equipped with: + intake air path length lens and heat and cold heat production with sunlight + fully automatic processable turbine rotor blade group having the same diameter and approximately the same diameter for each stage.   Three-stage metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) + hydraulic floating additional thrust bearing A variety of energy storage cycle coalescing engines, which are equipped with: + intake air path length lens and heat and cold heat production with sunlight + fully automatic processable turbine rotor blade group having the same diameter and approximately the same diameter for each stage.   4-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) + hydraulic floating additional thrust bearing A variety of energy storage cycle coalescing engines, which are equipped with: + intake air path length lens and heat and cold heat production with sunlight + fully automatic processable turbine rotor blade group having the same diameter and approximately the same diameter for each stage.   5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing A variety of energy storage cycle coalescing engines, which are equipped with + intake air path length lens and heat and cold energy produced by sunlight + turbine rotor blade group having the same diameter and approximately the same diameter for each stage.   6-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing A variety of energy storage cycle coalescing engines, which are equipped with + intake air path length lens and heat and cold energy produced by sunlight + turbine rotor blade group having the same diameter and approximately the same diameter for each stage.   7-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing A variety of energy storage cycle coalescing engines, which are equipped with + intake air path length lens and heat and cold energy produced by sunlight + turbine rotor blade group having the same diameter and approximately the same diameter for each stage.   8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Equipped with suction air path length lens and heat and cold by solar light + Various energy storage cycle combined engines with fully automatic machining possible as the moving blade group of the turbine has the same diameter and almost same shape for each stage.   9-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing A variety of energy storage cycle coalescing engines that use + intake air path length lenses and thermal / cold energy with solar light + moving blade groups of turbines that can be fully automatically processed with the same diameter and substantially the same diameter for each stage.   10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) Injection driving force + hydraulic levitation levitation additional thrust bearing + intake air path length lens and heat and cold manufacturing with sunlight + moving blade group of turbine with equal diameter and same shape for each stage Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulically levitated additional thrust bearings + intake air path length lens and heat and cold manufacturing with solar light + turbine blades of the same diameter for each stage with mating bolt assembly turbine various energy Preservation cycle union agency.   1-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) Injection driving force + hydraulic levitation levitation additional thrust bearing + intake air path length lens and heat and cold manufacturing with sunlight + moving blade group of turbine with equal diameter and same shape for each stage Various energy conservation cycle union engine.   Two-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) Injection driving force + Hydraulic levitation levitation additional thrust bearing + Intake air path length lens and heat and cold manufacturing with sunlight + Fully automatic processing allows the rotor blade group of the turbine to be fitted with the same diameter approximately the same shape for every stage Various energy storage cycle combined engines with bolt assembly turbines.   Three-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) Injection driving force + hydraulic levitation + additional thrust bearing + suction air path length lens and heat / cold manufacturing with solar light + moving blade group of turbine that can be fully automatic machined with the same diameter approximately the same size Various energy storage cycle combined engines with combined bolt assembly turbines.   4-stage metal sphere mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + acceleration metal sphere mercury gravity turbine drive down + various vessels (( 79V) Injection propulsion driving + hydraulic levitation levitation additional thrust bearing + suction air path length lens and heat and cold manufacturing with solar light + moving blade group of fully automatic machineable turbine is as same diameter as each stage Various energy storage cycle combined engines with mating bolt assembly turbines.   5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + acceleration metal sphere mercury gravity turbine driven downward + various vessels ( 79V) Injection propulsion driving + hydraulic levitation levitation additional thrust bearing + suction air path length lens and heat and cold manufacturing with solar light + moving blade group of fully automatic machineable turbine is as same diameter as each stage Various energy storage cycle combined engines with mating bolt assembly turbines.   6-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + accelerated metal sphere mercury gravity turbine driven down + various vessels ( 79V) Injection motive force drive + hydraulic levitation levitation additional thrust bearing + suction air path length lens and heat and cold heat manufacturing with sunlight + moving blade group of turbine with same diameter approximately the same shape every stage And various energy conservation cycle coalition agencies.   7-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + accelerating metal sphere mercury gravity turbine driven downward + various vessels ( 79V) Injection motive force drive + hydraulic levitation levitation additional thrust bearing + suction air path length lens and heat and cold heat manufacturing with sunlight + moving blade group of turbine with same diameter approximately the same shape every stage And various energy conservation cycle coalition agencies.   8-stage metal sphere mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal sphere mercury gravity turbine drive downward + various vessels ( 79V) Injection motive force driving + hydraulic levitation levitation additional thrust bearing + suction air path length lens and heat and cold manufacturing with sunlight + fully automatic machining allows the rotor blade group of the turbine to have the same diameter and diameter for each paragraph Various energy storage cycle combined engines with mating bolt assembly turbines.   9-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + horizontal axis (1h) rotation direction alternating metal sphere mercury gravity turbine driven + Various energy conservation cycle combined engines with hydraulic levitation additional thrust bearings + intake air path length lens and heat and cold manufacturing with solar light + turbine rotor blade group of the same diameter almost same shape for each stage .   10-step metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + horizontal axis (1 h) rotation direction alternately metal sphere mercury gravity turbine driven + Various energy conservation cycle combined engines with hydraulic levitation additional thrust bearings + intake air path length lens and heat and cold manufacturing with solar light + turbine rotor blade group of the same diameter almost same shape for each stage .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) and rotary direction turbine driven + oil pressure A variety of energy storage cycle coalescing engines, each equipped with an additional thrust bearing, + additional suction air path length lens, and heat and cold heat production with sunlight + a turbine blade group having the same diameter and shape with the same diameter.   1-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + horizontal axis (1 h) rotation direction alternating metal sphere mercury gravity turbine driven + Equipped with additional thrust bearings for hydraulic levitation + Thermal and cold heat production with suction air path length lens and sunlight + Fully automatic processing Various types of turbine blade groups having the same diameter and shape with the same diameter for each stage Energy Conservation Cycle Coalition Agency.   Two-stage metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing A variety of energy storage cycle coalescing engines that use + intake air path length lenses and thermal / cold energy with solar light + moving blade groups of turbines that can be fully automatically processed with the same diameter and substantially the same diameter for each stage.   Three-stage metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) + hydraulic floating additional thrust bearing A variety of energy storage cycle coalescing engines, which are equipped with: + intake air path length lens and heat and cold heat production with sunlight + fully automatic processable turbine rotor blade group having the same diameter and approximately the same diameter for each stage.   4-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) + hydraulic floating additional thrust bearing A variety of energy storage cycle coalescing engines, which are equipped with: + intake air path length lens and heat and cold heat production with sunlight + fully automatic processable turbine rotor blade group having the same diameter and approximately the same diameter for each stage.   5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) + hydraulic floating additional thrust bearing A variety of energy storage cycle coalescing engines, which are equipped with: + intake air path length lens and heat and cold heat production with sunlight + fully automatic processable turbine rotor blade group having the same diameter and approximately the same diameter for each stage.   6-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) + hydraulic floating additional thrust bearing A variety of energy storage cycle coalescing engines, which are equipped with: + intake air path length lens and heat and cold heat production with sunlight + fully automatic processable turbine rotor blade group having the same diameter and approximately the same diameter for each stage.   Water-repellent turbine blade cross-section (4X) doubled 7-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) + Equipped with hydraulic levitation additional thrust bearings + Intake air path length lens and heat and cold manufacturing with solar light + Inserting the buckets of turbines capable of fully automatic processing with the same diameter and diameter Various energy storage cycle combined engines with combined bolt assembly turbines.   Water-repellent turbine blade cross section (4X) triples 8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Produce thermal / thermal energy with suction air path length lens and sunlight + Various types of turbine blade groups having the same diameter and shape as fitting bolt assembly turbine Energy Conservation Cycle Coalition Agency.   Water-repellent turbine blade cross-section (4X) quadrupled to 9-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Produce thermal / thermal energy with suction air path length lens and sunlight + Various types of turbine blade groups having the same diameter and shape as fitting bolt assembly turbine Energy Conservation Cycle Coalition Agency.   Water-repellent turbine blade cross-section (4X) to 5 times 10-stage metal sphere mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Produce thermal / thermal energy with suction air path length lens and sunlight + Various types of turbine blade groups having the same diameter and shape as fitting bolt assembly turbine Energy Conservation Cycle Coalition Agency.   Water-repellent turbine blade cross section (4X) to be 6 times metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipment + Hydraulic levitation + Additional thrust bearing + Suction air path length lens and heat and cold manufacturing with sunlight + Fully automatic processable turbine blade group with the same diameter and almost same shape for each stage And various energy conservation cycle coalition agencies.   Water-repellent turbine blade cross section (4X) 7 times 1-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Intake air path length lens and heat and cold manufacturing with solar light + Mating rotor blade group of turbines capable of fully automatic processing as same diameter of each stage Various energy storage cycle combined engines with bolt assembly turbines.   Water-repellent turbine blade cross section (4X) 8 times 2-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various propulsion vessels (79V) Propulsion driving force + Equipped with hydraulic floating levitation additional thrust bearing + Intake air path length lens and heat and cold manufacturing with solar light + Turbine moving blade group of each stage Various energy storage cycle combined engines with mating bolt assembly turbine as same diameter and same shape.   Water-repellent turbine blade cross section (4X) 9 times 3-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various propulsion vessels (79V) Propulsion driving force + Equipped with hydraulic floating levitation additional thrust bearing + Intake air path length lens and heat and cold manufacturing with solar light + Turbine moving blade group of each stage Various energy storage cycle combined engines with mating bolt assembly turbine as same diameter and same shape.   Water-repellent turbine blade cross section (4X) 10 times 4-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various propulsion vessels (79V) Propulsion driving force + Equipped with hydraulic floating levitation additional thrust bearing + Intake air path length lens and heat and cold manufacturing with solar light + Turbine moving blade group of each stage Various energy storage cycle combined engines with mating bolt assembly turbine as same diameter and same shape.   Water-repellent turbine blade cross section (4X) to 11 times 5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various driving vessels (79V) Propulsion driving force + Hydraulic levitation levitation additional thrust bearing equipped + Intake air path length lens and heat and cold manufacturing with sunlight + Fully automatic processable turbine movement possible Various energy storage cycle coalescing engines, which use a blade assembly with a bolt assembly and a turbine assembly with approximately the same diameter and diameter.   Water-repellent turbine blade cross section (4X) 12 times 6-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various propulsion vessels (79V) Propulsion driving + Hydraulic floating levitating additional thrust bearing + Intake air path length lens and solar light and heat with solar light + Fully automatic processing possible turbine A variety of energy storage cycle combined engines, in which the moving blade group has the same diameter and diameter and is approximately the same in diameter.   Water-repellent turbine blade cross section (4X) 13 times 7-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + downward acceleration metal Spherical mercury gravity turbine driven + various ships (79V) injection driving force driven + hydraulic floating levitation additional thrust bearing equipped + suction air path length lens and heat and cold heat manufacturing with sunlight + moving blade group of turbine Various energy storage cycle combined engines with fitting bolt assembly turbine as same diameter approximately same shape every paragraph.   Water-repellent turbine blade cross section (4X) 14 times 8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + downward acceleration metal Spherical mercury gravity turbine driven + various ships (79V) injection driving force driven + hydraulic floating levitation additional thrust bearing equipped + suction air path length lens and heat and cold heat manufacturing with sunlight + moving blade group of turbine Various energy storage cycle combined engines with fitting bolt assembly turbine as same diameter approximately same shape every paragraph.   Water-repellent turbine blade cross section (4X) 15 times 9-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selected use vessel (38 B) + downward accelerating metal Spherical mercury gravity turbine driven + various ships (79V) injection driving force driven + hydraulic floating levitation additional thrust bearing equipped + suction air path length lens and heat and cold heat manufacturing with sunlight + moving blade group of turbine Various energy storage cycle combined engines with fitting bolt assembly turbine as same diameter approximately same shape every paragraph.   Water-repellent turbine blade cross section (4X) 16 times 10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selected to use ship (38 B) + downward accelerating metal Ball mercury Gravity turbine driven + Various ships etc. (79V) Injection driving force driven + Hydraulic levitation levitation additional thrust bearing equipped + Intake air path length lens and heat and cold manufacturing with sunlight + Fully automatic processing possible turbine A variety of energy storage cycle combined engines, with the rotating blade group of each section having the same diameter and approximately the same diameter for each bolt assembly.   Water repellent turbine blade cross section (4X) 17 times metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + accelerated metal ball mercury downward Driven by gravity turbine + Drive various ships (79 V) Propulsion force driven + Hydraulic floating levitation additional thrust bearing equipped + Intake air path length lens and heat and cold heat production with sunlight + Fully automatic processing possible turbine A variety of energy storage cycle combined engines, in which the moving blade group has the same diameter and diameter and is approximately the same in diameter.   Water-repellent turbine blade cross section (4X) 18 times 1-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Produce thermal / thermal energy with suction air path length lens and sunlight + Various types of turbine blade groups having the same diameter and shape as fitting bolt assembly turbine Energy Conservation Cycle Coalition Agency.   Water-repellent turbine blade cross section (4X) 19 times 2-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Produce thermal / thermal energy with suction air path length lens and sunlight + Various types of turbine blade groups having the same diameter and shape as fitting bolt assembly turbine Energy Conservation Cycle Coalition Agency.   Water-repellent turbine blade cross section (4X) 20 times 3-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Produce thermal / thermal energy with suction air path length lens and sunlight + Various types of turbine blade groups having the same diameter and shape as fitting bolt assembly turbine Energy Conservation Cycle Coalition Agency.   Water-repellent turbine blade cross section (4X) 21 times 4-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + equipped with hydraulic levitation additional thrust bearing + Thermal and cold heat production with suction air path length lens and sunlight + Fully automatic machining allows the rotor blade group of the turbine to have the same diameter and the same diameter for each paragraph Various energy storage cycle combined engines with an assembled turbine.   Water-repellent turbine blade cross section (4X) 22 times 5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Intake air path length lens and heat and cold manufacturing with solar light + Mating rotor blade group of turbines capable of fully automatic processing as same diameter of each stage Various energy storage cycle combined engines with bolt assembly turbines.   Water-repellent turbine blade cross section (4X) 23 times 6-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) + Equipped with hydraulic levitation additional thrust bearing + Intake air path length lens and heat and cold heat manufacturing with sunlight + Turbine moving blade group of same diameter and same shape for every stage Various energy conservation cycle union engine.   Water-repellent turbine blade cross section (4X) to 24 times 7-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) + Equipped with hydraulic levitation additional thrust bearing + Intake air path length lens and heat and cold heat manufacturing with sunlight + Turbine moving blade group of same diameter and same shape for every stage Various energy conservation cycle union engine.   Water-repellent turbine blade cross section (4X) 25 times 8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) + Equipped with hydraulic levitation additional thrust bearing + Intake air path length lens and heat and cold heat manufacturing with sunlight + Turbine moving blade group of same diameter and same shape for every stage Various energy conservation cycle union engine.   Water-repellent turbine blade cross section (4X) doubled to 9-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) + Equipped with hydraulic floating additional thrust bearing + Intake air path length lens and heat and cold manufacturing with sunlight + Fully automatic processing allows the rotor blade group of the turbine to be fitted with the same diameter and approximately same shape for each stage Various energy storage cycle combined engines with bolt assembly turbines.   Water-repellent turbine blade cross section (4X) triples 10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) + Equipped with hydraulic levitation additional thrust bearings + Intake air path length lens and heat and cold manufacturing with solar light + Inserting the buckets of turbines capable of fully automatic processing with the same diameter and diameter Various energy storage cycle combined engines with combined bolt assembly turbines.   Water-repellent turbine blade cross section (4X) to quadruple metal sphere mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipment + Hydraulic levitation + Additional thrust bearings + Suction air path length lens and heat and cold manufacturing with sunlight + Turbine blade group of the same diameter almost same shape for every stage Cycle coalescing agency.   Water-repellent turbine blade cross section (4X) 5 times 1-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Produce thermal / thermal energy with suction air path length lens and sunlight + Various types of turbine blade groups having the same diameter and shape as fitting bolt assembly turbine Energy Conservation Cycle Coalition Agency.   Water-repellent turbine blade cross section (4X) 6 times two-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Produce thermal / thermal energy with suction air path length lens and sunlight + Various types of turbine blade groups having the same diameter and shape as fitting bolt assembly turbine Energy Conservation Cycle Coalition Agency.   Water-repellent turbine blade cross section (4X) seven times three-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + equipped with hydraulic levitation additional thrust bearing + Thermal and cold heat production with suction air path length lens and sunlight + Fully automatic machining allows the rotor blade group of the turbine to have the same diameter and the same diameter for each paragraph Various energy storage cycle combined engines with an assembled turbine.   Water-repellent turbine blade cross section (4X) 8 times 4-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Intake air path length lens and heat and cold manufacturing with solar light + Mating rotor blade group of turbines capable of fully automatic processing as same diameter of each stage Various energy storage cycle combined engines with bolt assembly turbines.   Water-repellent turbine blade cross section (4X) 9 times 5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various propulsion vessels (79V) Propulsion driving force + Equipped with hydraulic floating levitation additional thrust bearing + Intake air path length lens and heat and cold manufacturing with solar light + Turbine moving blade group of each stage Various energy storage cycle combined engines with mating bolt assembly turbine as same diameter and same shape.   Water-repellent turbine blade cross section (4X) 10 times 6-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various propulsion vessels (79V) Propulsion driving force + Equipped with hydraulic floating levitation additional thrust bearing + Intake air path length lens and heat and cold manufacturing with solar light + Turbine moving blade group of each stage Various energy storage cycle combined engines with mating bolt assembly turbine as same diameter and same shape.   Water-repellent turbine blade cross section (4X) to 11 times 7-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various propulsion vessels (79V) Propulsion driving force + Equipped with hydraulic floating levitation additional thrust bearing + Intake air path length lens and heat and cold manufacturing with solar light + Turbine moving blade group of each stage Various energy storage cycle combined engines with mating bolt assembly turbine as same diameter and same shape.   Water-repellent turbine blade cross section (4X) 12 times 8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various driving vessels (79V) Propulsion driving force + Hydraulic levitation levitation additional thrust bearing equipped + Intake air path length lens and heat and cold manufacturing with sunlight + Fully automatic processable turbine movement possible Various energy storage cycle coalescing engines, which use a blade assembly with a bolt assembly and a turbine assembly with approximately the same diameter and diameter.   Water-repellent turbine blade cross section (4X) 13 times 9-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various propulsion vessels (79V) Propulsion driving + Hydraulic floating levitating additional thrust bearing + Intake air path length lens and solar light and heat with solar light + Fully automatic processing possible turbine A variety of energy storage cycle combined engines, in which the moving blade group has the same diameter and diameter and is approximately the same in diameter.   Water-repellent turbine blade cross section (4X) 14 times 10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + downward acceleration metal Spherical mercury gravity turbine driven + various ships (79V) injection driving force driven + hydraulic floating levitation additional thrust bearing equipped + suction air path length lens and heat and cold heat manufacturing with sunlight + moving blade group of turbine Various energy storage cycle combined engines with fitting bolt assembly turbine as same diameter approximately same shape every paragraph.   Water repellent turbine blade cross section (4X) 15 times metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + downward accelerating metal sphere mercury Drive by gravity turbine + Drive various ships (79V) Propulsion force drive + Hydraulic floating levitation additional thrust bearing equipped + Intake air path length lens and heat and cold manufacture with solar light + Turbine moving blade group of each stage Various energy storage cycle combined engines with mating bolt assembly turbine as same diameter and same shape.   Water-repellent turbine blade cross section (4X) 16 times 1-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + downward acceleration metal Spherical mercury gravity turbine driven + various ships (79V) injection driving force driven + hydraulic floating levitation additional thrust bearing equipped + suction air path length lens and heat and cold heat manufacturing with sunlight + moving blade group of turbine Various energy storage cycle combined engines with fitting bolt assembly turbine as same diameter approximately same shape every paragraph.   Water-repellent turbine blade cross section (4X) 17 times two-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + downward acceleration metal Ball mercury Gravity turbine driven + Various ships etc. (79V) Injection driving force driven + Hydraulic levitation levitation additional thrust bearing equipped + Intake air path length lens and heat and cold manufacturing with sunlight + Fully automatic processing possible turbine A variety of energy storage cycle combined engines, with the rotating blade group of each section having the same diameter and approximately the same diameter for each bolt assembly.   Water-repellent turbine blade cross section (4X) 18 times 3-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + downward acceleration metal Spherical mercury gravity turbine driven + Various ships are driven by (79V) injection driving force + Hydraulic floating levitation additional thrust bearing equipped + Intake air path length lens and heat and cold manufacturing with sunlight + Fully automatic processing possible A variety of energy storage cycle combined engines, in which the rotor blade group of the turbine has the same diameter and diameter, and has the same diameter.   Water-repellent turbine blade cross section (4X) 19 times 4-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Produce thermal / thermal energy with suction air path length lens and sunlight + Various types of turbine blade groups having the same diameter and shape as fitting bolt assembly turbine Energy Conservation Cycle Coalition Agency.   Water-repellent turbine blade cross section (4X) 20 times 5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Produce thermal / thermal energy with suction air path length lens and sunlight + Various types of turbine blade groups having the same diameter and shape as fitting bolt assembly turbine Energy Conservation Cycle Coalition Agency.   Water-repellent turbine blade cross section (4X) 21 times 6-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Produce thermal / thermal energy with suction air path length lens and sunlight + Various types of turbine blade groups having the same diameter and shape as fitting bolt assembly turbine Energy Conservation Cycle Coalition Agency.   Water-repellent turbine blade cross section (4X) 22 times 7-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + equipped with hydraulic levitation additional thrust bearing + Thermal and cold heat production with suction air path length lens and sunlight + Fully automatic machining allows the rotor blade group of the turbine to have the same diameter and the same diameter for each paragraph Various energy storage cycle combined engines with an assembled turbine.   Water-repellent turbine blade cross section (4X) 23 times 8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Intake air path length lens and heat and cold manufacturing with solar light + Mating rotor blade group of turbines capable of fully automatic processing as same diameter of each stage Various energy storage cycle combined engines with bolt assembly turbines.   Water-repellent turbine blade cross section (4X) to 24 times 9-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) + Equipped with hydraulic levitation additional thrust bearing + Intake air path length lens and heat and cold heat manufacturing with sunlight + Turbine moving blade group of same diameter and same shape for every stage Various energy conservation cycle union engine.   Water-repellent turbine blade cross section (4X) 25 times 10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) + Equipped with hydraulic levitation additional thrust bearing + Intake air path length lens and heat and cold heat manufacturing with sunlight + Turbine moving blade group of same diameter and same shape for every stage Various energy conservation cycle union engine.   Water-repellent turbine blade cross section (4X) doubles metal sphere mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) Equipped + Equipped with hydraulic levitation additional thrust bearings + Intake air path length lens and heat and cold manufacturing with solar light + Various energy of the moving blade group of the turbine with the same diameter and the same diameter for each stage Preservation cycle union agency.   Water-repellent turbine blade cross section (4X) tripled to one-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) + Equipped with hydraulic floating additional thrust bearing + Intake air path length lens and heat and cold manufacturing with sunlight + Fully automatic processing allows the rotor blade group of the turbine to be fitted with the same diameter and approximately same shape for each stage Various energy storage cycle combined engines with bolt assembly turbines.   Water-repellent turbine blade cross-section (4X) quadrupled double-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) + Equipped with hydraulic levitation additional thrust bearings + Intake air path length lens and heat and cold manufacturing with solar light + Inserting the buckets of turbines capable of fully automatic processing with the same diameter and diameter Various energy storage cycle combined engines with combined bolt assembly turbines.   Water-repellent turbine blade cross section (4X) 5 times three-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Produce thermal / thermal energy with suction air path length lens and sunlight + Various types of turbine blade groups having the same diameter and shape as fitting bolt assembly turbine Energy Conservation Cycle Coalition Agency.   Water-repellent turbine blade cross section (4X) 6 times 4-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Produce thermal / thermal energy with suction air path length lens and sunlight + Various types of turbine blade groups having the same diameter and shape as fitting bolt assembly turbine Energy Conservation Cycle Coalition Agency.   Water-repellent turbine blade cross section (4X) 7 times 5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Produce thermal / thermal energy with suction air path length lens and sunlight + Various types of turbine blade groups having the same diameter and shape as fitting bolt assembly turbine Energy Conservation Cycle Coalition Agency.   Water-repellent turbine blade cross section (4X) 8 times 6-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + equipped with hydraulic levitation additional thrust bearing + Thermal and cold heat production with suction air path length lens and sunlight + Fully automatic machining allows the rotor blade group of the turbine to have the same diameter and the same diameter for each paragraph Various energy storage cycle combined engines with an assembled turbine.   Water-repellent turbine blade cross section (4X) 9 times 7-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Intake air path length lens and heat and cold manufacturing with solar light + Mating rotor blade group of turbines capable of fully automatic processing as same diameter of each stage Various energy storage cycle combined engines with bolt assembly turbines.   Water-repellent turbine blade cross section (4X) 10 times 8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various propulsion vessels (79V) Propulsion driving force + Equipped with hydraulic floating levitation additional thrust bearing + Intake air path length lens and heat and cold manufacturing with solar light + Turbine moving blade group of each stage Various energy storage cycle combined engines with mating bolt assembly turbine as same diameter and same shape.   Water-repellent turbine blade cross section (4X) to 11 times 9-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various propulsion vessels (79V) Propulsion driving force + Equipped with hydraulic floating levitation additional thrust bearing + Intake air path length lens and heat and cold manufacturing with solar light + Turbine moving blade group of each stage Various energy storage cycle combined engines with mating bolt assembly turbine as same diameter and same shape.   Water-repellent turbine blade cross section (4X) to 12 times 10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various propulsion vessels (79V) Propulsion driving force + Equipped with hydraulic floating levitation additional thrust bearing + Intake air path length lens and heat and cold manufacturing with solar light + Turbine moving blade group of each stage Various energy storage cycle combined engines with mating bolt assembly turbine as same diameter and same shape.   Water-repellent turbine blade cross section (4X) is 13 times metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipment + Various types of passenger ships driven by (79V) injection driving force + hydraulic floating levitation additional thrust bearing equipped + suction air path length lens and heat and cold manufacturing with sunlight + moving blade group of a fully automatic processable turbine Various energy storage cycle combined engines with mating bolt assembly turbines with the same diameter and approximately the same diameter for each stage.   Water-repellent turbine blade cross section (4X) 14 times 1-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various propulsion vessels (79V) Propulsion driving + Hydraulic floating levitating additional thrust bearing + Intake air path length lens and solar light and heat with solar light + Fully automatic processing possible turbine A variety of energy storage cycle combined engines, in which the moving blade group has the same diameter and diameter and is approximately the same in diameter.   Water-repellent turbine blade cross section (4X) 15 times two-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + downward acceleration metal Spherical mercury gravity turbine driven + various ships (79V) injection driving force driven + hydraulic floating levitation additional thrust bearing equipped + suction air path length lens and heat and cold heat manufacturing with sunlight + moving blade group of turbine Various energy storage cycle combined engines with fitting bolt assembly turbine as same diameter approximately same shape every paragraph.   Water-repellent turbine blade cross section (4X) 16 times 3-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selected to use ship (38B) + downward accelerating metal Spherical mercury gravity turbine driven + various ships (79V) injection driving force driven + hydraulic floating levitation additional thrust bearing equipped + suction air path length lens and heat and cold heat manufacturing with sunlight + moving blade group of turbine Various energy storage cycle combined engines with fitting bolt assembly turbine as same diameter approximately same shape every paragraph.   Water-repellent turbine blade cross section (4X) 17 times four-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + downward acceleration metal Spherical mercury gravity turbine driven + various ships (79V) injection driving force driven + hydraulic floating levitation additional thrust bearing equipped + suction air path length lens and heat and cold heat manufacturing with sunlight + moving blade group of turbine Various energy storage cycle combined engines with fitting bolt assembly turbine as same diameter approximately same shape every paragraph.   Water-repellent turbine blade cross section (4X) 18 times 5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selected use vessel (38 B) + downward acceleration metal Ball mercury Gravity turbine driven + Various ships etc. (79V) Injection driving force driven + Hydraulic levitation levitation additional thrust bearing equipped + Intake air path length lens and heat and cold manufacturing with sunlight + Fully automatic processing possible turbine A variety of energy storage cycle combined engines, with the rotating blade group of each section having the same diameter and approximately the same diameter for each bolt assembly.   Water-repellent turbine blade cross section (4X) 19 times 6-step metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selected use vessel (38 B) + downward acceleration metal Spherical mercury gravity turbine driven + Various ships are driven by (79V) injection driving force + Hydraulic floating levitation additional thrust bearing equipped + Intake air path length lens and heat and cold manufacturing with sunlight + Fully automatic processing possible A variety of energy storage cycle combined engines, in which the rotor blade group of the turbine has the same diameter and diameter, and has the same diameter.   Water-repellent turbine blade cross section (4X) 20 times 7-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Produce thermal / thermal energy with suction air path length lens and sunlight + Various types of turbine blade groups having the same diameter and shape as fitting bolt assembly turbine Energy Conservation Cycle Coalition Agency.   Water-repellent turbine blade cross section (4X) 21 times 8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Produce thermal / thermal energy with suction air path length lens and sunlight + Various types of turbine blade groups having the same diameter and shape as fitting bolt assembly turbine Energy Conservation Cycle Coalition Agency.   Water-repellent turbine blade cross section (4X) 22 times 9-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Produce thermal / thermal energy with suction air path length lens and sunlight + Various types of turbine blade groups having the same diameter and shape as fitting bolt assembly turbine Energy Conservation Cycle Coalition Agency.   Water-repellent turbine blade cross section (4X) 23 times 10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + equipped with hydraulic levitation additional thrust bearing + Thermal and cold heat production with suction air path length lens and sunlight + Fully automatic machining allows the rotor blade group of the turbine to have the same diameter and the same diameter for each paragraph Various energy storage cycle combined engines with an assembled turbine.   Water-repellent turbine blade cross section (4X) to be 24 times metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipment + Hydraulic levitation + Additional thrust bearing + Suction air path length lens and heat and cold manufacturing with sun light + Moving blade group of turbine that can be fully automatic processing is same diameter for each paragraph and fitting bolt assembly Various energy storage cycle combined engines with turbines.   Water-repellent turbine blade cross section (4X) 25 times 1-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) + Equipped with hydraulic levitation additional thrust bearing + Intake air path length lens and heat and cold heat manufacturing with sunlight + Turbine moving blade group of same diameter and same shape for every stage Various energy conservation cycle union engine.   Water-repellent turbine blade cross section (4X) doubles two-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) + Equipped with hydraulic levitation additional thrust bearing + Intake air path length lens and heat and cold heat manufacturing with sunlight + Turbine moving blade group of same diameter and same shape for every stage Various energy conservation cycle union engine.   Water-repellent turbine blade cross section (4X) triples three-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) + Equipped with hydraulic levitation additional thrust bearing + Intake air path length lens and heat and cold heat manufacturing with sunlight + Turbine moving blade group of same diameter and same shape for every stage Various energy conservation cycle union engine.   Water-repellent turbine blade cross section (4X) quadruple four-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) + Equipped with hydraulic floating additional thrust bearing + Intake air path length lens and heat and cold manufacturing with sunlight + Fully automatic processing allows the rotor blade group of the turbine to be fitted with the same diameter and approximately same shape for each stage Various energy storage cycle combined engines with bolt assembly turbines.   Water-repellent turbine blade cross section (4X) 5 times 5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) + Equipped with hydraulic levitation additional thrust bearings + Intake air path length lens and heat and cold manufacturing with solar light + Inserting the buckets of turbines capable of fully automatic processing with the same diameter and diameter Various energy storage cycle combined engines with combined bolt assembly turbines.   Water-repellent turbine blade cross-section (4X) 6 times 6-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal axis (1h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Produce thermal / thermal energy with suction air path length lens and sunlight + Various types of turbine blade groups having the same diameter and shape as fitting bolt assembly turbine Energy Conservation Cycle Coalition Agency.   Water-repellent turbine blade cross section (4X) 7 times 7-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Produce thermal / thermal energy with suction air path length lens and sunlight + Various types of turbine blade groups having the same diameter and shape as fitting bolt assembly turbine Energy Conservation Cycle Coalition Agency.   Water-repellent turbine blade cross section (4X) 8 times 8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Produce thermal / thermal energy with suction air path length lens and sunlight + Various types of turbine blade groups having the same diameter and shape as fitting bolt assembly turbine Energy Conservation Cycle Coalition Agency.   Water-repellent turbine blade cross section (4X) 9 times 9-step metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + equipped with hydraulic levitation additional thrust bearing + Thermal and cold heat production with suction air path length lens and sunlight + Fully automatic machining allows the rotor blade group of the turbine to have the same diameter and the same diameter for each paragraph Various energy storage cycle combined engines with an assembled turbine.   Water-repellent turbine blade cross section (4X) 10 times 10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Intake air path length lens and heat and cold manufacturing with solar light + Mating rotor blade group of turbines capable of fully automatic processing as same diameter of each stage Various energy storage cycle combined engines with bolt assembly turbines.   Water-repellent turbine blade cross section (4X) to 11 times metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipment + Drive various propulsion vessels (79V) Propulsion power drive + Hydraulic floating levitation additional thrust bearing equipped + Intake air path length lens and heat and cold heat manufacture with sunlight + Turbine blade group of turbine same diameter every paragraph Various energy storage cycle combined engines with mating bolt assembly turbine as almost same shape.   Water-repellent turbine blade cross section (4X) 12 times 1-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various propulsion vessels (79V) Propulsion driving force + Equipped with hydraulic floating levitation additional thrust bearing + Intake air path length lens and heat and cold manufacturing with solar light + Turbine moving blade group of each stage Various energy storage cycle combined engines with mating bolt assembly turbine as same diameter and same shape.   Water-repellent turbine blade cross section (4X) 13 times 2-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various propulsion vessels (79V) Propulsion driving force + Equipped with hydraulic floating levitation additional thrust bearing + Intake air path length lens and heat and cold manufacturing with solar light + Turbine moving blade group of each stage Various energy storage cycle combined engines with mating bolt assembly turbine as same diameter and same shape.   Water-repellent turbine blade cross section (4X) 14 times 3-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various driving vessels (79V) Propulsion driving force + Hydraulic levitation levitation additional thrust bearing equipped + Intake air path length lens and heat and cold manufacturing with sunlight + Fully automatic processable turbine movement possible Various energy storage cycle coalescing engines, which use a blade assembly with a bolt assembly and a turbine assembly with approximately the same diameter and diameter.   Water-repellent turbine blade cross section (4X) 15 times 4-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various propulsion vessels (79V) Propulsion driving + Hydraulic floating levitating additional thrust bearing + Intake air path length lens and solar light and heat with solar light + Fully automatic processing possible turbine A variety of energy storage cycle combined engines, in which the moving blade group has the same diameter and diameter and is approximately the same in diameter.   Water-repellent turbine blade cross section (4X) 16 times 5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + downward acceleration metal Spherical mercury gravity turbine driven + various ships (79V) injection driving force driven + hydraulic floating levitation additional thrust bearing equipped + suction air path length lens and heat and cold heat manufacturing with sunlight + moving blade group of turbine Various energy storage cycle combined engines with fitting bolt assembly turbine as same diameter approximately same shape every paragraph.   Water-repellent turbine blade cross section (4X) 17 times 6-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selected use vessel (38 B) + downward acceleration metal Spherical mercury gravity turbine driven + various ships (79V) injection driving force driven + hydraulic floating levitation additional thrust bearing equipped + suction air path length lens and heat and cold heat manufacturing with sunlight + moving blade group of turbine Various energy storage cycle combined engines with fitting bolt assembly turbine as same diameter approximately same shape every paragraph.   Water-repellent turbine blade cross section (4X) 18 times 7-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selected to use ship (38 B) + downward accelerating metal Spherical mercury gravity turbine driven + various ships (79V) injection driving force driven + hydraulic floating levitation additional thrust bearing equipped + suction air path length lens and heat and cold heat manufacturing with sunlight + moving blade group of turbine Various energy storage cycle combined engines with fitting bolt assembly turbine as same diameter approximately same shape every paragraph.   Water-repellent turbine blade cross section (4X) 19 times 8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selected to use ship (38 B) + downward accelerating metal Ball mercury Gravity turbine driven + Various ships etc. (79V) Injection driving force driven + Hydraulic levitation levitation additional thrust bearing equipped + Intake air path length lens and heat and cold manufacturing with sunlight + Fully automatic processing possible turbine A variety of energy storage cycle combined engines, with the rotating blade group of each section having the same diameter and approximately the same diameter for each bolt assembly.   Water-repellent turbine blade cross section (4X) 20 times 9-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selected use vessel (38 B) + downward acceleration metal Spherical mercury gravity turbine driven + Various ships are driven by (79V) injection driving force + Hydraulic floating levitation additional thrust bearing equipped + Intake air path length lens and heat and cold manufacturing with sunlight + Fully automatic processing possible A variety of energy storage cycle combined engines, in which the rotor blade group of the turbine has the same diameter and diameter, and has the same diameter.   Water-repellent turbine blade cross section (4X) 21 times 10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Produce thermal / thermal energy with suction air path length lens and sunlight + Various types of turbine blade groups having the same diameter and shape as fitting bolt assembly turbine Energy Conservation Cycle Coalition Agency.   Water-repellent turbine blade cross section (4X) to make 22 times metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipment + Hydraulic levitation + Additional thrust bearings + Suction air path length lens and heat and cold manufacturing with sunlight + Turbine blade group of the same diameter almost same shape for every stage Cycle coalescing agency.   Water-repellent turbine blade cross section (4X) 23 times 1-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Produce thermal / thermal energy with suction air path length lens and sunlight + Various types of turbine blade groups having the same diameter and shape as fitting bolt assembly turbine Energy Conservation Cycle Coalition Agency.   Water-repellent turbine blade cross section (4X) to be 24 times 2-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + equipped with hydraulic levitation additional thrust bearing + Thermal and cold heat production with suction air path length lens and sunlight + Fully automatic machining allows the rotor blade group of the turbine to have the same diameter and the same diameter for each paragraph Various energy storage cycle combined engines with an assembled turbine.   Water-repellent turbine blade cross section (4X) 25 times 3-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Intake air path length lens and heat and cold manufacturing with solar light + Mating rotor blade group of turbines capable of fully automatic processing as same diameter of each stage Various energy storage cycle combined engines with bolt assembly turbines.   Water-repellent turbine blade cross-section (4X) doubled to four-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) + Equipped with hydraulic levitation additional thrust bearing + Intake air path length lens and heat and cold heat manufacturing with sunlight + Turbine moving blade group of same diameter and same shape for every stage Various energy conservation cycle union engine.   Water-repellent turbine blade cross section (4X) triples 5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) + Equipped with hydraulic levitation additional thrust bearing + Intake air path length lens and heat and cold heat manufacturing with sunlight + Turbine moving blade group of same diameter and same shape for every stage Various energy conservation cycle union engine.   Water-repellent turbine blade cross-section (4X) quadrupled 6-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) + Equipped with hydraulic levitation additional thrust bearing + Intake air path length lens and heat and cold heat manufacturing with sunlight + Turbine moving blade group of same diameter and same shape for every stage Various energy conservation cycle union engine.   Water-repellent turbine blade cross section (4X) 5 times 7-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) + Equipped with hydraulic floating additional thrust bearing + Intake air path length lens and heat and cold manufacturing with sunlight + Fully automatic processing allows the rotor blade group of the turbine to be fitted with the same diameter and approximately same shape for each stage Various energy storage cycle combined engines with bolt assembly turbines.   Water-repellent turbine blade cross section (4X) 6 times 8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) + Equipped with hydraulic levitation additional thrust bearings + Intake air path length lens and heat and cold manufacturing with solar light + Inserting the buckets of turbines capable of fully automatic processing with the same diameter and diameter Various energy storage cycle combined engines with combined bolt assembly turbines.   Water-repellent turbine blade cross section (4X) 7 times 9-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Produce thermal / thermal energy with suction air path length lens and sunlight + Various types of turbine blade groups having the same diameter and shape as fitting bolt assembly turbine Energy Conservation Cycle Coalition Agency.   Water-repellent turbine blade cross section (4X) 8 times 10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Produce thermal / thermal energy with suction air path length lens and sunlight + Various types of turbine blade groups having the same diameter and shape as fitting bolt assembly turbine Energy Conservation Cycle Coalition Agency.   Water repellent turbine blade cross section (4X) is made 9 times metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipment + Hydraulic levitation + Additional thrust bearings + Suction air path length lens and heat and cold manufacturing with sunlight + Turbine blade group of the same diameter almost same shape for every stage Cycle coalescing agency.   Water-repellent turbine blade cross section (4X) 10 times 1-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + equipped with hydraulic levitation additional thrust bearing + Thermal and cold heat production with suction air path length lens and sunlight + Fully automatic machining allows the rotor blade group of the turbine to have the same diameter and the same diameter for each paragraph Various energy storage cycle combined engines with an assembled turbine.   Water-repellent turbine blade cross section (4X) 11 times two-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Intake air path length lens and heat and cold manufacturing with solar light + Mating rotor blade group of turbines capable of fully automatic processing as same diameter of each stage Various energy storage cycle combined engines with bolt assembly turbines.   Water-repellent turbine blade cross section (4X) 12 times 3-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various propulsion vessels (79V) Propulsion driving force + Equipped with hydraulic floating levitation additional thrust bearing + Intake air path length lens and heat and cold manufacturing with solar light + Turbine moving blade group of each stage Various energy storage cycle combined engines with mating bolt assembly turbine as same diameter and same shape.   Water-repellent turbine blade cross section (4X) 13 times 4-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various propulsion vessels (79V) Propulsion driving force + Equipped with hydraulic floating levitation additional thrust bearing + Intake air path length lens and heat and cold manufacturing with solar light + Turbine moving blade group of each stage Various energy storage cycle combined engines with mating bolt assembly turbine as same diameter and same shape.   Water-repellent turbine blade cross section (4X) 14 times 5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various propulsion vessels (79V) Propulsion driving force + Equipped with hydraulic floating levitation additional thrust bearing + Intake air path length lens and heat and cold manufacturing with solar light + Turbine moving blade group of each stage Various energy storage cycle combined engines with mating bolt assembly turbine as same diameter and same shape.   Water-repellent turbine blade cross section (4X) 15 times 6-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various driving vessels (79V) Propulsion driving force + Hydraulic levitation levitation additional thrust bearing equipped + Intake air path length lens and heat and cold manufacturing with sunlight + Fully automatic processable turbine movement possible Various energy storage cycle coalescing engines, which use a blade assembly with a bolt assembly and a turbine assembly with approximately the same diameter and diameter.   Water-repellent turbine blade cross section (4X) to 16 times 7-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various propulsion vessels (79V) Propulsion driving + Hydraulic floating levitating additional thrust bearing + Intake air path length lens and solar light and heat with solar light + Fully automatic processing possible turbine A variety of energy storage cycle combined engines, in which the moving blade group has the same diameter and diameter and is approximately the same in diameter.   Water-repellent turbine blade cross section (4X) 17 times 8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + downward acceleration metal Spherical mercury gravity turbine driven + various ships (79V) injection driving force driven + hydraulic floating levitation additional thrust bearing equipped + suction air path length lens and heat and cold heat manufacturing with sunlight + moving blade group of turbine Various energy storage cycle combined engines with fitting bolt assembly turbine as same diameter approximately same shape every paragraph.   Water-repellent turbine blade cross section (4X) 18 times 9-step metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selected use vessel (38 B) + downward acceleration metal Spherical mercury gravity turbine driven + various ships (79V) injection driving force driven + hydraulic floating levitation additional thrust bearing equipped + suction air path length lens and heat and cold heat manufacturing with sunlight + moving blade group of turbine Various energy storage cycle combined engines with fitting bolt assembly turbine as same diameter approximately same shape every paragraph.   Water-repellent turbine blade cross section (4X) 19 times 10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + downward acceleration metal Spherical mercury gravity turbine driven + various ships (79V) injection driving force driven + hydraulic floating levitation additional thrust bearing equipped + suction air path length lens and heat and cold heat manufacturing with sunlight + moving blade group of turbine Various energy storage cycle combined engines with fitting bolt assembly turbine as same diameter approximately same shape every paragraph.   Water repellent turbine blade cross section (4X) 20 times metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + downward accelerating metal sphere mercury Drive by gravity turbine + Drive various ships (79V) Propulsion force drive + Equipped with hydraulic floating levitation additional thrust bearing + Intake air path length lens and heat and cool manufacturing with sunlight + Fully automatic processable turbine movement possible Various energy storage cycle coalescing engines, which use a blade assembly with a bolt assembly and a turbine assembly with approximately the same diameter and diameter.   Water-repellent turbine blade cross section (4X) 21 times 1-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selected use vessel (38B) + downward acceleration metal Spherical mercury gravity turbine driven + Various ships are driven by (79V) injection driving force + Hydraulic floating levitation additional thrust bearing equipped + Intake air path length lens and heat and cold manufacturing with sunlight + Fully automatic processing possible A variety of energy storage cycle combined engines, in which the rotor blade group of the turbine has the same diameter and diameter, and has the same diameter.   Water-repellent turbine blade cross section (4X) 22 times 2-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + metal sphere mercury + Configuration and method to accelerate ++ Hydraulic levitation + additional thrust bearing + suction air path length lens and heat and cold manufacturing with solar light + turbine rotor blade group with same diameter and same shape for each stage Various energy conservation cycle union engine.   Water-repellent turbine blade cross section (4X) 23 times 3-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + metal sphere mercury to Configuration and method to accelerate ++ Hydraulic levitation + additional thrust bearing + suction air path length lens and heat and cold manufacturing with solar light + turbine rotor blade group with same diameter and same shape for each stage Various energy conservation cycle union engine.   Water-repellent turbine blade cross section (4X) 24 times 4-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + metal sphere mercury to Configuration and method to accelerate ++ Hydraulic levitation + additional thrust bearing + suction air path length lens and heat and cold manufacturing with solar light + turbine rotor blade group with same diameter and same shape for each stage Various energy conservation cycle union engine.   Water-repellent turbine blade cross section (4X) 25 times 5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + metal sphere mercury to Accelerating structure and method ++ Equipped with hydraulic levitation additional thrust bearings + Intake air path length lens and heat and cold manufacturing with sunlight + Fully automatic processing allows the buckets of turbine to be fitted with the same diameter approximately the same diameter for every stage Various energy storage cycle combined engines with bolt assembly turbines.   Water-repellent turbine blade cross-section (4X) doubled 6-step metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + metal sphere mercury + Configuration and method to accelerate + Hydraulic levitation + Additional suction thrust bearings + Intake air path length lens and heat and cold manufacturing with sunlight + Turbine blade group capable of fully automatic processing is fitted with approximately the same diameter as the diameter of each turbine Various energy storage cycle combined engines with combined bolt assembly turbines.   Water-repellent turbine blade cross section (4X) triples 7-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + metal sphere mercury to Configuration and method to accelerate ++ Hydraulic levitation + additional thrust bearing + suction air path length lens and heat and cold manufacturing with solar light + turbine rotor blade group with same diameter and same shape for each stage Various energy conservation cycle union engine.   Water-repellent turbine blade cross section (4X) quadruple 8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + metal sphere mercury to Configuration and method to accelerate ++ Hydraulic levitation + additional thrust bearing + suction air path length lens and heat and cold manufacturing with solar light + turbine rotor blade group with same diameter and same shape for each stage Various energy conservation cycle union engine.   Water-repellent turbine blade cross section (4X) 5 times 9-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + metal sphere mercury to Configuration and method to accelerate ++ Hydraulic levitation + additional thrust bearing + suction air path length lens and heat and cold manufacturing with solar light + turbine rotor blade group with same diameter and same shape for each stage Various energy conservation cycle union engine.   Water-repellent turbine blade cross section (4X) 6 times 10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + metal sphere mercury to Accelerating structure and method ++ Equipped with hydraulic levitation additional thrust bearings + Intake air path length lens and heat and cold manufacturing with sunlight + Fully automatic processing allows the buckets of turbine to be fitted with the same diameter approximately the same diameter for every stage Various energy storage cycle combined engines with bolt assembly turbines.   Water-repellent turbine blade cross section (4X) 7 times metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + accelerate metal sphere mercury Configuration and method ++ Hydraulic levitation + additional thrust bearings + suction air path length lens and heat and cold manufacturing with sunlight + fully automatic processing turbine blade group capable of automatic machining with the same diameter and approximately the same diameter Various energy storage cycle combined engines with an assembled turbine.   Water-repellent turbine blade cross section (4X) 8 times 1-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various cargo ships (79V) Propulsion driving force + Hydraulic levitation levitation additional thrust bearing + Intake air path length lens and heat and cold heat production with sunlight + Turbine moving blade group of stage Various energy storage cycle combined engines with fitting bolt assembly turbine as same diameter almost same shape.   Water-repellent turbine blade cross section (4X) 9 times 2-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various cargo ships (79V) Propulsion driving force + Hydraulic levitation levitation additional thrust bearing + Intake air path length lens and heat and cold heat production with sunlight + Turbine moving blade group of stage Various energy storage cycle combined engines with fitting bolt assembly turbine as same diameter almost same shape.   Water-repellent turbine blade cross section (4X) 10 times 3-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various cargo ships (79V) Propulsion driving force + Hydraulic levitation levitation additional thrust bearing + Intake air path length lens and heat and cold heat production with sunlight + Turbine moving blade group of stage Various energy storage cycle combined engines with fitting bolt assembly turbine as same diameter almost same shape.   Water-repellent turbine blade cross section (4X) 11 times 4-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Various cargo ships driven by (79V) injection driving force + Hydraulic floating levitation additional thrust bearing equipped + Intake air path length lens and solar light and heat manufacturing with sunlight + Fully automatic processing possible for turbine A variety of energy storage cycle combined engines, in which the moving blade group has the same diameter and diameter and is approximately the same in diameter.   Water-repellent turbine blade cross section (4X) 12 times 5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various cargo ships (79V) Propulsion driving force + Equipped with hydraulic floating levitation additional thrust bearing + Intake air path length lens and heat and cold manufacturing with sunlight + Turbine capable of fully automatic processing A variety of energy storage cycle combined engines, with the rotating blade group of each section having the same diameter and approximately the same diameter for each bolt assembly.   Water-repellent turbine blade cross section (4X) 13 times 6-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various cargo ships (79V) Propulsion driving force + Hydraulic levitation levitation additional thrust bearing + Intake air path length lens and heat and cold heat production with sunlight + Turbine moving blade group of stage Various energy storage cycle combined engines with fitting bolt assembly turbine as same diameter almost same shape.   Water-repellent turbine blade cross section (4X) 14 times 7-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various cargo ships (79V) Propulsion driving force + Hydraulic levitation levitation additional thrust bearing + Intake air path length lens and heat and cold heat production with sunlight + Turbine moving blade group of stage Various energy storage cycle combined engines with fitting bolt assembly turbine as same diameter almost same shape.   Water-repellent turbine blade cross section (4X) 15 times 8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various cargo ships (79V) Propulsion driving force + Hydraulic levitation levitation additional thrust bearing + Intake air path length lens and heat and cold heat production with sunlight + Turbine moving blade group of stage Various energy storage cycle combined engines with fitting bolt assembly turbine as same diameter almost same shape.   Water-repellent turbine blade cross section (4X) 16 times 9-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various cargo ships (79V) Propulsion driving force + Hydraulic levitation levitation additional thrust bearing + Intake air path length lens and heat and cold heat production with sunlight + Turbine moving blade group of stage Various energy storage cycle combined engines with fitting bolt assembly turbine as same diameter almost same shape.   Water-repellent turbine blade cross section (4X) 17 times 10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various cargo ships (79V) Propulsion driving force + Hydraulic levitation levitation additional thrust bearing + Intake air path length lens and heat and cold heat production with sunlight + Turbine moving blade group of stage Various energy storage cycle combined engines with fitting bolt assembly turbine as same diameter almost same shape.   Water-repellent turbine blade cross section (4X) 18 times metal sphere mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipment + Drive various cargo ships (79 V) Propulsion force drive + Hydraulic floating levitation additional thrust bearing equipped + Intake air path length lens and heat and cold heat manufacturing with sunlight + Turbine blade group of turbine same as every stage Various energy storage cycle combined engines with mating bolt assembly turbines with approximately the same diameter.   Water-repellent turbine blade cross section (4X) 19 times 1-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various cargo ships (79V) Propulsion driving force + Hydraulic levitation levitation additional thrust bearing + Intake air path length lens and heat and cold heat production with sunlight + Turbine moving blade group of stage Various energy storage cycle combined engines with fitting bolt assembly turbine as same diameter almost same shape.   Water-repellent turbine blade cross section (4X) 20 times 2-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various cargo ships (79V) Propulsion driving force + Hydraulic levitation levitation additional thrust bearing + Intake air path length lens and heat and cold heat production with sunlight + Turbine moving blade group of stage Various energy storage cycle combined engines with fitting bolt assembly turbine as same diameter almost same shape.   Water-repellent turbine blade cross section (4X) 21 times 3-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various cargo ships (79V) Propulsion driving force + Hydraulic levitation levitation additional thrust bearing + Intake air path length lens and heat and cold heat production with sunlight + Turbine moving blade group of stage Various energy storage cycle combined engines with fitting bolt assembly turbine as same diameter almost same shape.   Water-repellent turbine blade cross section (4X) 22 times 4-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various cargo ships (79V) Propulsion driving force + Hydraulic levitation levitation additional thrust bearing + Intake air path length lens and heat and cold heat production with sunlight + Turbine moving blade group of stage Various energy storage cycle combined engines with fitting bolt assembly turbine as same diameter almost same shape.   Water-repellent turbine blade cross section (4X) 23 times 5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various cargo ships (79V) Propulsion driving force + Hydraulic levitation levitation additional thrust bearing + Intake air path length lens and heat and cold heat production with sunlight + Turbine moving blade group of stage Various energy storage cycle combined engines with fitting bolt assembly turbine as same diameter almost same shape.   Water-repellent turbine blade cross section (4X) to 24 times 6-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various cargo ships (79V) Propulsion driving force + Hydraulic levitation levitation additional thrust bearing + Intake air path length lens and heat and cold heat production with sunlight + Turbine moving blade group of stage Various energy storage cycle combined engines with fitting bolt assembly turbine as same diameter almost same shape.   Water-repellent turbine blade cross section (4X) 25 times 7-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various cargo ships (79V) Propulsion driving force + Hydraulic levitation levitation additional thrust bearing + Intake air path length lens and heat and cold heat production with sunlight + Turbine moving blade group of stage Various energy storage cycle combined engines with fitting bolt assembly turbine as same diameter almost same shape.   Water-repellent turbine blade cross-section (4X) doubled to 8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various cargo ships (79V) Propulsion driving force + Hydraulic levitation levitation additional thrust bearing + Intake air path length lens and heat and cold heat production with sunlight + Turbine moving blade group of stage Various energy storage cycle combined engines with fitting bolt assembly turbine as same diameter almost same shape.   Water-repellent turbine blade cross-section (4X) tripled to 9-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various cargo ships (79V) Propulsion driving force + Hydraulic levitation levitation additional thrust bearing + Intake air path length lens and heat and cold heat production with sunlight + Turbine moving blade group of stage Various energy storage cycle combined engines with fitting bolt assembly turbine as same diameter almost same shape.   Water-repellent turbine blade cross-section (4X) quadrupled to 10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Various cargo ships driven by (79V) injection driving force + Hydraulic floating levitation additional thrust bearing equipped + Intake air path length lens and solar light and heat manufacturing with sunlight + Fully automatic processing possible for turbine A variety of energy storage cycle combined engines, in which the moving blade group has the same diameter and diameter and is approximately the same in diameter.   Water-repellent turbine blade cross section (4X) to be 5 times metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipment Make various cargo ships (79V) Propulsion power drive + Hydraulic floating levitation additional thrust bearing equipped + Intake air path length lens and heat and cold manufacture with sunlight + Fully automatic processing possible turbine blade of turbine Various energy conservation cycle combined engines which set the group as fitting bolt assembly turbine with the same diameter and the same diameter every paragraph.   Water-repellent turbine blade cross section (4X) 6 times 1-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Various cargo ships driven by (79V) injection driving force + Hydraulic floating levitation additional thrust bearing equipped + Intake air path length lens and solar light and heat manufacturing with sunlight + Fully automatic processing possible for turbine A variety of energy storage cycle combined engines, in which the moving blade group has the same diameter and diameter and is approximately the same in diameter.   Water-repellent turbine blade cross section (4X) 7 times two-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Various cargo ships driven by (79V) injection driving force + Hydraulic floating levitation additional thrust bearing equipped + Intake air path length lens and solar light and heat manufacturing with sunlight + Fully automatic processing possible for turbine A variety of energy storage cycle combined engines, in which the moving blade group has the same diameter and diameter and is approximately the same in diameter.   Water-repellent turbine blade cross section (4X) 8 times three-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Various cargo ships driven by (79V) injection driving force + Hydraulic floating levitation additional thrust bearing equipped + Intake air path length lens and solar light and heat manufacturing with sunlight + Fully automatic processing possible for turbine A variety of energy storage cycle combined engines, in which the moving blade group has the same diameter and diameter and is approximately the same in diameter.   Water-repellent turbine blade cross section (4X) 9 times 4-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various cargo ships (79V) Propulsion driving force + Equipped with hydraulic floating levitation additional thrust bearing + Intake air path length lens and heat and cold manufacturing with sunlight + Turbine capable of fully automatic processing A variety of energy storage cycle combined engines, with the rotating blade group of each section having the same diameter and approximately the same diameter for each bolt assembly.   Water-repellent turbine blade cross section (4X) 10 times 5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various cargo ships (79V) Propulsion driving force + Equipped with hydraulic floating levitation additional thrust bearing + Intake air path length lens and heat and cold manufacturing with sunlight + Turbine capable of fully automatic processing A variety of energy storage cycle combined engines, with the rotating blade group of each section having the same diameter and approximately the same diameter for each bolt assembly.   Water-repellent turbine blade cross section (4X) 11 times 6-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various cargo ships (79V) Propulsion driving force + Equipped with hydraulic floating levitation additional thrust bearing + Intake air path length lens and heat and cold manufacturing with sunlight + Turbine capable of fully automatic processing A variety of energy storage cycle combined engines, with the rotating blade group of each section having the same diameter and approximately the same diameter for each bolt assembly.   Water-repellent turbine blade cross section (4X) 12 times 7-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various cargo ships (79V) Propulsion driving force + Equipped with hydraulic floating levitation additional thrust bearing + Intake air path length lens and heat and cold manufacturing with sunlight + Turbine capable of fully automatic processing A variety of energy storage cycle combined engines, with the rotating blade group of each section having the same diameter and approximately the same diameter for each bolt assembly.   Water-repellent turbine blade cross section (4X) 13 times 8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various cargo ships (79V) Propulsion driving force + Equipped with hydraulic floating levitation additional thrust bearing + Intake air path length lens and heat and cold manufacturing with sunlight + Turbine capable of fully automatic processing A variety of energy storage cycle combined engines, with the rotating blade group of each section having the same diameter and approximately the same diameter for each bolt assembly.   Water-repellent turbine blade cross section (4X) 14 times 9-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various cargo ships (79V) Propulsion driving force + Hydraulic levitation levitation additional thrust bearing + Intake air path length lens and heat and cold heat production with sunlight + Turbine moving blade group of stage Various energy storage cycle combined engines with fitting bolt assembly turbine as same diameter almost same shape.   Water-repellent turbine blade cross section (4X) 15 times 10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various cargo ships (79V) Propulsion driving force + Hydraulic levitation levitation additional thrust bearing + Intake air path length lens and heat and cold heat production with sunlight + Turbine moving blade group of stage Various energy storage cycle combined engines with fitting bolt assembly turbine as same diameter almost same shape.   Water-repellent turbine blade cross section (4X) is made 16 times metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipment + Drive various cargo ships (79 V) Propulsion force drive + Hydraulic floating levitation additional thrust bearing equipped + Intake air path length lens and heat and cold heat manufacturing with sunlight + Turbine blade group of turbine same as every stage Various energy storage cycle combined engines with mating bolt assembly turbines with approximately the same diameter.   Water-repellent turbine blade cross section (4X) 17 times 1-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various cargo ships (79V) Propulsion driving force + Hydraulic levitation levitation additional thrust bearing + Intake air path length lens and heat and cold heat production with sunlight + Turbine moving blade group of stage Various energy storage cycle combined engines with fitting bolt assembly turbine as same diameter almost same shape.   Water-repellent turbine blade cross section (4X) 18 times 2-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various cargo ships (79V) Propulsion driving force + Hydraulic levitation levitation additional thrust bearing + Intake air path length lens and heat and cold heat production with sunlight + Turbine moving blade group of stage Various energy storage cycle combined engines with fitting bolt assembly turbine as same diameter almost same shape.   Water-repellent turbine blade cross section (4X) 19 times 3-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Maximize utilization of gravity, sunlight and surface tension + Uplift and save with ball rising device (2F) + Hydraulic levitation + equipped with additional thrust bearings + Intake air path length lens and sunlight for heat and cold + Various energy conservation cycle combined engines where the rotating blade group of the turbine to be manufactured has a fitting bolt assembly turbine with the same diameter and diameter.   Water-repellent turbine blade cross section (4X) 20 times 4-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Maximize utilization of gravity, sunlight and surface tension + Uplift and save with ball rising device (2F) + Hydraulic levitation + equipped with additional thrust bearings + Intake air path length lens and sunlight for heat and cold + Various energy conservation cycle combined engines where the rotating blade group of the turbine to be manufactured has a fitting bolt assembly turbine with the same diameter and diameter.   Water-repellent turbine blade cross section (4X) 21 times 5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Maximize utilization of gravity, sunlight and surface tension + Uplift and save with ball rising device (2F) + Hydraulic levitation + equipped with additional thrust bearings + Intake air path length lens and sunlight for heat and cold + Various energy conservation cycle combined engines where the rotating blade group of the turbine to be manufactured has a fitting bolt assembly turbine with the same diameter and diameter.   Water-repellent turbine blade cross section (4X) 22 times 6-step metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Maximize utilization of gravity, sunlight and surface tension + Uplift and save with ball rising device (2F) + Hydraulic levitation + equipped with additional thrust bearings + Intake air path length lens and sunlight for heat and cold Produce + Various energy conservation cycle combined engines with fully automatic machining possible as the rotor blade group of the turbine has the same diameter and approximately the same diameter for each stage.   Water-repellent turbine blade section (4X) 23 times 7-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Maximize utilization of gravity, sunlight and surface tension + Uplift and save with ball rising device (2F) + Hydraulic levitation + equipped with additional thrust bearings + Intake air path length lens and sunlight for heat and cold A variety of energy conservation cycle combined engines in which the moving blade group of the turbine that can be manufactured + fully automatic processing has the same diameter and approximately the same diameter for each stage and is a bolt assembly turbine.   Water-repellent turbine blade cross section (4X) to 24 times 8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Produce thermal / thermal energy with suction air path length lens and sunlight + Various types of turbine blade groups having the same diameter and shape as fitting bolt assembly turbine Energy Conservation Cycle Coalition Agency.   Water-repellent turbine blade cross section (4X) 25 times 9-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Produce thermal / thermal energy with suction air path length lens and sunlight + Various types of turbine blade groups having the same diameter and shape as fitting bolt assembly turbine Energy Conservation Cycle Coalition Agency.   Water-repellent turbine blade cross-section (4X) doubles 10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Produce thermal / thermal energy with suction air path length lens and sunlight + Various types of turbine blade groups having the same diameter and shape as fitting bolt assembly turbine Energy Conservation Cycle Coalition Agency.   Water-repellent turbine blade cross section (4X) triples metal sphere mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipment + Hydraulic levitation + Additional thrust bearing + Suction air path length lens and heat and cold manufacturing with sunlight + Fully automatic processable turbine blade group with the same diameter and almost same shape for each stage And various energy conservation cycle coalition agencies.   Water-repellent turbine blade cross-section (4X) quadrupled to one-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Intake air path length lens and heat and cold manufacturing with solar light + Mating rotor blade group of turbines capable of fully automatic processing as same diameter of each stage Various energy storage cycle combined engines with bolt assembly turbines.   Water-repellent turbine blade cross section (4X) 5 times two-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) + Equipped with hydraulic levitation additional thrust bearing + Intake air path length lens and heat and cold heat manufacturing with sunlight + Turbine moving blade group of same diameter and same shape for every stage Various energy conservation cycle union engine.   Water-repellent turbine blade cross section (4X) 6 times three-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) + Equipped with hydraulic levitation additional thrust bearing + Intake air path length lens and heat and cold heat manufacturing with sunlight + Turbine moving blade group of same diameter and same shape for every stage Various energy conservation cycle union engine.   Water-repellent turbine blade cross section (4X) 7 times 4-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) + Equipped with hydraulic levitation additional thrust bearing + Intake air path length lens and heat and cold heat manufacturing with sunlight + Turbine moving blade group of same diameter and same shape for every stage Various energy conservation cycle union engine.   Water-repellent turbine blade cross section (4X) 8 times 5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) + Equipped with hydraulic floating additional thrust bearing + Intake air path length lens and heat and cold manufacturing with sunlight + Fully automatic processing allows the rotor blade group of the turbine to be fitted with the same diameter and approximately same shape for each stage Various energy storage cycle combined engines with bolt assembly turbines.   Water-repellent turbine blade cross section (4X) 9 times 6-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) + Equipped with hydraulic levitation additional thrust bearings + Intake air path length lens and heat and cold manufacturing with solar light + Inserting the buckets of turbines capable of fully automatic processing with the same diameter and diameter Various energy storage cycle combined engines with combined bolt assembly turbines.   Water-repellent turbine blade cross section (4X) 10 times 7-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Produce thermal / thermal energy with suction air path length lens and sunlight + Various types of turbine blade groups having the same diameter and shape as fitting bolt assembly turbine Energy Conservation Cycle Coalition Agency.   Water-repellent turbine blade cross section (4X) 11 times 8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Produce thermal / thermal energy with suction air path length lens and sunlight + Various types of turbine blade groups having the same diameter and shape as fitting bolt assembly turbine Energy Conservation Cycle Coalition Agency.   Water-repellent turbine blade cross section (4X) 12 times 9-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Produce thermal / thermal energy with suction air path length lens and sunlight + Various types of turbine blade groups having the same diameter and shape as fitting bolt assembly turbine Energy Conservation Cycle Coalition Agency.   Water-repellent turbine blade cross section (4X) 13 times 10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + equipped with hydraulic levitation additional thrust bearing + Thermal and cold heat production with suction air path length lens and sunlight + Fully automatic machining allows the rotor blade group of the turbine to have the same diameter and the same diameter for each paragraph Various energy storage cycle combined engines with an assembled turbine.   Water-repellent turbine blade cross section (4X) 14 times metal sphere mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipment + Hydraulic levitation + Additional thrust bearing + Suction air path length lens and heat and cold manufacturing with sun light + Moving blade group of turbine that can be fully automatic processing is same diameter for each paragraph and fitting bolt assembly Various energy storage cycle combined engines with turbines.   Water-repellent turbine blade cross section (4X) 15 times 1-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various propulsion vessels (79V) Propulsion driving force + Equipped with hydraulic floating levitation additional thrust bearing + Intake air path length lens and heat and cold manufacturing with solar light + Turbine moving blade group of each stage Various energy storage cycle combined engines with mating bolt assembly turbine as same diameter and same shape.   Water-repellent turbine blade cross section (4X) 16 times double-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various propulsion vessels (79V) Propulsion driving force + Equipped with hydraulic floating levitation additional thrust bearing + Intake air path length lens and heat and cold manufacturing with solar light + Turbine moving blade group of each stage Various energy storage cycle combined engines with mating bolt assembly turbine as same diameter and same shape.   Water-repellent turbine blade cross section (4X) 17 times 3-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various propulsion vessels (79V) Propulsion driving force + Equipped with hydraulic floating levitation additional thrust bearing + Intake air path length lens and heat and cold manufacturing with solar light + Turbine moving blade group of each stage Various energy storage cycle combined engines with mating bolt assembly turbine as same diameter and same shape.   Water-repellent turbine blade cross section (4X) 18 times 4-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various driving vessels (79V) Propulsion driving force + Hydraulic levitation levitation additional thrust bearing equipped + Intake air path length lens and heat and cold manufacturing with sunlight + Fully automatic processable turbine movement possible Various energy storage cycle coalescing engines, which use a blade assembly with a bolt assembly and a turbine assembly with approximately the same diameter and diameter.   Water-repellent turbine blade cross section (4X) 19 times 5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various propulsion vessels (79V) Propulsion driving + Hydraulic floating levitating additional thrust bearing + Intake air path length lens and solar light and heat with solar light + Fully automatic processing possible turbine A variety of energy storage cycle combined engines, in which the moving blade group has the same diameter and diameter and is approximately the same in diameter.   Water-repellent turbine blade cross section (4X) 20 times 6-step metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selected use vessel (38B) + downward acceleration metal Spherical mercury gravity turbine driven + various ships (79V) injection driving force driven + hydraulic floating levitation additional thrust bearing equipped + suction air path length lens and heat and cold heat manufacturing with sunlight + moving blade group of turbine Various energy storage cycle combined engines with fitting bolt assembly turbine as same diameter approximately same shape every paragraph.   Water-repellent turbine blade cross section (4X) 21 times 7-step metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selected use vessel (38 B) + downward acceleration metal Spherical mercury gravity turbine driven + various ships (79V) injection driving force driven + hydraulic floating levitation additional thrust bearing equipped + suction air path length lens and heat and cold heat manufacturing with sunlight + moving blade group of turbine Various energy storage cycle combined engines with fitting bolt assembly turbine as same diameter approximately same shape every paragraph.   Water-repellent turbine blade cross section (4X) 22 times 8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selected to use ship (38 B) + downward accelerating metal Spherical mercury gravity turbine driven + various ships (79V) injection driving force driven + hydraulic floating levitation additional thrust bearing equipped + suction air path length lens and heat and cold heat manufacturing with sunlight + moving blade group of turbine Various energy storage cycle combined engines with fitting bolt assembly turbine as same diameter approximately same shape every paragraph.   Water-repellent turbine blade cross section (4X) 23 times 9-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + downward acceleration metal Ball mercury Gravity turbine driven + Various ships etc. (79V) Injection driving force driven + Hydraulic levitation levitation additional thrust bearing equipped + Intake air path length lens and heat and cold manufacturing with sunlight + Fully automatic processing possible turbine A variety of energy storage cycle combined engines, with the rotating blade group of each section having the same diameter and approximately the same diameter for each bolt assembly.   Water-repellent turbine blade cross section (4X) 24 times 10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selected to use ship (38 B) + downward accelerating metal Spherical mercury gravity turbine driven + Various ships are driven by (79V) injection driving force + Hydraulic floating levitation additional thrust bearing equipped + Intake air path length lens and heat and cold manufacturing with sunlight + Fully automatic processing possible A variety of energy storage cycle combined engines, in which the rotor blade group of the turbine has the same diameter and diameter, and has the same diameter.   Water-repellent turbine blade cross section (4X) to 25 times metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipment ++ Use hydraulic levitation plus additional thrust bearings + Suction air path length lens and heat and cold manufacture with sunlight + Turbine blade group of the same diameter for each paragraph as fitting bolt assembly turbine Various energy preservation Cycle coalescing agency.   Water-repellent turbine blade cross-section (4X) doubled to one-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h Equipped with ++ Hydraulic levitation + Additional thrust bearings + Intake air path length lens and heat and cold manufacturing with solar light + Various types of turbine blade groups having the same diameter and diameter as the fitting bolt assembly Energy Conservation Cycle Coalition Agency.   Water-repellent turbine blade cross section (4X) triples two-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h Equipped with ++ Hydraulic levitation + Additional thrust bearings + Intake air path length lens and heat and cold manufacturing with solar light + Various types of turbine blade groups having the same diameter and diameter as the fitting bolt assembly Energy Conservation Cycle Coalition Agency.   Water-repellent turbine blade cross-section (4X) quadrupled three-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped with ++ hydraulic levitation + additional thrust bearing + suction air path length lens and heat and cold manufacturing with sunlight + fully automatic processable turbine blade group with the same diameter approximately the same diameter for each stage Various energy storage cycle combined engines with an assembled turbine.   Water-repellent turbine blade cross-section (4X) 5 times four-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped with ++ hydraulic levitation + additional thrust bearing + suction air path length lens and heat and cold manufacturing with sunlight + fitting of moving blade group of turbines capable of fully automatic processing as same diameter of each stage Various energy storage cycle combined engines with bolt assembly turbines.   Water-repellent turbine blade cross section (4X) to 6 times 5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) + Equipped with hydraulic levitation additional thrust bearing + Intake air path length lens and heat and cold heat manufacturing with sunlight + Turbine moving blade group of same diameter and same shape for every stage Various energy conservation cycle union engine.   Water-repellent turbine blade cross section (4X) 7 times 6-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) + Equipped with hydraulic levitation additional thrust bearing + Intake air path length lens and heat and cold heat manufacturing with sunlight + Turbine moving blade group of same diameter and same shape for every stage Various energy conservation cycle union engine.   Water-repellent turbine blade cross section (4X) 8 times 7-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) + Equipped with hydraulic levitation additional thrust bearing + Intake air path length lens and heat and cold heat manufacturing with sunlight + Turbine moving blade group of same diameter and same shape for every stage Various energy conservation cycle union engine.   Water-repellent turbine blade cross section (4X) 9 times 8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) + Equipped with hydraulic floating additional thrust bearing + Intake air path length lens and heat and cold manufacturing with sunlight + Fully automatic processing allows the rotor blade group of the turbine to be fitted with the same diameter and approximately same shape for each stage Various energy storage cycle combined engines with bolt assembly turbines.   Water-repellent turbine blade cross section (4X) 10 times 9-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) + Equipped with hydraulic levitation additional thrust bearings + Intake air path length lens and heat and cold manufacturing with solar light + Inserting the buckets of turbines capable of fully automatic processing with the same diameter and diameter Various energy storage cycle combined engines with combined bolt assembly turbines.   Water-repellent turbine blade cross section (4X) to 11 times 10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Produce thermal / thermal energy with suction air path length lens and sunlight + Various types of turbine blade groups having the same diameter and shape as fitting bolt assembly turbine Energy Conservation Cycle Coalition Agency.   Water-repellent turbine blade cross section (4X) is made 12 times metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipment + Hydraulic levitation + Additional thrust bearings + Suction air path length lens and heat and cold manufacturing with sunlight + Turbine blade group of the same diameter almost same shape for every stage Cycle coalescing agency.   Water-repellent turbine blade cross section (4X) 13 times 1-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Produce thermal / thermal energy with suction air path length lens and sunlight + Various types of turbine blade groups having the same diameter and shape as fitting bolt assembly turbine Energy Conservation Cycle Coalition Agency.   Water-repellent turbine blade cross section (4X) 14 times 2-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + equipped with hydraulic levitation additional thrust bearing + Thermal and cold heat production with suction air path length lens and sunlight + Fully automatic machining allows the rotor blade group of the turbine to have the same diameter and the same diameter for each paragraph Various energy storage cycle combined engines with an assembled turbine.   Water-repellent turbine blade cross section (4X) 15 times three-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Intake air path length lens and heat and cold manufacturing with solar light + Mating rotor blade group of turbines capable of fully automatic processing as same diameter of each stage Various energy storage cycle combined engines with bolt assembly turbines.   Water-repellent turbine blade cross section (4X) 16 times 4-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various propulsion vessels (79V) Propulsion driving force + Equipped with hydraulic floating levitation additional thrust bearing + Intake air path length lens and heat and cold manufacturing with solar light + Turbine moving blade group of each stage Various energy storage cycle combined engines with mating bolt assembly turbine as same diameter and same shape.   Water-repellent turbine blade cross section (4X) 17 times 5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various propulsion vessels (79V) Propulsion driving force + Equipped with hydraulic floating levitation additional thrust bearing + Intake air path length lens and heat and cold manufacturing with solar light + Turbine moving blade group of each stage Various energy storage cycle combined engines with mating bolt assembly turbine as same diameter and same shape.   Water-repellent turbine blade cross section (4X) 18 times 6-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various propulsion vessels (79V) Propulsion driving force + Equipped with hydraulic floating levitation additional thrust bearing + Intake air path length lens and heat and cold manufacturing with solar light + Turbine moving blade group of each stage Various energy storage cycle combined engines with mating bolt assembly turbine as same diameter and same shape.   Water-repellent turbine blade cross section (4X) 19 times 7-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various driving vessels (79V) Propulsion driving force + Hydraulic levitation levitation additional thrust bearing equipped + Intake air path length lens and heat and cold manufacturing with sunlight + Fully automatic processable turbine movement possible Various energy storage cycle coalescing engines, which use a blade assembly with a bolt assembly and a turbine assembly with approximately the same diameter and diameter.   Water-repellent turbine blade cross section (4X) 20 times 8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various propulsion vessels (79V) Propulsion driving + Hydraulic floating levitating additional thrust bearing + Intake air path length lens and solar light and heat with solar light + Fully automatic processing possible turbine A variety of energy storage cycle combined engines, in which the moving blade group has the same diameter and diameter and is approximately the same in diameter.   Water-repellent turbine blade cross section (4X) 21 times 9-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + downward acceleration metal Spherical mercury gravity turbine driven + various ships (79V) injection driving force driven + hydraulic floating levitation additional thrust bearing equipped + suction air path length lens and heat and cold heat manufacturing with sunlight + moving blade group of turbine Various energy storage cycle combined engines with fitting bolt assembly turbine as same diameter approximately same shape every paragraph.   Water-repellent turbine blade cross section (4X) 22 times 10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selected use vessel (38B) + downward acceleration metal Spherical mercury gravity turbine driven + various ships (79V) injection driving force driven + hydraulic floating levitation additional thrust bearing equipped + suction air path length lens and heat and cold heat manufacturing with sunlight + moving blade group of turbine Various energy storage cycle combined engines with fitting bolt assembly turbine as same diameter approximately same shape every paragraph.   Water-repellent turbine blade cross section (4X) 23 times metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + downward accelerating metal sphere mercury Drive by gravity turbine + Drive various ships (79V) Propulsion force drive + Hydraulic floating levitation additional thrust bearing equipped + Intake air path length lens and heat and cold manufacture with solar light + Turbine moving blade group of each stage Various energy storage cycle combined engines with mating bolt assembly turbine as same diameter and same shape.   Water-repellent turbine blade cross section (4X) 24 times 1-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + downward acceleration metal Ball mercury Gravity turbine driven + Various ships etc. (79V) Injection driving force driven + Hydraulic levitation levitation additional thrust bearing equipped + Intake air path length lens and heat and cold manufacturing with sunlight + Fully automatic processing possible turbine A variety of energy storage cycle combined engines, with the rotating blade group of each section having the same diameter and approximately the same diameter for each bolt assembly.   Water-repellent turbine blade cross section (4X) 25 times two-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + downward acceleration metal Spherical mercury gravity turbine driven + Various ships are driven by (79V) injection driving force + Hydraulic floating levitation additional thrust bearing equipped + Intake air path length lens and heat and cold manufacturing with sunlight + Fully automatic processing possible A variety of energy storage cycle combined engines, in which the rotor blade group of the turbine has the same diameter and diameter, and has the same diameter.   Water-repellent turbine blade cross-section (4X) doubled to three-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Produce thermal / thermal energy with suction air path length lens and sunlight + Various types of turbine blade groups having the same diameter and shape as fitting bolt assembly turbine Energy Conservation Cycle Coalition Agency.   Water-repellent turbine blade cross section (4X) triples four-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Produce thermal / thermal energy with suction air path length lens and sunlight + Various types of turbine blade groups having the same diameter and shape as fitting bolt assembly turbine Energy Conservation Cycle Coalition Agency.   Water-repellent turbine blade cross section (4X) is quadrupled to 5 stages metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Produce thermal / thermal energy with suction air path length lens and sunlight + Various types of turbine blade groups having the same diameter and shape as fitting bolt assembly turbine Energy Conservation Cycle Coalition Agency.   Water-repellent turbine blade cross-section (4X) 5 times 6-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + equipped with hydraulic levitation additional thrust bearing + Thermal and cold heat production with suction air path length lens and sunlight + Fully automatic machining allows the rotor blade group of the turbine to have the same diameter and the same diameter for each paragraph Various energy storage cycle combined engines with an assembled turbine.   Water-repellent turbine blade cross section (4X) 6 times 7-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Intake air path length lens and heat and cold manufacturing with solar light + Mating rotor blade group of turbines capable of fully automatic processing as same diameter of each stage Various energy storage cycle combined engines with bolt assembly turbines.   Water-repellent turbine blade cross section (4X) 7 times 8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) + Equipped with hydraulic levitation additional thrust bearing + Intake air path length lens and heat and cold heat manufacturing with sunlight + Turbine moving blade group of same diameter and same shape for every stage Various energy conservation cycle union engine.   Water-repellent turbine blade cross section (4X) 8 times 9-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) + Equipped with hydraulic levitation additional thrust bearing + Intake air path length lens and heat and cold heat manufacturing with sunlight + Turbine moving blade group of same diameter and same shape for every stage Various energy conservation cycle union engine.   Water-repellent turbine blade cross section (4X) 9 times 10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) + Equipped with hydraulic levitation additional thrust bearing + Intake air path length lens and heat and cold heat manufacturing with sunlight + Turbine moving blade group of same diameter and same shape for every stage Various energy conservation cycle union engine.   Water-repellent turbine blade cross section (4X) 10 times metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) Equipped + Equipped with hydraulic levitation additional thrust bearings + Intake air path length lens and heat and cold manufacturing with sunlight + Fully automatic processing Capable of assembling blades of turbine with similar diameter of each section Various energy storage cycle combined engines with turbines.   Water-repellent turbine blade cross section (4X) 11 times 1-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) + Equipped with hydraulic levitation additional thrust bearings + Intake air path length lens and heat and cold manufacturing with solar light + Inserting the buckets of turbines capable of fully automatic processing with the same diameter and diameter Various energy storage cycle combined engines with combined bolt assembly turbines.   Water-repellent turbine blade cross section (4X) 12 times double-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Produce thermal / thermal energy with suction air path length lens and sunlight + Various types of turbine blade groups having the same diameter and shape as fitting bolt assembly turbine Energy Conservation Cycle Coalition Agency.   Water-repellent turbine blade cross section (4X) 13 times three-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Produce thermal / thermal energy with suction air path length lens and sunlight + Various types of turbine blade groups having the same diameter and shape as fitting bolt assembly turbine Energy Conservation Cycle Coalition Agency.   Water-repellent turbine blade cross section (4X) 14 times 4-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Produce thermal / thermal energy with suction air path length lens and sunlight + Various types of turbine blade groups having the same diameter and shape as fitting bolt assembly turbine Energy Conservation Cycle Coalition Agency.   Water-repellent turbine blade cross section (4X) 15 times 5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + equipped with hydraulic levitation additional thrust bearing + Thermal and cold heat production with suction air path length lens and sunlight + Fully automatic machining allows the rotor blade group of the turbine to have the same diameter and the same diameter for each paragraph Various energy storage cycle combined engines with an assembled turbine.   Water-repellent turbine blade cross section (4X) 16 times 6-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Intake air path length lens and heat and cold manufacturing with solar light + Mating rotor blade group of turbines capable of fully automatic processing as same diameter of each stage Various energy storage cycle combined engines with bolt assembly turbines.   Water-repellent turbine blade cross section (4X) 17 times seven-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various propulsion vessels (79V) Propulsion driving force + Equipped with hydraulic floating levitation additional thrust bearing + Intake air path length lens and heat and cold manufacturing with solar light + Turbine moving blade group of each stage Various energy storage cycle combined engines with mating bolt assembly turbine as same diameter and same shape.   Water-repellent turbine blade cross section (4X) 18 times 8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various propulsion vessels (79V) Propulsion driving force + Equipped with hydraulic floating levitation additional thrust bearing + Intake air path length lens and heat and cold manufacturing with solar light + Turbine moving blade group of each stage Various energy storage cycle combined engines with mating bolt assembly turbine as same diameter and same shape.   Water-repellent turbine blade cross section (4X) 19 times nine-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various propulsion vessels (79V) Propulsion driving force + Equipped with hydraulic floating levitation additional thrust bearing + Intake air path length lens and heat and cold manufacturing with solar light + Turbine moving blade group of each stage Various energy storage cycle combined engines with mating bolt assembly turbine as same diameter and same shape.   Water-repellent turbine blade cross section (4X) 20 times 10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various driving vessels (79V) Propulsion driving force + Hydraulic levitation levitation additional thrust bearing equipped + Intake air path length lens and heat and cold manufacturing with sunlight + Fully automatic processable turbine movement possible Various energy storage cycle coalescing engines, which use a blade assembly with a bolt assembly and a turbine assembly with approximately the same diameter and diameter.   Water-repellent turbine blade cross section (4X) to be 21 times metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipment To make various passenger ships (79V) injection driving force driving + hydraulic floating levitation additional thrust bearing + suction air path length lens and heat and cold manufacturing with sunlight + turbine blade capable of fully automatic processing Various energy conservation cycle combined engines which set the group as fitting bolt assembly turbine with the same diameter and the same diameter every paragraph.   Water-repellent turbine blade cross section (4X) 22 times 1-step metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selected use vessel (38 B) + downward accelerating metal Spherical mercury gravity turbine driven + various ships (79V) injection driving force driven + hydraulic floating levitation additional thrust bearing equipped + suction air path length lens and heat and cold heat manufacturing with sunlight + moving blade group of turbine Various energy storage cycle combined engines with fitting bolt assembly turbine as same diameter approximately same shape every paragraph.   Water-repellent turbine blade cross section (4X) 23 times 2-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + downward acceleration metal Spherical mercury gravity turbine driven + various ships (79V) injection driving force driven + hydraulic floating levitation additional thrust bearing equipped + suction air path length lens and heat and cold heat manufacturing with sunlight + moving blade group of turbine Various energy storage cycle combined engines with fitting bolt assembly turbine as same diameter approximately same shape every paragraph.   Water-repellent turbine blade cross section (4X) 24 times 3-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + downward acceleration metal Spherical mercury gravity turbine driven + various ships (79V) injection driving force driven + hydraulic floating levitation additional thrust bearing equipped + suction air path length lens and heat and cold heat manufacturing with sunlight + moving blade group of turbine Various energy storage cycle combined engines with fitting bolt assembly turbine as same diameter approximately same shape every paragraph.   Water-repellent turbine blade cross section (4X) 25 times 4-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selected use vessel (38 B) + downward acceleration metal Ball mercury Gravity turbine driven + Various ships etc. (79V) Injection driving force driven + Hydraulic levitation levitation additional thrust bearing equipped + Intake air path length lens and heat and cold manufacturing with sunlight + Fully automatic processing possible turbine A variety of energy storage cycle combined engines, with the rotating blade group of each section having the same diameter and approximately the same diameter for each bolt assembly.   Water-repellent turbine blade cross section (4X) doubled to 5 stages metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selected to use ship (38B) + downward accelerating metal Spherical mercury gravity turbine driven + Various ships are driven by (79V) injection driving force + Hydraulic floating levitation additional thrust bearing equipped + Intake air path length lens and heat and cold manufacturing with sunlight + Fully automatic processing possible A variety of energy storage cycle combined engines, in which the rotor blade group of the turbine has the same diameter and diameter, and has the same diameter.   Water-repellent turbine blade cross-section (4X) triples 6-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Produce thermal / thermal energy with suction air path length lens and sunlight + Various types of turbine blade groups having the same diameter and shape as fitting bolt assembly turbine Energy Conservation Cycle Coalition Agency.   Water-repellent turbine blade cross-section (4X) quadrupled 7-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Produce thermal / thermal energy with suction air path length lens and sunlight + Various types of turbine blade groups having the same diameter and shape as fitting bolt assembly turbine Energy Conservation Cycle Coalition Agency.   Water-repellent turbine blade cross section (4X) 5 times 8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Produce thermal / thermal energy with suction air path length lens and sunlight + Various types of turbine blade groups having the same diameter and shape as fitting bolt assembly turbine Energy Conservation Cycle Coalition Agency.   Water-repellent turbine blade cross section (4X) 6 times 9-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + equipped with hydraulic levitation additional thrust bearing + Thermal and cold heat production with suction air path length lens and sunlight + Fully automatic machining allows the rotor blade group of the turbine to have the same diameter and the same diameter for each paragraph Various energy storage cycle combined engines with an assembled turbine.   Water-repellent turbine blade cross section (4X) 7 times 10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Intake air path length lens and heat and cold manufacturing with solar light + Mating rotor blade group of turbines capable of fully automatic processing as same diameter of each stage Various energy storage cycle combined engines with bolt assembly turbines.   Water-repellent turbine blade cross section (4X) 8 times metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) Equipped + Equipped with hydraulic levitation additional thrust bearings + Intake air path length lens and heat and cold manufacturing with solar light + Various energy of the moving blade group of the turbine with the same diameter and the same diameter for each stage Preservation cycle union agency.   Water-repellent turbine blade cross section (4X) 9 times 1-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) + Equipped with hydraulic levitation additional thrust bearing + Intake air path length lens and heat and cold heat manufacturing with sunlight + Turbine moving blade group of same diameter and same shape for every stage Various energy conservation cycle union engine.   Water-repellent turbine blade cross section (4X) 10 times 2-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) + Equipped with hydraulic levitation additional thrust bearing + Intake air path length lens and heat and cold heat manufacturing with sunlight + Turbine moving blade group of same diameter and same shape for every stage Various energy conservation cycle union engine.   Water-repellent turbine blade cross section (4X) 11 times three-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) + Equipped with hydraulic floating additional thrust bearing + Intake air path length lens and heat and cold manufacturing with sunlight + Fully automatic processing allows the rotor blade group of the turbine to be fitted with the same diameter and approximately same shape for each stage Various energy storage cycle combined engines with bolt assembly turbines.   Water-repellent turbine blade cross section (4X) 12 times 4-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) + Equipped with hydraulic levitation additional thrust bearings + Intake air path length lens and heat and cold manufacturing with solar light + Inserting the buckets of turbines capable of fully automatic processing with the same diameter and diameter Various energy storage cycle combined engines with combined bolt assembly turbines.   Water-repellent turbine blade cross section (4X) 13 times 5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Produce thermal / thermal energy with suction air path length lens and sunlight + Various types of turbine blade groups having the same diameter and shape as fitting bolt assembly turbine Energy Conservation Cycle Coalition Agency.   Water-repellent turbine blade cross section (4X) 14 times 6-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Produce thermal / thermal energy with suction air path length lens and sunlight + Various types of turbine blade groups having the same diameter and shape as fitting bolt assembly turbine Energy Conservation Cycle Coalition Agency.   Water-repellent turbine blade cross section (4X) 15 times 7-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Produce thermal / thermal energy with suction air path length lens and sunlight + Various types of turbine blade groups having the same diameter and shape as fitting bolt assembly turbine Energy Conservation Cycle Coalition Agency.   Water-repellent turbine blade cross section (4X) 16 times 8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + equipped with hydraulic levitation additional thrust bearing + Thermal and cold heat production with suction air path length lens and sunlight + Fully automatic machining allows the rotor blade group of the turbine to have the same diameter and the same diameter for each paragraph Various energy storage cycle combined engines with an assembled turbine.   Water-repellent turbine blade cross section (4X) to 17 times nine-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Intake air path length lens and heat and cold manufacturing with solar light + Mating rotor blade group of turbines capable of fully automatic processing as same diameter of each stage Various energy storage cycle combined engines with bolt assembly turbines.   Water-repellent turbine blade cross section (4X) 18 times 10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various propulsion vessels (79V) Propulsion driving force + Equipped with hydraulic floating levitation additional thrust bearing + Intake air path length lens and heat and cold manufacturing with solar light + Turbine moving blade group of each stage Various energy storage cycle combined engines with mating bolt assembly turbine as same diameter and same shape.   Water-repellent turbine blade cross section (4X) is made 19 times metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipment + Drive various propulsion vessels (79V) Propulsion power drive + Hydraulic floating levitation additional thrust bearing equipped + Intake air path length lens and heat and cold heat manufacture with sunlight + Turbine blade group of turbine same diameter every paragraph Various energy storage cycle combined engines with mating bolt assembly turbine as almost same shape.   Water-repellent turbine blade cross section (4X) 20 times 1-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various propulsion vessels (79V) Propulsion driving force + Equipped with hydraulic floating levitation additional thrust bearing + Intake air path length lens and heat and cold manufacturing with solar light + Turbine moving blade group of each stage Various energy storage cycle combined engines with mating bolt assembly turbine as same diameter and same shape.   Water-repellent turbine blade cross section (4X) 21 times 2-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various driving vessels (79V) Propulsion driving force + Hydraulic levitation levitation additional thrust bearing equipped + Intake air path length lens and heat and cold manufacturing with sunlight + Fully automatic processable turbine movement possible Various energy storage cycle coalescing engines, which use a blade assembly with a bolt assembly and a turbine assembly with approximately the same diameter and diameter.   Water-repellent turbine blade cross section (4X) 22 times 3-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various propulsion vessels (79V) Propulsion driving + Hydraulic floating levitating additional thrust bearing + Intake air path length lens and solar light and heat with solar light + Fully automatic processing possible turbine A variety of energy storage cycle combined engines, in which the moving blade group has the same diameter and diameter and is approximately the same in diameter.   Water-repellent turbine blade cross section (4X) 23 times 4-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + downward accelerating metal Spherical mercury gravity turbine driven + various ships (79V) injection driving force driven + hydraulic floating levitation additional thrust bearing equipped + suction air path length lens and heat and cold heat manufacturing with sunlight + moving blade group of turbine Various energy storage cycle combined engines with fitting bolt assembly turbine as same diameter approximately same shape every paragraph.   Water-repellent turbine blade cross section (4X) 24 times 5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + downward acceleration metal Spherical mercury gravity turbine driven + various ships (79V) injection driving force driven + hydraulic floating levitation additional thrust bearing equipped + suction air path length lens and heat and cold heat manufacturing with sunlight + moving blade group of turbine Various energy storage cycle combined engines with fitting bolt assembly turbine as same diameter approximately same shape every paragraph.   Water-repellent turbine blade cross section (4X) 25 times 6-step metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selected use vessel (38 B) + downward acceleration metal Spherical mercury gravity turbine driven + various ships (79V) injection driving force driven + hydraulic floating levitation additional thrust bearing equipped + suction air path length lens and heat and cold heat manufacturing with sunlight + moving blade group of turbine Various energy storage cycle combined engines with fitting bolt assembly turbine as same diameter approximately same shape every paragraph.   Water-repellent turbine blade cross section (4X) doubled 7-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selected use vessel (38 B) + downward accelerating metal Ball mercury Gravity turbine driven + Various ships etc. (79V) Injection driving force driven + Hydraulic levitation levitation additional thrust bearing equipped + Intake air path length lens and heat and cold manufacturing with sunlight + Fully automatic processing possible turbine A variety of energy storage cycle combined engines, with the rotating blade group of each section having the same diameter and approximately the same diameter for each bolt assembly.   Water-repellent turbine blade cross section (4X) triples 8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + downward acceleration metal Spherical mercury gravity turbine driven + Various ships are driven by (79V) injection driving force + Hydraulic floating levitation additional thrust bearing equipped + Intake air path length lens and heat and cold manufacturing with sunlight + Fully automatic processing possible A variety of energy storage cycle combined engines, in which the rotor blade group of the turbine has the same diameter and diameter, and has the same diameter.   Water-repellent turbine blade cross-section (4X) quadrupled to 9-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Produce thermal / thermal energy with suction air path length lens and sunlight + Various types of turbine blade groups having the same diameter and shape as fitting bolt assembly turbine Energy Conservation Cycle Coalition Agency.   Water-repellent turbine blade cross-section (4X) to 5 times 10-stage metal sphere mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Produce thermal / thermal energy with suction air path length lens and sunlight + Various types of turbine blade groups having the same diameter and shape as fitting bolt assembly turbine Energy Conservation Cycle Coalition Agency.   Water-repellent turbine blade cross section (4X) to be 6 times metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipment + Hydraulic levitation + Additional thrust bearings + Suction air path length lens and heat and cold manufacturing with sunlight + Turbine blade group of the same diameter almost same shape for every stage Cycle coalescing agency.   Water-repellent turbine blade cross section (4X) 7 times 1-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + equipped with hydraulic levitation additional thrust bearing + Thermal and cold heat production with suction air path length lens and sunlight + Fully automatic machining allows the rotor blade group of the turbine to have the same diameter and the same diameter for each paragraph Various energy storage cycle combined engines with an assembled turbine.   Water-repellent turbine blade cross section (4X) 8 times 2-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Intake air path length lens and heat and cold manufacturing with solar light + Mating rotor blade group of turbines capable of fully automatic processing as same diameter of each stage Various energy storage cycle combined engines with bolt assembly turbines.   Water-repellent turbine blade cross section (4X) 9 times 3-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) + Equipped with hydraulic levitation additional thrust bearing + Intake air path length lens and heat and cold heat manufacturing with sunlight + Turbine moving blade group of same diameter and same shape for every stage Various energy conservation cycle union engine.   Water-repellent turbine blade cross section (4X) 10 times 4-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) + Equipped with hydraulic levitation additional thrust bearing + Intake air path length lens and heat and cold heat manufacturing with sunlight + Turbine moving blade group of same diameter and same shape for every stage Various energy conservation cycle union engine.   Water-repellent turbine blade cross section (4X) to 11 times 5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) + Equipped with hydraulic levitation additional thrust bearing + Intake air path length lens and heat and cold heat manufacturing with sunlight + Turbine moving blade group of same diameter and same shape for every stage Various energy conservation cycle union engine.   Water-repellent turbine blade cross section (4X) 12 times 6-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) + Equipped with hydraulic floating additional thrust bearing + Intake air path length lens and heat and cold manufacturing with sunlight + Fully automatic processing allows the rotor blade group of the turbine to be fitted with the same diameter and approximately same shape for each stage Various energy storage cycle combined engines with bolt assembly turbines.   Water-repellent turbine blade cross section (4X) 13 times 7-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) + Equipped with hydraulic levitation additional thrust bearings + Intake air path length lens and heat and cold manufacturing with solar light + Inserting the buckets of turbines capable of fully automatic processing with the same diameter and diameter Various energy storage cycle combined engines with combined bolt assembly turbines.   Water-repellent turbine blade cross section (4X) 14 times 8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Produce thermal / thermal energy with suction air path length lens and sunlight + Various types of turbine blade groups having the same diameter and shape as fitting bolt assembly turbine Energy Conservation Cycle Coalition Agency.   Water-repellent turbine blade cross section (4X) 15 times 9-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Produce thermal / thermal energy with suction air path length lens and sunlight + Various types of turbine blade groups having the same diameter and shape as fitting bolt assembly turbine Energy Conservation Cycle Coalition Agency.   Water-repellent turbine blade cross section (4X) to 16 times 10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Produce thermal / thermal energy with suction air path length lens and sunlight + Various types of turbine blade groups having the same diameter and shape as fitting bolt assembly turbine Energy Conservation Cycle Coalition Agency.   Water-repellent turbine blade cross section (4X) to 17 times metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipment + Hydraulic levitation + Additional thrust bearing + Suction air path length lens and heat and cold manufacturing with sunlight + Fully automatic processable turbine blade group with the same diameter and almost same shape for each stage And various energy conservation cycle coalition agencies.   Water-repellent turbine blade cross section (4X) 18 times 1-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Intake air path length lens and heat and cold manufacturing with solar light + Mating rotor blade group of turbines capable of fully automatic processing as same diameter of each stage Various energy storage cycle combined engines with bolt assembly turbines.   Water-repellent turbine blade cross section (4X) 19 times 2-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various propulsion vessels (79V) Propulsion driving force + Equipped with hydraulic floating levitation additional thrust bearing + Intake air path length lens and heat and cold manufacturing with solar light + Turbine moving blade group of each stage Various energy storage cycle combined engines with mating bolt assembly turbine as same diameter and same shape.   Water-repellent turbine blade cross section (4X) 20 times 3-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various propulsion vessels (79V) Propulsion driving force + Equipped with hydraulic floating levitation additional thrust bearing + Intake air path length lens and heat and cold manufacturing with solar light + Turbine moving blade group of each stage Various energy storage cycle combined engines with mating bolt assembly turbine as same diameter and same shape.   Water-repellent turbine blade cross section (4X) 21 times 4-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various propulsion vessels (79V) Propulsion driving force + Equipped with hydraulic floating levitation additional thrust bearing + Intake air path length lens and heat and cold manufacturing with solar light + Turbine moving blade group of each stage Various energy storage cycle combined engines with mating bolt assembly turbine as same diameter and same shape.   Water-repellent turbine blade cross section (4X) 22 times 5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various driving vessels (79V) Propulsion driving force + Hydraulic levitation levitation additional thrust bearing equipped + Intake air path length lens and heat and cold manufacturing with sunlight + Fully automatic processable turbine movement possible Various energy storage cycle coalescing engines, which use a blade assembly with a bolt assembly and a turbine assembly with approximately the same diameter and diameter.   Water-repellent turbine blade cross section (4X) 23 times 6-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various propulsion vessels (79V) Propulsion driving + Hydraulic floating levitating additional thrust bearing + Intake air path length lens and solar light and heat with solar light + Fully automatic processing possible turbine A variety of energy storage cycle combined engines, in which the moving blade group has the same diameter and diameter and is approximately the same in diameter.   Water-repellent turbine blade cross section (4X) 24 times 7-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + downward acceleration metal Spherical mercury gravity turbine driven + various ships (79V) injection driving force driven + hydraulic floating levitation additional thrust bearing equipped + suction air path length lens and heat and cold heat manufacturing with sunlight + moving blade group of turbine Various energy storage cycle combined engines with fitting bolt assembly turbine as same diameter approximately same shape every paragraph.   Water-repellent turbine blade cross section (4X) 25 times 8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + downward acceleration metal Spherical mercury gravity turbine driven + various ships (79V) injection driving force driven + hydraulic floating levitation additional thrust bearing equipped + suction air path length lens and heat and cold heat manufacturing with sunlight + moving blade group of turbine Various energy storage cycle combined engines with fitting bolt assembly turbine as same diameter approximately same shape every paragraph.   Water repellant turbine blade cross section (4X) doubled 9-step metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + downward accelerating metal Spherical mercury gravity turbine driven + various ships (79V) injection driving force driven + hydraulic floating levitation additional thrust bearing equipped + suction air path length lens and heat and cold heat manufacturing with sunlight + moving blade group of turbine Various energy storage cycle combined engines with fitting bolt assembly turbine as same diameter approximately same shape every paragraph.   Water-repellent turbine blade cross section (4X) triples 10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + downward acceleration metal Ball mercury Gravity turbine driven + Various ships etc. (79V) Injection driving force driven + Hydraulic levitation levitation additional thrust bearing equipped + Intake air path length lens and heat and cold manufacturing with sunlight + Fully automatic processing possible turbine A variety of energy storage cycle combined engines, with the rotating blade group of each section having the same diameter and approximately the same diameter for each bolt assembly.   Water-repellent turbine blade cross section (4X) quadruple metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + downward accelerating metal sphere mercury Driven by gravity turbine + Drive various ships (79 V) Propulsion force driven + Hydraulic floating levitation additional thrust bearing equipped + Intake air path length lens and heat and cold heat production with sunlight + Fully automatic processing possible turbine A variety of energy storage cycle combined engines, in which the moving blade group has the same diameter and diameter and is approximately the same in diameter.   Water-repellent turbine blade cross section (4X) 5 times 1-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Produce thermal / thermal energy with suction air path length lens and sunlight + Various types of turbine blade groups having the same diameter and shape as fitting bolt assembly turbine Energy Conservation Cycle Coalition Agency.   Water-repellent turbine blade cross section (4X) 6 times two-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Produce thermal / thermal energy with suction air path length lens and sunlight + Various types of turbine blade groups having the same diameter and shape as fitting bolt assembly turbine Energy Conservation Cycle Coalition Agency.   Water-repellent turbine blade cross section (4X) seven times three-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Produce thermal / thermal energy with suction air path length lens and sunlight + Various types of turbine blade groups having the same diameter and shape as fitting bolt assembly turbine Energy Conservation Cycle Coalition Agency.   Water-repellent turbine blade cross section (4X) 8 times 4-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + equipped with hydraulic levitation additional thrust bearing + Thermal and cold heat production with suction air path length lens and sunlight + Fully automatic machining allows the rotor blade group of the turbine to have the same diameter and the same diameter for each paragraph Various energy storage cycle combined engines with an assembled turbine.   Water-repellent turbine blade cross section (4X) 9 times 5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Intake air path length lens and heat and cold manufacturing with solar light + Mating rotor blade group of turbines capable of fully automatic processing as same diameter of each stage Various energy storage cycle combined engines with bolt assembly turbines.   Water-repellent turbine blade cross section (4X) 10 times 6-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) + Equipped with hydraulic levitation additional thrust bearing + Intake air path length lens and heat and cold heat manufacturing with sunlight + Turbine moving blade group of same diameter and same shape for every stage Various energy conservation cycle union engine.   Water-repellent turbine blade cross section (4X) to 11 times 7-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) + Equipped with hydraulic levitation additional thrust bearing + Intake air path length lens and heat and cold heat manufacturing with sunlight + Turbine moving blade group of same diameter and same shape for every stage Various energy conservation cycle union engine.   Water-repellent turbine blade cross section (4X) 12 times 8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) + Equipped with hydraulic levitation additional thrust bearing + Intake air path length lens and heat and cold heat manufacturing with sunlight + Turbine moving blade group of same diameter and same shape for every stage Various energy conservation cycle union engine.   Water-repellent turbine blade cross section (4X) 13 times 9-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) + Equipped with hydraulic floating additional thrust bearing + Intake air path length lens and heat and cold manufacturing with sunlight + Fully automatic processing allows the rotor blade group of the turbine to be fitted with the same diameter and approximately same shape for each stage Various energy storage cycle combined engines with bolt assembly turbines.   Water-repellent turbine blade cross section (4X) 14 times 10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) + Equipped with hydraulic levitation additional thrust bearings + Intake air path length lens and heat and cold manufacturing with solar light + Inserting the buckets of turbines capable of fully automatic processing with the same diameter and diameter Various energy storage cycle combined engines with combined bolt assembly turbines.   Water-repellent turbine blade cross section (4X) 15 times metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipment + Hydraulic levitation + Additional thrust bearings + Suction air path length lens and heat and cold manufacturing with sunlight + Turbine blade group of the same diameter almost same shape for every stage Cycle coalescing agency.   Water-repellent turbine blade cross section (4X) 16 times 1-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Produce thermal / thermal energy with suction air path length lens and sunlight + Various types of turbine blade groups having the same diameter and shape as fitting bolt assembly turbine Energy Conservation Cycle Coalition Agency.   Water-repellent turbine blade cross section (4X) 17 times two-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Produce thermal / thermal energy with suction air path length lens and sunlight + Various types of turbine blade groups having the same diameter and shape as fitting bolt assembly turbine Energy Conservation Cycle Coalition Agency.   Water-repellent turbine blade cross section (4X) 18 times 3-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + equipped with hydraulic levitation additional thrust bearing + Thermal and cold heat production with suction air path length lens and sunlight + Fully automatic machining allows the rotor blade group of the turbine to have the same diameter and the same diameter for each paragraph Various energy storage cycle combined engines with an assembled turbine.   Water-repellent turbine blade cross section (4X) 19 times 4-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Intake air path length lens and heat and cold manufacturing with solar light + Mating rotor blade group of turbines capable of fully automatic processing as same diameter of each stage Various energy storage cycle combined engines with bolt assembly turbines.   Water-repellent turbine blade cross section (4X) 20 times 5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various propulsion vessels (79V) Propulsion driving force + Equipped with hydraulic floating levitation additional thrust bearing + Intake air path length lens and heat and cold manufacturing with solar light + Turbine moving blade group of each stage Various energy storage cycle combined engines with mating bolt assembly turbine as same diameter and same shape.   Water-repellent turbine blade cross section (4X) 21 times 6-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various propulsion vessels (79V) Propulsion driving force + Equipped with hydraulic floating levitation additional thrust bearing + Intake air path length lens and heat and cold manufacturing with solar light + Turbine moving blade group of each stage Various energy storage cycle combined engines with mating bolt assembly turbine as same diameter and same shape.   Water-repellent turbine blade cross section (4X) 22 times 7-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various propulsion vessels (79V) Propulsion driving force + Equipped with hydraulic floating levitation additional thrust bearing + Intake air path length lens and heat and cold manufacturing with solar light + Turbine moving blade group of each stage Various energy storage cycle combined engines with mating bolt assembly turbine as same diameter and same shape.   Water-repellent turbine blade cross section (4X) 23 times 8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various driving vessels (79V) Propulsion driving force + Hydraulic levitation levitation additional thrust bearing equipped + Intake air path length lens and heat and cold manufacturing with sunlight + Fully automatic processable turbine movement possible Various energy storage cycle coalescing engines, which use a blade assembly with a bolt assembly and a turbine assembly with approximately the same diameter and diameter.   Water-repellent turbine blade cross section (4X) to 24 times 9-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various propulsion vessels (79V) Propulsion driving + Hydraulic floating levitating additional thrust bearing + Intake air path length lens and solar light and heat with solar light + Fully automatic processing possible turbine A variety of energy storage cycle combined engines, in which the moving blade group has the same diameter and diameter and is approximately the same in diameter.   Water-repellent turbine blade cross section (4X) 25 times 10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + downward acceleration metal Spherical mercury gravity turbine driven + various ships (79V) injection driving force driven + hydraulic floating levitation additional thrust bearing equipped + suction air path length lens and heat and cold heat manufacturing with sunlight + moving blade group of turbine Various energy storage cycle combined engines with fitting bolt assembly turbine as same diameter approximately same shape every paragraph.   Water repellent turbine blade cross section (4X) doubled metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + downward accelerating metal sphere mercury Drive by gravity turbine + Drive various ships (79V) Propulsion force drive + Hydraulic floating levitation additional thrust bearing equipped + Intake air path length lens and heat and cold manufacture with solar light + Turbine moving blade group of each stage Various energy storage cycle combined engines with mating bolt assembly turbine as same diameter and same shape.   Water repellant turbine blade cross section (4X) tripled to one-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + downward accelerating metal Spherical mercury gravity turbine driven + various ships (79V) injection driving force driven + hydraulic floating levitation additional thrust bearing equipped + suction air path length lens and heat and cold heat manufacturing with sunlight + moving blade group of turbine Various energy storage cycle combined engines with fitting bolt assembly turbine as same diameter approximately same shape every paragraph.   Water-repellent turbine blade cross-section (4X) quadrupled double-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + downward acceleration metal Ball mercury Gravity turbine driven + Various ships etc. (79V) Injection driving force driven + Hydraulic levitation levitation additional thrust bearing equipped + Intake air path length lens and heat and cold manufacturing with sunlight + Fully automatic processing possible turbine A variety of energy storage cycle combined engines, with the rotating blade group of each section having the same diameter and approximately the same diameter for each bolt assembly.   Water-repellent turbine blade cross section (4X) 5 times three-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selected to use ship (38 B) + downward accelerating metal Spherical mercury gravity turbine driven + Various ships are driven by (79V) injection driving force + Hydraulic floating levitation additional thrust bearing equipped + Intake air path length lens and heat and cold manufacturing with sunlight + Fully automatic processing possible A variety of energy storage cycle combined engines, in which the rotor blade group of the turbine has the same diameter and diameter, and has the same diameter.   Water-repellent turbine blade cross section (4X) 6 times 4-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Produce thermal / thermal energy with suction air path length lens and sunlight + Various types of turbine blade groups having the same diameter and shape as fitting bolt assembly turbine Energy Conservation Cycle Coalition Agency.   Water-repellent turbine blade cross section (4X) 7 times 5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Produce thermal / thermal energy with suction air path length lens and sunlight + Various types of turbine blade groups having the same diameter and shape as fitting bolt assembly turbine Energy Conservation Cycle Coalition Agency.   Water-repellent turbine blade cross section (4X) 8 times 6-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Produce thermal / thermal energy with suction air path length lens and sunlight + Various types of turbine blade groups having the same diameter and shape as fitting bolt assembly turbine Energy Conservation Cycle Coalition Agency.   Water-repellent turbine blade cross section (4X) 9 times 7-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + equipped with hydraulic levitation additional thrust bearing + Thermal and cold heat production with suction air path length lens and sunlight + Fully automatic machining allows the rotor blade group of the turbine to have the same diameter and the same diameter for each paragraph Various energy storage cycle combined engines with an assembled turbine.   Water-repellent turbine blade cross section (4X) 10 times 8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Intake air path length lens and heat and cold manufacturing with solar light + Mating rotor blade group of turbines capable of fully automatic processing as same diameter of each stage Various energy storage cycle combined engines with bolt assembly turbines.   Water-repellent turbine blade cross section (4X) to 11 times 9-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) + Equipped with hydraulic levitation additional thrust bearing + Intake air path length lens and heat and cold heat manufacturing with sunlight + Turbine moving blade group of same diameter and same shape for every stage Various energy conservation cycle union engine.   Water-repellent turbine blade cross section (4X) to 12 times 10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) + Equipped with hydraulic levitation additional thrust bearing + Intake air path length lens and heat and cold heat manufacturing with sunlight + Turbine moving blade group of same diameter and same shape for every stage Various energy conservation cycle union engine.   Water-repellent turbine blade cross section (4X) 13 times metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) Equipped + Equipped with hydraulic levitation additional thrust bearings + Intake air path length lens and heat and cold manufacturing with solar light + Various energy of the moving blade group of the turbine with the same diameter and the same diameter for each stage Preservation cycle union agency.   Water-repellent turbine blade cross section (4X) 14 times 1-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) + Equipped with hydraulic floating additional thrust bearing + Intake air path length lens and heat and cold manufacturing with sunlight + Fully automatic processing allows the rotor blade group of the turbine to be fitted with the same diameter and approximately same shape for each stage Various energy storage cycle combined engines with bolt assembly turbines.   Water-repellent turbine blade cross section (4X) 15 times two-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) + Equipped with hydraulic levitation additional thrust bearings + Intake air path length lens and heat and cold manufacturing with solar light + Inserting the buckets of turbines capable of fully automatic processing with the same diameter and diameter Various energy storage cycle combined engines with combined bolt assembly turbines.   Water-repellent turbine blade cross section (4X) 16 times 3-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Produce thermal / thermal energy with suction air path length lens and sunlight + Various types of turbine blade groups having the same diameter and shape as fitting bolt assembly turbine Energy Conservation Cycle Coalition Agency.   Water-repellent turbine blade cross section (4X) 17 times 4-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Produce thermal / thermal energy with suction air path length lens and sunlight + Various types of turbine blade groups having the same diameter and shape as fitting bolt assembly turbine Energy Conservation Cycle Coalition Agency.   Water-repellent turbine blade cross section (4X) 18 times 5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Produce thermal / thermal energy with suction air path length lens and sunlight + Various types of turbine blade groups having the same diameter and shape as fitting bolt assembly turbine Energy Conservation Cycle Coalition Agency.   Water-repellent turbine blade cross section (4X) 19 times 6-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + equipped with hydraulic levitation additional thrust bearing + Thermal and cold heat production with suction air path length lens and sunlight + Fully automatic machining allows the rotor blade group of the turbine to have the same diameter and the same diameter for each paragraph Various energy storage cycle combined engines with an assembled turbine.   Water-repellent turbine blade cross section (4X) 20 times 7-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Intake air path length lens and heat and cold manufacturing with solar light + Mating rotor blade group of turbines capable of fully automatic processing as same diameter of each stage Various energy storage cycle combined engines with bolt assembly turbines.   Water-repellent turbine blade cross section (4X) 21 times 8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various propulsion vessels (79V) Propulsion driving force + Equipped with hydraulic floating levitation additional thrust bearing + Intake air path length lens and heat and cold manufacturing with solar light + Turbine moving blade group of each stage Various energy storage cycle combined engines with mating bolt assembly turbine as same diameter and same shape.   Water-repellent turbine blade cross section (4X) 22 times 9-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various propulsion vessels (79V) Propulsion driving force + Equipped with hydraulic floating levitation additional thrust bearing + Intake air path length lens and heat and cold manufacturing with solar light + Turbine moving blade group of each stage Various energy storage cycle combined engines with mating bolt assembly turbine as same diameter and same shape.   Water-repellent turbine blade cross section (4X) 23 times 10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various propulsion vessels (79V) Propulsion driving force + Equipped with hydraulic floating levitation additional thrust bearing + Intake air path length lens and heat and cold manufacturing with solar light + Turbine moving blade group of each stage Various energy storage cycle combined engines with mating bolt assembly turbine as same diameter and same shape.   Water-repellent turbine blade cross section (4X) to be 24 times metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipment + Various types of passenger ships driven by (79V) injection driving force + hydraulic floating levitation additional thrust bearing equipped + suction air path length lens and heat and cold manufacturing with sunlight + moving blade group of a fully automatic processable turbine Various energy storage cycle combined engines with mating bolt assembly turbines with the same diameter and approximately the same diameter for each stage.   Water-repellent turbine blade cross section (4X) 25 times 1-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various propulsion vessels (79V) Propulsion driving + Hydraulic floating levitating additional thrust bearing + Intake air path length lens and solar light and heat with solar light + Fully automatic processing possible turbine A variety of energy storage cycle combined engines, in which the moving blade group has the same diameter and diameter and is approximately the same in diameter.   Water-repellent turbine blade cross section (4X) doubles two-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) select use vessel (38 B) + downward accelerating metal Spherical mercury gravity turbine driven + various ships (79V) injection driving force driven + hydraulic floating levitation additional thrust bearing equipped + suction air path length lens and heat and cold heat manufacturing with sunlight + moving blade group of turbine Various energy storage cycle combined engines with fitting bolt assembly turbine as same diameter approximately same shape every paragraph.   Water-repellent turbine blade cross section (4X) triples three-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + downward acceleration metal Spherical mercury gravity turbine driven + various ships (79V) injection driving force driven + hydraulic floating levitation additional thrust bearing equipped + suction air path length lens and heat and cold heat manufacturing with sunlight + moving blade group of turbine Various energy storage cycle combined engines with fitting bolt assembly turbine as same diameter approximately same shape every paragraph.   Water-repellent turbine blade cross section (4X) quadruple four-step metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selected to use ship (38B) + downward accelerating metal Spherical mercury gravity turbine driven + various ships (79V) injection driving force driven + hydraulic floating levitation additional thrust bearing equipped + suction air path length lens and heat and cold heat manufacturing with sunlight + moving blade group of turbine Various energy storage cycle combined engines with fitting bolt assembly turbine as same diameter approximately same shape every paragraph.   Water-repellent turbine blade cross section (4X) 5 times 5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selected to use ship (38 B) + downward accelerating metal Ball mercury Gravity turbine driven + Various ships etc. (79V) Injection driving force driven + Hydraulic levitation levitation additional thrust bearing equipped + Intake air path length lens and heat and cold manufacturing with sunlight + Fully automatic processing possible turbine A variety of energy storage cycle combined engines, with the rotating blade group of each section having the same diameter and approximately the same diameter for each bolt assembly.   Water-repellent turbine blade cross section (4X) 6 times 6-step metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selected use vessel (38 B) + downward acceleration metal Spherical mercury gravity turbine driven + Various ships are driven by (79V) injection driving force + Hydraulic floating levitation additional thrust bearing equipped + Intake air path length lens and heat and cold manufacturing with sunlight + Fully automatic processing possible A variety of energy storage cycle combined engines, in which the rotor blade group of the turbine has the same diameter and diameter, and has the same diameter.   Water-repellent turbine blade cross section (4X) 7 times 7-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Produce thermal / thermal energy with suction air path length lens and sunlight + Various types of turbine blade groups having the same diameter and shape as fitting bolt assembly turbine Energy Conservation Cycle Coalition Agency.   Water-repellent turbine blade cross section (4X) 8 times 8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Produce thermal / thermal energy with suction air path length lens and sunlight + Various types of turbine blade groups having the same diameter and shape as fitting bolt assembly turbine Energy Conservation Cycle Coalition Agency.   Water-repellent turbine blade cross section (4X) 9 times 9-step metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Produce thermal / thermal energy with suction air path length lens and sunlight + Various types of turbine blade groups having the same diameter and shape as fitting bolt assembly turbine Energy Conservation Cycle Coalition Agency.   Water-repellent turbine blade cross section (4X) 10 times 10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + equipped with hydraulic levitation additional thrust bearing + Thermal and cold heat production with suction air path length lens and sunlight + Fully automatic machining allows the rotor blade group of the turbine to have the same diameter and the same diameter for each paragraph Various energy storage cycle combined engines with an assembled turbine.   Water-repellent turbine blade cross section (4X) to 11 times metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipment + Hydraulic levitation + Additional thrust bearing + Suction air path length lens and heat and cold manufacturing with sun light + Moving blade group of turbine that can be fully automatic processing is same diameter for each paragraph and fitting bolt assembly Various energy storage cycle combined engines with turbines.   Water-repellent turbine blade cross section (4X) 12 times 1-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) + Equipped with hydraulic levitation additional thrust bearing + Intake air path length lens and heat and cold heat manufacturing with sunlight + Turbine moving blade group of same diameter and same shape for every stage Various energy conservation cycle union engine.   Water-repellent turbine blade cross section (4X) 13 times 2-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) + Equipped with hydraulic levitation additional thrust bearing + Intake air path length lens and heat and cold heat manufacturing with sunlight + Turbine moving blade group of same diameter and same shape for every stage Various energy conservation cycle union engine.   Water-repellent turbine blade cross section (4X) 14 times 3-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) + Equipped with hydraulic levitation additional thrust bearing + Intake air path length lens and heat and cold heat manufacturing with sunlight + Turbine moving blade group of same diameter and same shape for every stage Various energy conservation cycle union engine.   Water-repellent turbine blade cross section (4X) 15 times 4-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) + Equipped with hydraulic floating additional thrust bearing + Intake air path length lens and heat and cold manufacturing with sunlight + Fully automatic processing allows the rotor blade group of the turbine to be fitted with the same diameter and approximately same shape for each stage Various energy storage cycle combined engines with bolt assembly turbines.   Water-repellent turbine blade cross section (4X) to 16 times 5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) + Equipped with hydraulic levitation additional thrust bearings + Intake air path length lens and heat and cold manufacturing with solar light + Inserting the buckets of turbines capable of fully automatic processing with the same diameter and diameter Various energy storage cycle combined engines with combined bolt assembly turbines.   Water-repellent turbine blade cross section (4X) 17 times 6-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Produce thermal / thermal energy with suction air path length lens and sunlight + Various types of turbine blade groups having the same diameter and shape as fitting bolt assembly turbine Energy Conservation Cycle Coalition Agency.   Water-repellent turbine blade cross section (4X) 18 times 7-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Produce thermal / thermal energy with suction air path length lens and sunlight + Various types of turbine blade groups having the same diameter and shape as fitting bolt assembly turbine Energy Conservation Cycle Coalition Agency.   Water-repellent turbine blade cross section (4X) 19 times 8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal axis (1h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Produce thermal / thermal energy with suction air path length lens and sunlight + Various types of turbine blade groups having the same diameter and shape as fitting bolt assembly turbine Energy Conservation Cycle Coalition Agency.   Water-repellent turbine blade cross section (4X) 20 times 9-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + equipped with hydraulic levitation additional thrust bearing + Thermal and cold heat production with suction air path length lens and sunlight + Fully automatic machining allows the rotor blade group of the turbine to have the same diameter and the same diameter for each paragraph Various energy storage cycle combined engines with an assembled turbine.   Water-repellent turbine blade cross section (4X) 21 times 10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Intake air path length lens and heat and cold manufacturing with solar light + Mating rotor blade group of turbines capable of fully automatic processing as same diameter of each stage Various energy storage cycle combined engines with bolt assembly turbines.   Water-repellent turbine blade cross section (4X) to make 22 times metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipment + Drive various propulsion vessels (79V) Propulsion power drive + Hydraulic floating levitation additional thrust bearing equipped + Intake air path length lens and heat and cold heat manufacture with sunlight + Turbine blade group of turbine same diameter every paragraph Various energy storage cycle combined engines with mating bolt assembly turbine as almost same shape.   Water-repellent turbine blade cross section (4X) 23 times 1-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various propulsion vessels (79V) Propulsion driving force + Equipped with hydraulic floating levitation additional thrust bearing + Intake air path length lens and heat and cold manufacturing with solar light + Turbine moving blade group of each stage Various energy storage cycle combined engines with mating bolt assembly turbine as same diameter and same shape.   Water-repellent turbine blade cross section (4X) to be 24 times 2-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various propulsion vessels (79V) Propulsion driving force + Equipped with hydraulic floating levitation additional thrust bearing + Intake air path length lens and heat and cold manufacturing with solar light + Turbine moving blade group of each stage Various energy storage cycle combined engines with mating bolt assembly turbine as same diameter and same shape.   Water-repellent turbine blade cross section (4X) 25 times 3-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various driving vessels (79V) Propulsion driving force + Hydraulic levitation levitation additional thrust bearing equipped + Intake air path length lens and heat and cold manufacturing with sunlight + Fully automatic processable turbine movement possible Various energy storage cycle coalescing engines, which use a blade assembly with a bolt assembly and a turbine assembly with approximately the same diameter and diameter.   Water-repellent turbine blade cross-section (4X) doubled to four-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various propulsion vessels (79V) Propulsion driving + Hydraulic floating levitating additional thrust bearing + Intake air path length lens and solar light and heat with solar light + Fully automatic processing possible turbine A variety of energy storage cycle combined engines, in which the moving blade group has the same diameter and diameter and is approximately the same in diameter.   Water-repellent turbine blade cross section (4X) triples 5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + downward acceleration metal Spherical mercury gravity turbine driven + various ships (79V) injection driving force driven + hydraulic floating levitation additional thrust bearing equipped + suction air path length lens and heat and cold heat manufacturing with sunlight + moving blade group of turbine Various energy storage cycle combined engines with fitting bolt assembly turbine as same diameter approximately same shape every paragraph.   Water-repellent turbine blade cross-section (4X) quadrupled 6-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + downward accelerating metal Spherical mercury gravity turbine driven + various ships (79V) injection driving force driven + hydraulic floating levitation additional thrust bearing equipped + suction air path length lens and heat and cold heat manufacturing with sunlight + moving blade group of turbine Various energy storage cycle combined engines with fitting bolt assembly turbine as same diameter approximately same shape every paragraph.   Water-repellent turbine blade cross section (4X) 5 times 7-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selected use vessel (38 B) + downward acceleration metal Spherical mercury gravity turbine driven + various ships (79V) injection driving force driven + hydraulic floating levitation additional thrust bearing equipped + suction air path length lens and heat and cold heat manufacturing with sunlight + moving blade group of turbine Various energy storage cycle combined engines with fitting bolt assembly turbine as same diameter approximately same shape every paragraph.   Water-repellent turbine blade cross section (4X) 6 times 8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selected to use ship (38 B) + downward accelerating metal Ball mercury Gravity turbine driven + Various ships etc. (79V) Injection driving force driven + Hydraulic levitation levitation additional thrust bearing equipped + Intake air path length lens and heat and cold manufacturing with sunlight + Fully automatic processing possible turbine A variety of energy storage cycle combined engines, with the rotating blade group of each section having the same diameter and approximately the same diameter for each bolt assembly.   Water-repellent turbine blade cross section (4X) 7 times 9-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selected use vessel (38B) + downward acceleration metal Spherical mercury gravity turbine driven + Various ships are driven by (79V) injection driving force + Hydraulic floating levitation additional thrust bearing equipped + Intake air path length lens and heat and cold manufacturing with sunlight + Fully automatic processing possible A variety of energy storage cycle combined engines, in which the rotor blade group of the turbine has the same diameter and diameter, and has the same diameter.   Water-repellent turbine blade cross section (4X) 8 times 10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + metal sphere mercury + Configuration and method to accelerate + Thermal and cold heat production with suction air path length lens and sunlight + Equipped with thrust bearing for hydraulic floating additional + Thermal head and heat production with suction air path length lens and sunlight + Turbine blade group of turbine Various energy storage cycle combined engines with fitting bolt assembly turbine as same diameter approximately same shape every paragraph.   Water-repellent turbine blade cross section (4X) 9 times metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + accelerate metal sphere mercury Configuration and method + Thermal and cold heat production with suction air path length lens and sunlight + Hydraulic floating levitation additional thrust bearing equipped with + floating air path lens with suction air path length lens and solar light + Turbine blade group of turbine every paragraph Various energy storage cycle combined engines with mating bolt assembly turbine as same diameter and same shape.   Water-repellent turbine blade cross section (4X) 10 times 1-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + metal sphere mercury + Configuration and method to accelerate + Thermal and cold heat production with suction air path length lens and sunlight + Equipped with thrust bearing for hydraulic floating additional + Thermal head and heat production with suction air path length lens and sunlight + Turbine blade group of turbine Various energy storage cycle combined engines with fitting bolt assembly turbine as same diameter approximately same shape every paragraph.   Water-repellent turbine blade cross section (4X) 11 times 2-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + metal sphere mercury + Accelerating structure and method + Thermal and cold heat production with suction air path length lens and sunlight + Equipped with additional hydraulic thrust levitation bearing + Thermal air and cold heat production with suction air path length lens and sunlight + Fully automatic processing possible turbine A variety of energy storage cycle combined engines, with the rotating blade group of each section having the same diameter and approximately the same diameter for each bolt assembly.   Water-repellent turbine blade cross section (4X) 12 times 3-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + metal sphere mercury to Accelerating structure and method + Thermal and cold heat production with suction air path length lens and sunlight + Equipped with additional hydraulic thrust levitation bearing + Thermal cold and heat production with suction air path length lens and sunlight + Fully automatic processing possible A variety of energy storage cycle combined engines, in which the rotor blade group of the turbine has the same diameter and diameter, and has the same diameter.   Water-repellent turbine blade cross section (4X) 13 times 4-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + metal sphere mercury to Configuration and method to accelerate + Thermal and cold heat production with suction air path length lens and sunlight + Equipped with thrust bearing for hydraulic floating additional + Thermal head and heat production with suction air path length lens and sunlight + Turbine blade group of turbine Various energy storage cycle combined engines with fitting bolt assembly turbine as same diameter approximately same shape every paragraph.   Water-repellent turbine blade cross section (4X) 14 times 5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + metal sphere mercury to Configuration and method to accelerate + Thermal and cold heat production with suction air path length lens and sunlight + Equipped with thrust bearing for hydraulic floating additional + Thermal head and heat production with suction air path length lens and sunlight + Turbine blade group of turbine Various energy storage cycle combined engines with fitting bolt assembly turbine as same diameter approximately same shape every paragraph.   Water-repellent turbine blade cross section (4X) 15 times 6-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + metal sphere mercury to Configuration and method to accelerate + Thermal and cold heat production with suction air path length lens and sunlight + Equipped with thrust bearing for hydraulic floating additional + Thermal head and heat production with suction air path length lens and sunlight + Turbine blade group of turbine Various energy storage cycle combined engines with fitting bolt assembly turbine as same diameter approximately same shape every paragraph.   Water-repellent turbine blade cross section (4X) 16 times 7-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + metal sphere mercury to Accelerating structure and method + Thermal and cold heat production with suction air path length lens and sunlight + Equipped with additional hydraulic thrust levitation bearing + Thermal air and cold heat production with suction air path length lens and sunlight + Fully automatic processing possible turbine A variety of energy storage cycle combined engines, with the rotating blade group of each section having the same diameter and approximately the same diameter for each bolt assembly.   Water-repellent turbine blade cross section (4X) 17 times 8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + metal sphere mercury + Accelerating structure and method + Thermal and cold heat production with suction air path length lens and sunlight + Equipped with additional hydraulic thrust levitation bearing + Thermal cold and heat production with suction air path length lens and sunlight + Fully automatic processing possible A variety of energy storage cycle combined engines, in which the rotor blade group of the turbine has the same diameter and diameter, and has the same diameter.   Water-repellent turbine blade cross section (4X) 18 times 9-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selected use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various cargo ships (79V) Propulsion driving force + Hydraulic levitation levitation additional thrust bearing + Intake air path length lens and heat and cold heat production with sunlight + Turbine moving blade group of stage Various energy storage cycle combined engines with fitting bolt assembly turbine as same diameter almost same shape.   Water-repellent turbine blade cross section (4X) 19 times 10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various cargo ships (79V) Propulsion driving force + Hydraulic levitation levitation additional thrust bearing + Intake air path length lens and heat and cold heat production with sunlight + Turbine moving blade group of stage Various energy storage cycle combined engines with fitting bolt assembly turbine as same diameter almost same shape.   Water-repellent turbine blade cross section (4X) 20 times metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipment + Drive various cargo ships (79 V) Propulsion force drive + Hydraulic floating levitation additional thrust bearing equipped + Intake air path length lens and heat and cold heat manufacturing with sunlight + Turbine blade group of turbine same as every stage Various energy storage cycle combined engines with mating bolt assembly turbines with approximately the same diameter.   Water-repellent turbine blade cross section (4X) 21 times 1-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Various cargo ships driven by (79V) injection driving force + Hydraulic floating levitation additional thrust bearing equipped + Intake air path length lens and solar light and heat manufacturing with sunlight + Fully automatic processing possible for turbine A variety of energy storage cycle combined engines, in which the moving blade group has the same diameter and diameter and is approximately the same in diameter.   Water-repellent turbine blade cross section (4X) 22 times 2-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various cargo ships (79V) Propulsion driving force + Equipped with hydraulic floating levitation additional thrust bearing + Intake air path length lens and heat and cold manufacturing with sunlight + Turbine capable of fully automatic processing A variety of energy storage cycle combined engines, with the rotating blade group of each section having the same diameter and approximately the same diameter for each bolt assembly.   Water-repellent turbine blade cross section (4X) 23 times 3-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various cargo ships (79V) Propulsion driving force + Hydraulic levitation levitation additional thrust bearing + Intake air path length lens and heat and cold heat production with sunlight + Turbine moving blade group of stage Various energy storage cycle combined engines with fitting bolt assembly turbine as same diameter almost same shape.   Water-repellent turbine blade cross section (4X) 24 times 4-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various cargo ships (79V) Propulsion driving force + Hydraulic levitation levitation additional thrust bearing + Intake air path length lens and heat and cold heat production with sunlight + Turbine moving blade group of stage Various energy storage cycle combined engines with fitting bolt assembly turbine as same diameter almost same shape.   Water-repellent turbine blade cross section (4X) 25 times 5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various cargo ships (79V) Propulsion driving force + Hydraulic levitation levitation additional thrust bearing + Intake air path length lens and heat and cold heat production with sunlight + Turbine moving blade group of stage Various energy storage cycle combined engines with fitting bolt assembly turbine as same diameter almost same shape.   Water-repellent turbine blade cross-section (4X) doubled to 6-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various cargo ships (79V) Propulsion driving force + Hydraulic levitation levitation additional thrust bearing + Intake air path length lens and heat and cold heat production with sunlight + Turbine moving blade group of stage Various energy storage cycle combined engines with fitting bolt assembly turbine as same diameter almost same shape.   Water-repellent turbine blade cross section (4X) triples 7-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various cargo ships (79V) Propulsion driving force + Hydraulic levitation levitation additional thrust bearing + Intake air path length lens and heat and cold heat production with sunlight + Turbine moving blade group of stage Various energy storage cycle combined engines with fitting bolt assembly turbine as same diameter almost same shape.   Water-repellent turbine blade cross section (4X) quadruple 8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various cargo ships (79V) Propulsion driving force + Hydraulic levitation levitation additional thrust bearing + Intake air path length lens and heat and cold heat production with sunlight + Turbine moving blade group of stage Various energy storage cycle combined engines with fitting bolt assembly turbine as same diameter almost same shape.   Water-repellent turbine blade cross section (4X) 5 times 9-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various cargo ships (79V) Propulsion driving force + Hydraulic levitation levitation additional thrust bearing + Intake air path length lens and heat and cold heat production with sunlight + Turbine moving blade group of stage Various energy storage cycle combined engines with fitting bolt assembly turbine as same diameter almost same shape.   Water-repellent turbine blade cross section (4X) to 6 times 10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various cargo ships (79V) Propulsion driving force + Hydraulic levitation levitation additional thrust bearing + Intake air path length lens and heat and cold heat production with sunlight + Turbine moving blade group of stage Various energy storage cycle combined engines with fitting bolt assembly turbine as same diameter almost same shape.   Water-repellent turbine blade cross section (4X) is made 7 times metal sphere mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipment + Drive various cargo ships (79 V) Propulsion force drive + Hydraulic floating levitation additional thrust bearing equipped + Intake air path length lens and heat and cold heat manufacturing with sunlight + Turbine blade group of turbine same as every stage Various energy storage cycle combined engines with mating bolt assembly turbines with approximately the same diameter.   Water-repellent turbine blade cross section (4X) 8 times 1-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various cargo ships (79V) Propulsion driving force + Hydraulic levitation levitation additional thrust bearing + Intake air path length lens and heat and cold heat production with sunlight + Turbine moving blade group of stage Various energy storage cycle combined engines with fitting bolt assembly turbine as same diameter almost same shape.   Water-repellent turbine blade cross section (4X) 9 times 2-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various cargo ships (79V) Propulsion driving force + Hydraulic levitation levitation additional thrust bearing + Intake air path length lens and heat and cold heat production with sunlight + Turbine moving blade group of stage Various energy storage cycle combined engines with fitting bolt assembly turbine as same diameter almost same shape.   Water-repellent turbine blade cross section (4X) 10 times 3-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various cargo ships (79V) Propulsion driving force + Hydraulic levitation levitation additional thrust bearing + Intake air path length lens and heat and cold heat production with sunlight + Turbine moving blade group of stage Various energy storage cycle combined engines with fitting bolt assembly turbine as same diameter almost same shape.   Water-repellent turbine blade cross section (4X) 11 times 4-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various cargo ships (79V) Propulsion driving force + Hydraulic levitation levitation additional thrust bearing + Intake air path length lens and heat and cold heat production with sunlight + Turbine moving blade group of stage Various energy storage cycle combined engines with fitting bolt assembly turbine as same diameter almost same shape.   Water-repellent turbine blade cross section (4X) 12 times 5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various cargo ships (79V) Propulsion driving force + Hydraulic levitation levitation additional thrust bearing + Intake air path length lens and heat and cold heat production with sunlight + Turbine moving blade group of stage Various energy storage cycle combined engines with fitting bolt assembly turbine as same diameter almost same shape.   Water-repellent turbine blade cross section (4X) 13 times 6-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various cargo ships (79V) Propulsion driving force + Hydraulic levitation levitation additional thrust bearing + Intake air path length lens and heat and cold heat production with sunlight + Turbine moving blade group of stage Various energy storage cycle combined engines with fitting bolt assembly turbine as same diameter almost same shape.   Water-repellent turbine blade cross section (4X) 14 times 7-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Various cargo ships driven by (79V) injection driving force + Hydraulic floating levitation additional thrust bearing equipped + Intake air path length lens and solar light and heat manufacturing with sunlight + Fully automatic processing possible for turbine A variety of energy storage cycle combined engines, in which the moving blade group has the same diameter and diameter and is approximately the same in diameter.   Water-repellent turbine blade cross section (4X) 15 times 8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Various cargo ships driven by (79V) injection driving force + Hydraulic floating levitation additional thrust bearing equipped + Intake air path length lens and solar light and heat manufacturing with sunlight + Fully automatic processing possible for turbine A variety of energy storage cycle combined engines, in which the moving blade group has the same diameter and diameter and is approximately the same in diameter.   Water-repellent turbine blade cross section (4X) 16 times 9-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Various cargo ships driven by (79V) injection driving force + Hydraulic floating levitation additional thrust bearing equipped + Intake air path length lens and solar light and heat manufacturing with sunlight + Fully automatic processing possible for turbine A variety of energy storage cycle combined engines, in which the moving blade group has the same diameter and diameter and is approximately the same in diameter.   Water-repellent turbine blade cross section (4X) 17 times 10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Various cargo ships driven by (79V) injection driving force + Hydraulic floating levitation additional thrust bearing equipped + Intake air path length lens and solar light and heat manufacturing with sunlight + Fully automatic processing possible for turbine A variety of energy storage cycle combined engines, in which the moving blade group has the same diameter and diameter and is approximately the same in diameter.   Water-repellent turbine blade cross section (4X) 18 times metal sphere mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipment Make various cargo ships (79V) Propulsion power drive + Hydraulic floating levitation additional thrust bearing equipped + Intake air path length lens and heat and cold manufacture with sunlight + Fully automatic processing possible turbine blade of turbine Various energy conservation cycle combined engines which set the group as fitting bolt assembly turbine with the same diameter and the same diameter every paragraph.   Water-repellent turbine blade cross section (4X) 19 times 1-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various cargo ships (79V) Propulsion driving force + Equipped with hydraulic floating levitation additional thrust bearing + Intake air path length lens and heat and cold manufacturing with sunlight + Turbine capable of fully automatic processing A variety of energy storage cycle combined engines, with the rotating blade group of each section having the same diameter and approximately the same diameter for each bolt assembly.   Water-repellent turbine blade cross section (4X) 20 times 2-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various cargo ships (79V) Propulsion driving force + Equipped with hydraulic floating levitation additional thrust bearing + Intake air path length lens and heat and cold manufacturing with sunlight + Turbine capable of fully automatic processing A variety of energy storage cycle combined engines, with the rotating blade group of each section having the same diameter and approximately the same diameter for each bolt assembly.   Water-repellent turbine blade cross section (4X) 21 times 3-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various cargo ships (79V) Propulsion driving force + Equipped with hydraulic floating levitation additional thrust bearing + Intake air path length lens and heat and cold manufacturing with sunlight + Turbine capable of fully automatic processing A variety of energy storage cycle combined engines, with the rotating blade group of each section having the same diameter and approximately the same diameter for each bolt assembly.   Water-repellent turbine blade cross section (4X) 22 times 4-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various cargo ships (79V) Propulsion driving force + Equipped with hydraulic floating levitation additional thrust bearing + Intake air path length lens and heat and cold manufacturing with sunlight + Turbine capable of fully automatic processing A variety of energy storage cycle combined engines, with the rotating blade group of each section having the same diameter and approximately the same diameter for each bolt assembly.   Water-repellent turbine blade cross section (4X) 23 times 5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various cargo ships (79V) Propulsion driving force + Equipped with hydraulic floating levitation additional thrust bearing + Intake air path length lens and heat and cold manufacturing with sunlight + Turbine capable of fully automatic processing A variety of energy storage cycle combined engines, with the rotating blade group of each section having the same diameter and approximately the same diameter for each bolt assembly.   Water-repellent turbine blade cross section (4X) to 24 times 6-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various cargo ships (79V) Propulsion driving force + Hydraulic levitation levitation additional thrust bearing + Intake air path length lens and heat and cold heat production with sunlight + Turbine moving blade group of stage Various energy storage cycle combined engines with fitting bolt assembly turbine as same diameter almost same shape.   Water-repellent turbine blade cross section (4X) 25 times 7-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various cargo ships (79V) Propulsion driving force + Hydraulic levitation levitation additional thrust bearing + Intake air path length lens and heat and cold heat production with sunlight + Turbine moving blade group of stage Various energy storage cycle combined engines with fitting bolt assembly turbine as same diameter almost same shape.   Water-repellent turbine blade cross-section (4X) doubled to 8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various cargo ships (79V) Propulsion driving force + Hydraulic levitation levitation additional thrust bearing + Intake air path length lens and heat and cold heat production with sunlight + Turbine moving blade group of stage Various energy storage cycle combined engines with fitting bolt assembly turbine as same diameter almost same shape.   Water-repellent turbine blade cross-section (4X) tripled to 9-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various cargo ships (79V) Propulsion driving force + Hydraulic levitation levitation additional thrust bearing + Intake air path length lens and heat and cold heat production with sunlight + Turbine moving blade group of stage Various energy storage cycle combined engines with fitting bolt assembly turbine as same diameter almost same shape.   Water-repellent turbine blade cross-section (4X) quadrupled to 10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various cargo ships (79V) Propulsion driving force + Hydraulic levitation levitation additional thrust bearing + Intake air path length lens and heat and cold heat production with sunlight + Turbine moving blade group of stage Various energy storage cycle combined engines with fitting bolt assembly turbine as same diameter almost same shape.   Water-repellent turbine blade cross section (4X) to be 5 times metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipment Make maximum use of gravity, sunlight and surface tension + Provide water jet rotatably so that it can move up and down + Equipped with thrust bearing for additional hydraulic levitation + Heat and cool heat by using suction air path length lens and sunlight + Various energy storage cycle combined engines, where the rotating blade group of the turbine has the same diameter and diameter, and has the same diameter.   Water-repellent turbine blade cross section (4X) 6 times 1-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Maximize utilization of gravity, sunlight and surface tension + Provide water jet rotatably so that it can move up and down + Equipped with hydraulic floating additional thrust bearing + Thermal intake and exhaust path length lens and sunlight thermal cooling + Various energy conservation cycle combined engines where the rotating blade group of the turbine to be manufactured has a fitting bolt assembly turbine with the same diameter and diameter.   Water-repellent turbine blade cross section (4X) 7 times two-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Maximize utilization of gravity, sunlight and surface tension + Provide water jet rotatably so that it can move up and down + Equipped with hydraulic floating additional thrust bearing + Thermal intake and exhaust path length lens and sunlight thermal cooling + Various energy conservation cycle combined engines where the rotating blade group of the turbine to be manufactured has a fitting bolt assembly turbine with the same diameter and diameter.   Water-repellent turbine blade cross section (4X) 8 times three-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Maximize utilization of gravity, sunlight and surface tension + Provide water jet rotatably so that it can move up and down + Equipped with hydraulic floating additional thrust bearing + Thermal intake and exhaust path length lens and sunlight thermal cooling Produce + Various energy conservation cycle combined engines with fully automatic machining possible as the rotor blade group of the turbine has the same diameter and approximately the same diameter for each stage.   Water-repellent turbine blade cross section (4X) 9 times 4-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Maximize utilization of gravity, sunlight and surface tension + Provide water jet rotatably so that it can move up and down + Equipped with hydraulic floating additional thrust bearing + Thermal intake and exhaust path length lens and sunlight thermal cooling A variety of energy conservation cycle combined engines in which the moving blade group of the turbine that can be manufactured + fully automatic processing has the same diameter and approximately the same diameter for each stage and is a bolt assembly turbine.   Water-repellent turbine blade cross section (4X) 10 times 5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Produce thermal / thermal energy with suction air path length lens and sunlight + Various types of turbine blade groups having the same diameter and shape as fitting bolt assembly turbine Energy Conservation Cycle Coalition Agency.   Water-repellent turbine blade cross section (4X) 11 times 6-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Produce thermal / thermal energy with suction air path length lens and sunlight + Various types of turbine blade groups having the same diameter and shape as fitting bolt assembly turbine Energy Conservation Cycle Coalition Agency.   Water-repellent turbine blade cross section (4X) 12 times 7-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Produce thermal / thermal energy with suction air path length lens and sunlight + Various types of turbine blade groups having the same diameter and shape as fitting bolt assembly turbine Energy Conservation Cycle Coalition Agency.   Water-repellent turbine blade cross section (4X) 13 times 8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + equipped with hydraulic levitation additional thrust bearing + Thermal and cold heat production with suction air path length lens and sunlight + Fully automatic machining allows the rotor blade group of the turbine to have the same diameter and the same diameter for each paragraph Various energy storage cycle combined engines with an assembled turbine.   Water-repellent turbine blade cross section (4X) 14 times 9-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Intake air path length lens and heat and cold manufacturing with solar light + Mating rotor blade group of turbines capable of fully automatic processing as same diameter of each stage Various energy storage cycle combined engines with bolt assembly turbines.   Water-repellent turbine blade cross section (4X) 15 times 10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) + Equipped with hydraulic levitation additional thrust bearing + Intake air path length lens and heat and cold heat manufacturing with sunlight + Turbine moving blade group of same diameter and same shape for every stage Various energy conservation cycle union engine.   Water-repellent turbine blade cross section (4X) 16 times metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) Equipped + Equipped with hydraulic levitation additional thrust bearings + Intake air path length lens and heat and cold manufacturing with solar light + Various energy of the moving blade group of the turbine with the same diameter and the same diameter for each stage Preservation cycle union agency.   Water-repellent turbine blade cross section (4X) 17 times 1-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) + Equipped with hydraulic levitation additional thrust bearing + Intake air path length lens and heat and cold heat manufacturing with sunlight + Turbine moving blade group of same diameter and same shape for every stage Various energy conservation cycle union engine.   Water-repellent turbine blade cross section (4X) 18 times 2-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) + Equipped with hydraulic floating additional thrust bearing + Intake air path length lens and heat and cold manufacturing with sunlight + Fully automatic processing allows the rotor blade group of the turbine to be fitted with the same diameter and approximately same shape for each stage Various energy storage cycle combined engines with bolt assembly turbines.   Water-repellent turbine blade cross section (4X) 19 times 3-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) + Equipped with hydraulic levitation additional thrust bearings + Intake air path length lens and heat and cold manufacturing with solar light + Inserting the buckets of turbines capable of fully automatic processing with the same diameter and diameter Various energy storage cycle combined engines with combined bolt assembly turbines.   Water-repellent turbine blade cross section (4X) 20 times 4-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Produce thermal / thermal energy with suction air path length lens and sunlight + Various types of turbine blade groups having the same diameter and shape as fitting bolt assembly turbine Energy Conservation Cycle Coalition Agency.   Water-repellent turbine blade cross section (4X) 21 times 5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Produce thermal / thermal energy with suction air path length lens and sunlight + Various types of turbine blade groups having the same diameter and shape as fitting bolt assembly turbine Energy Conservation Cycle Coalition Agency.   Water-repellent turbine blade cross section (4X) 22 times 6-step metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Produce thermal / thermal energy with suction air path length lens and sunlight + Various types of turbine blade groups having the same diameter and shape as fitting bolt assembly turbine Energy Conservation Cycle Coalition Agency.   Water-repellent turbine blade section (4X) 23 times 7-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + equipped with hydraulic levitation additional thrust bearing + Thermal and cold heat production with suction air path length lens and sunlight + Fully automatic machining allows the rotor blade group of the turbine to have the same diameter and the same diameter for each paragraph Various energy storage cycle combined engines with an assembled turbine.   Water-repellent turbine blade cross section (4X) to 24 times 8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Intake air path length lens and heat and cold manufacturing with solar light + Mating rotor blade group of turbines capable of fully automatic processing as same diameter of each stage Various energy storage cycle combined engines with bolt assembly turbines.   Water-repellent turbine blade cross section (4X) 25 times 9-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various propulsion vessels (79V) Propulsion driving force + Equipped with hydraulic floating levitation additional thrust bearing + Intake air path length lens and heat and cold manufacturing with solar light + Turbine moving blade group of each stage Various energy storage cycle combined engines with mating bolt assembly turbine as same diameter and same shape.   Water-repellent turbine blade cross-section (4X) doubles 10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various propulsion vessels (79V) Propulsion driving force + Equipped with hydraulic floating levitation additional thrust bearing + Intake air path length lens and heat and cold manufacturing with solar light + Turbine moving blade group of each stage Various energy storage cycle combined engines with mating bolt assembly turbine as same diameter and same shape.   Water-repellent turbine blade cross section (4X) triples metal sphere mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipment + Drive various propulsion vessels (79V) Propulsion power drive + Hydraulic floating levitation additional thrust bearing equipped + Intake air path length lens and heat and cold heat manufacture with sunlight + Turbine blade group of turbine same diameter every paragraph Various energy storage cycle combined engines with mating bolt assembly turbine as almost same shape.   Water-repellent turbine blade cross-section (4X) quadrupled to one-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various driving vessels (79V) Propulsion driving force + Hydraulic levitation levitation additional thrust bearing equipped + Intake air path length lens and heat and cold manufacturing with sunlight + Fully automatic processable turbine movement possible Various energy storage cycle coalescing engines, which use a blade assembly with a bolt assembly and a turbine assembly with approximately the same diameter and diameter.   Water-repellent turbine blade cross section (4X) 5 times two-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various propulsion vessels (79V) Propulsion driving + Hydraulic floating levitating additional thrust bearing + Intake air path length lens and solar light and heat with solar light + Fully automatic processing possible turbine A variety of energy storage cycle combined engines, in which the moving blade group has the same diameter and diameter and is approximately the same in diameter.   Water-repellent turbine blade cross section (4X) 6 times three-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + downward acceleration metal Spherical mercury gravity turbine driven + various ships (79V) injection driving force driven + hydraulic floating levitation additional thrust bearing equipped + suction air path length lens and heat and cold heat manufacturing with sunlight + moving blade group of turbine Various energy storage cycle combined engines with fitting bolt assembly turbine as same diameter approximately same shape every paragraph.   Water-repellent turbine blade cross section (4X) 7 times 4-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selected to use ship (38 B) + downward accelerating metal Spherical mercury gravity turbine driven + various ships (79V) injection driving force driven + hydraulic floating levitation additional thrust bearing equipped + suction air path length lens and heat and cold heat manufacturing with sunlight + moving blade group of turbine Various energy storage cycle combined engines with fitting bolt assembly turbine as same diameter approximately same shape every paragraph.   Water-repellent turbine blade cross section (4X) 8 times 5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selected use vessel (38B) + downward acceleration metal Spherical mercury gravity turbine driven + various ships (79V) injection driving force driven + hydraulic floating levitation additional thrust bearing equipped + suction air path length lens and heat and cold heat manufacturing with sunlight + moving blade group of turbine Various energy storage cycle combined engines with fitting bolt assembly turbine as same diameter approximately same shape every paragraph.   Water-repellent turbine blade cross section (4X) 9 times 6-step metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selected use vessel (38 B) + downward acceleration metal Ball mercury Gravity turbine driven + Various ships etc. (79V) Injection driving force driven + Hydraulic levitation levitation additional thrust bearing equipped + Intake air path length lens and heat and cold manufacturing with sunlight + Fully automatic processing possible turbine A variety of energy storage cycle combined engines, with the rotating blade group of each section having the same diameter and approximately the same diameter for each bolt assembly.   Water-repellent turbine blade cross section (4X) 10 times 7-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selected use vessel (38 B) + downward acceleration metal Spherical mercury gravity turbine driven + Various ships are driven by (79V) injection driving force + Hydraulic floating levitation additional thrust bearing equipped + Intake air path length lens and heat and cold manufacturing with sunlight + Fully automatic processing possible A variety of energy storage cycle combined engines, in which the rotor blade group of the turbine has the same diameter and diameter, and has the same diameter.   Water-repellent turbine blade cross section (4X) 11 times 8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Produce thermal / thermal energy with suction air path length lens and sunlight + Various types of turbine blade groups having the same diameter and shape as fitting bolt assembly turbine Energy Conservation Cycle Coalition Agency.   Water-repellent turbine blade cross section (4X) 12 times 9-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Produce thermal / thermal energy with suction air path length lens and sunlight + Various types of turbine blade groups having the same diameter and shape as fitting bolt assembly turbine Energy Conservation Cycle Coalition Agency.   Water-repellent turbine blade cross section (4X) 13 times 10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Produce thermal / thermal energy with suction air path length lens and sunlight + Various types of turbine blade groups having the same diameter and shape as fitting bolt assembly turbine Energy Conservation Cycle Coalition Agency.   Water-repellent turbine blade cross section (4X) 14 times metal sphere mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipment + Hydraulic levitation + Additional thrust bearing + Suction air path length lens and heat and cold manufacturing with sunlight + Fully automatic processable turbine blade group with the same diameter and almost same shape for each stage And various energy conservation cycle coalition agencies.   Water-repellent turbine blade cross section (4X) 15 times 1-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Intake air path length lens and heat and cold manufacturing with solar light + Mating rotor blade group of turbines capable of fully automatic processing as same diameter of each stage Various energy storage cycle combined engines with bolt assembly turbines.   Water-repellent turbine blade cross section (4X) 16 times double-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) + Equipped with hydraulic levitation additional thrust bearing + Intake air path length lens and heat and cold heat manufacturing with sunlight + Turbine moving blade group of same diameter and same shape for every stage Various energy conservation cycle union engine.   Water-repellent turbine blade cross section (4X) 17 times 3-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) + Equipped with hydraulic levitation additional thrust bearing + Intake air path length lens and heat and cold heat manufacturing with sunlight + Turbine moving blade group of same diameter and same shape for every stage Various energy conservation cycle union engine.   Water-repellent turbine blade cross section (4X) 18 times 4-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) + Equipped with hydraulic levitation additional thrust bearing + Intake air path length lens and heat and cold heat manufacturing with sunlight + Turbine moving blade group of same diameter and same shape for every stage Various energy conservation cycle union engine.   Water-repellent turbine blade cross section (4X) 19 times 5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) + Equipped with hydraulic floating additional thrust bearing + Intake air path length lens and heat and cold manufacturing with sunlight + Fully automatic processing allows the rotor blade group of the turbine to be fitted with the same diameter and approximately same shape for each stage Various energy storage cycle combined engines with bolt assembly turbines.   Water-repellent turbine blade cross section (4X) 20 times 6-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) + Equipped with hydraulic levitation additional thrust bearings + Intake air path length lens and heat and cold manufacturing with solar light + Inserting the buckets of turbines capable of fully automatic processing with the same diameter and diameter Various energy storage cycle combined engines with combined bolt assembly turbines.   Water-repellent turbine blade cross section (4X) 21 times 7-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Produce thermal / thermal energy with suction air path length lens and sunlight + Various types of turbine blade groups having the same diameter and shape as fitting bolt assembly turbine Energy Conservation Cycle Coalition Agency.   Water-repellent turbine blade cross section (4X) 22 times 8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Produce thermal / thermal energy with suction air path length lens and sunlight + Various types of turbine blade groups having the same diameter and shape as fitting bolt assembly turbine Energy Conservation Cycle Coalition Agency.   Water-repellent turbine blade cross section (4X) 23 times 9-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Produce thermal / thermal energy with suction air path length lens and sunlight + Various types of turbine blade groups having the same diameter and shape as fitting bolt assembly turbine Energy Conservation Cycle Coalition Agency.   Water-repellent turbine blade cross section (4X) to 24 times 10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + equipped with hydraulic levitation additional thrust bearing + Thermal and cold heat production with suction air path length lens and sunlight + Fully automatic machining allows the rotor blade group of the turbine to have the same diameter and the same diameter for each paragraph Various energy storage cycle combined engines with an assembled turbine.   Water-repellent turbine blade cross section (4X) to 25 times metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipment + Hydraulic levitation + Additional thrust bearing + Suction air path length lens and heat and cold manufacturing with sun light + Moving blade group of turbine that can be fully automatic processing is same diameter for each paragraph and fitting bolt assembly Various energy storage cycle combined engines with turbines.   Water-repellent turbine blade cross-section (4X) doubled to one-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various propulsion vessels (79V) Propulsion driving force + Equipped with hydraulic floating levitation additional thrust bearing + Intake air path length lens and heat and cold manufacturing with solar light + Turbine moving blade group of each stage Various energy storage cycle combined engines with mating bolt assembly turbine as same diameter and same shape.   Water-repellent turbine blade cross section (4X) triples two-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various propulsion vessels (79V) Propulsion driving force + Equipped with hydraulic floating levitation additional thrust bearing + Intake air path length lens and heat and cold manufacturing with solar light + Turbine moving blade group of each stage Various energy storage cycle combined engines with mating bolt assembly turbine as same diameter and same shape.   Water-repellent turbine blade cross-section (4X) quadrupled three-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various propulsion vessels (79V) Propulsion driving force + Equipped with hydraulic floating levitation additional thrust bearing + Intake air path length lens and heat and cold manufacturing with solar light + Turbine moving blade group of each stage Various energy storage cycle combined engines with mating bolt assembly turbine as same diameter and same shape.   Water-repellent turbine blade cross-section (4X) 5 times four-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various driving vessels (79V) Propulsion driving force + Hydraulic levitation levitation additional thrust bearing equipped + Intake air path length lens and heat and cold manufacturing with sunlight + Fully automatic processable turbine movement possible Various energy storage cycle coalescing engines, which use a blade assembly with a bolt assembly and a turbine assembly with approximately the same diameter and diameter.   Water-repellent turbine blade cross section (4X) to 6 times 5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various propulsion vessels (79V) Propulsion driving + Hydraulic floating levitating additional thrust bearing + Intake air path length lens and solar light and heat with solar light + Fully automatic processing possible turbine A variety of energy storage cycle combined engines, in which the moving blade group has the same diameter and diameter and is approximately the same in diameter.   Water-repellent turbine blade cross section (4X) 7 times 6-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selected use vessel (38 B) + downward acceleration metal Spherical mercury gravity turbine driven + various ships (79V) injection driving force driven + hydraulic floating levitation additional thrust bearing equipped + suction air path length lens and heat and cold heat manufacturing with sunlight + moving blade group of turbine Various energy storage cycle combined engines with fitting bolt assembly turbine as same diameter approximately same shape every paragraph.   Water-repellent turbine blade cross section (4X) 8 times 7-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selected use vessel (38B) + downward accelerating metal Spherical mercury gravity turbine driven + various ships (79V) injection driving force driven + hydraulic floating levitation additional thrust bearing equipped + suction air path length lens and heat and cold heat manufacturing with sunlight + moving blade group of turbine Various energy storage cycle combined engines with fitting bolt assembly turbine as same diameter approximately same shape every paragraph.   Water-repellent turbine blade cross section (4X) 9 times 8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selected use vessel (38B) + downward acceleration metal Spherical mercury gravity turbine driven + various ships (79V) injection driving force driven + hydraulic floating levitation additional thrust bearing equipped + suction air path length lens and heat and cold heat manufacturing with sunlight + moving blade group of turbine Various energy storage cycle combined engines with fitting bolt assembly turbine as same diameter approximately same shape every paragraph.   Water-repellent turbine blade cross section (4X) 10 times 9-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selected use vessel (38B) + downward acceleration metal Ball mercury Gravity turbine driven + Various ships etc. (79V) Injection driving force driven + Hydraulic levitation levitation additional thrust bearing equipped + Intake air path length lens and heat and cold manufacturing with sunlight + Fully automatic processing possible turbine A variety of energy storage cycle combined engines, with the rotating blade group of each section having the same diameter and approximately the same diameter for each bolt assembly.   Water-repellent turbine blade cross section (4X) to 11 times 10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selected to use ship (38 B) + downward acceleration metal Spherical mercury gravity turbine driven + Various ships are driven by (79V) injection driving force + Hydraulic floating levitation additional thrust bearing equipped + Intake air path length lens and heat and cold manufacturing with sunlight + Fully automatic processing possible A variety of energy storage cycle combined engines, in which the rotor blade group of the turbine has the same diameter and diameter, and has the same diameter.   Water-repellent turbine blade cross section (4X) is made 12 times metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipment + Hydraulic levitation + Additional thrust bearings + Suction air path length lens and heat and cold manufacturing with sunlight + Turbine blade group of the same diameter almost same shape for every stage Cycle coalescing agency.   Water-repellent turbine blade cross section (4X) 13 times 1-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Produce thermal / thermal energy with suction air path length lens and sunlight + Various types of turbine blade groups having the same diameter and shape as fitting bolt assembly turbine Energy Conservation Cycle Coalition Agency.   Water-repellent turbine blade cross section (4X) 14 times 2-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Produce thermal / thermal energy with suction air path length lens and sunlight + Various types of turbine blade groups having the same diameter and shape as fitting bolt assembly turbine Energy Conservation Cycle Coalition Agency.   Water-repellent turbine blade cross section (4X) 15 times three-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + equipped with hydraulic levitation additional thrust bearing + Thermal and cold heat production with suction air path length lens and sunlight + Fully automatic machining allows the rotor blade group of the turbine to have the same diameter and the same diameter for each paragraph Various energy storage cycle combined engines with an assembled turbine.   Water-repellent turbine blade cross section (4X) 16 times 4-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Intake air path length lens and heat and cold manufacturing with solar light + Mating rotor blade group of turbines capable of fully automatic processing as same diameter of each stage Various energy storage cycle combined engines with bolt assembly turbines.   Water-repellent turbine blade cross section (4X) 17 times 5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) + Equipped with hydraulic levitation additional thrust bearing + Intake air path length lens and heat and cold heat manufacturing with sunlight + Turbine moving blade group of same diameter and same shape for every stage Various energy conservation cycle union engine.   Water-repellent turbine blade cross section (4X) 18 times 6-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) + Equipped with hydraulic levitation additional thrust bearing + Intake air path length lens and heat and cold heat manufacturing with sunlight + Turbine moving blade group of same diameter and same shape for every stage Various energy conservation cycle union engine.   Water-repellent turbine blade cross section (4X) 19 times 7-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) + Equipped with hydraulic levitation additional thrust bearing + Intake air path length lens and heat and cold heat manufacturing with sunlight + Turbine moving blade group of same diameter and same shape for every stage Various energy conservation cycle union engine.   Water-repellent turbine blade cross section (4X) 20 times 8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) + Equipped with hydraulic floating additional thrust bearing + Intake air path length lens and heat and cold manufacturing with sunlight + Fully automatic processing allows the rotor blade group of the turbine to be fitted with the same diameter and approximately same shape for each stage Various energy storage cycle combined engines with bolt assembly turbines.   Water-repellent turbine blade cross section (4X) 21 times 9-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) + Equipped with hydraulic levitation additional thrust bearings + Intake air path length lens and heat and cold manufacturing with solar light + Inserting the buckets of turbines capable of fully automatic processing with the same diameter and diameter Various energy storage cycle combined engines with combined bolt assembly turbines.   Water-repellent turbine blade cross section (4X) 22 times 10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Produce thermal / thermal energy with suction air path length lens and sunlight + Various types of turbine blade groups having the same diameter and shape as fitting bolt assembly turbine Energy Conservation Cycle Coalition Agency.   Water-repellent turbine blade cross section (4X) to 23 times metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipment + Hydraulic levitation + Additional thrust bearings + Suction air path length lens and heat and cold manufacturing with sunlight + Turbine blade group of the same diameter almost same shape for every stage Cycle coalescing agency.   Water-repellent turbine blade cross section (4X) 24 times 1-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Produce thermal / thermal energy with suction air path length lens and sunlight + Various types of turbine blade groups having the same diameter and shape as fitting bolt assembly turbine Energy Conservation Cycle Coalition Agency.   Water-repellent turbine blade cross section (4X) 25 times two-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + equipped with hydraulic levitation additional thrust bearing + Thermal and cold heat production with suction air path length lens and sunlight + Fully automatic machining allows the rotor blade group of the turbine to have the same diameter and the same diameter for each paragraph Various energy storage cycle combined engines with an assembled turbine.   Water-repellent turbine blade cross-section (4X) doubled to three-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Intake air path length lens and heat and cold manufacturing with solar light + Mating rotor blade group of turbines capable of fully automatic processing as same diameter of each stage Various energy storage cycle combined engines with bolt assembly turbines.   Water-repellent turbine blade cross section (4X) triples four-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various propulsion vessels (79V) Propulsion driving force + Equipped with hydraulic floating levitation additional thrust bearing + Intake air path length lens and heat and cold manufacturing with solar light + Turbine moving blade group of each stage Various energy storage cycle combined engines with mating bolt assembly turbine as same diameter and same shape.   Water-repellent turbine blade cross section (4X) is quadrupled to 5 stages metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various propulsion vessels (79V) Propulsion driving force + Equipped with hydraulic floating levitation additional thrust bearing + Intake air path length lens and heat and cold manufacturing with solar light + Turbine moving blade group of each stage Various energy storage cycle combined engines with mating bolt assembly turbine as same diameter and same shape.   Water-repellent turbine blade cross-section (4X) 5 times 6-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various propulsion vessels (79V) Propulsion driving force + Equipped with hydraulic floating levitation additional thrust bearing + Intake air path length lens and heat and cold manufacturing with solar light + Turbine moving blade group of each stage Various energy storage cycle combined engines with mating bolt assembly turbine as same diameter and same shape.   Water-repellent turbine blade cross section (4X) 6 times 7-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various driving vessels (79V) Propulsion driving force + Hydraulic levitation levitation additional thrust bearing equipped + Intake air path length lens and heat and cold manufacturing with sunlight + Fully automatic processable turbine movement possible Various energy storage cycle coalescing engines, which use a blade assembly with a bolt assembly and a turbine assembly with approximately the same diameter and diameter.   Water-repellent turbine blade cross section (4X) 7 times 8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various propulsion vessels (79V) Propulsion driving + Hydraulic floating levitating additional thrust bearing + Intake air path length lens and solar light and heat with solar light + Fully automatic processing possible turbine A variety of energy storage cycle combined engines, in which the moving blade group has the same diameter and diameter and is approximately the same in diameter.   Water-repellent turbine blade cross section (4X) 8 times 9-step metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selected use vessel (38 B) + downward acceleration metal Spherical mercury gravity turbine driven + various ships (79V) injection driving force driven + hydraulic floating levitation additional thrust bearing equipped + suction air path length lens and heat and cold heat manufacturing with sunlight + moving blade group of turbine Various energy storage cycle combined engines with fitting bolt assembly turbine as same diameter approximately same shape every paragraph.   Water-repellent turbine blade cross section (4X) 9 times 10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selected use vessel (38B) + downward acceleration metal Spherical mercury gravity turbine driven + various ships (79V) injection driving force driven + hydraulic floating levitation additional thrust bearing equipped + suction air path length lens and heat and cold heat manufacturing with sunlight + moving blade group of turbine Various energy storage cycle combined engines with fitting bolt assembly turbine as same diameter approximately same shape every paragraph.   Water repellent turbine blade cross section (4X) 10 times metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + downward accelerating metal sphere mercury Drive by gravity turbine + Drive various ships (79V) Propulsion force drive + Hydraulic floating levitation additional thrust bearing equipped + Intake air path length lens and heat and cold manufacture with solar light + Turbine moving blade group of each stage Various energy storage cycle combined engines with mating bolt assembly turbine as same diameter and same shape.   Water-repellent turbine blade cross section (4X) to 11 times one-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selected use vessel (38 B) + downward acceleration metal Ball mercury Gravity turbine driven + Various ships etc. (79V) Injection driving force driven + Hydraulic levitation levitation additional thrust bearing equipped + Intake air path length lens and heat and cold manufacturing with sunlight + Fully automatic processing possible turbine A variety of energy storage cycle combined engines, with the rotating blade group of each section having the same diameter and approximately the same diameter for each bolt assembly.   Water-repellent turbine blade cross section (4X) 12 times two-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selected use vessel (38 B) + downward acceleration metal Spherical mercury gravity turbine driven + Various ships are driven by (79V) injection driving force + Hydraulic floating levitation additional thrust bearing equipped + Intake air path length lens and heat and cold manufacturing with sunlight + Fully automatic processing possible A variety of energy storage cycle combined engines, in which the rotor blade group of the turbine has the same diameter and diameter, and has the same diameter.   Water-repellent turbine blade cross section (4X) 13 times three-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Produce thermal / thermal energy with suction air path length lens and sunlight + Various types of turbine blade groups having the same diameter and shape as fitting bolt assembly turbine Energy Conservation Cycle Coalition Agency.   Water-repellent turbine blade cross section (4X) 14 times 4-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Produce thermal / thermal energy with suction air path length lens and sunlight + Various types of turbine blade groups having the same diameter and shape as fitting bolt assembly turbine Energy Conservation Cycle Coalition Agency.   Water-repellent turbine blade cross section (4X) 15 times 5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Produce thermal / thermal energy with suction air path length lens and sunlight + Various types of turbine blade groups having the same diameter and shape as fitting bolt assembly turbine Energy Conservation Cycle Coalition Agency.   Water-repellent turbine blade cross section (4X) 16 times 6-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + equipped with hydraulic levitation additional thrust bearing + Thermal and cold heat production with suction air path length lens and sunlight + Fully automatic machining allows the rotor blade group of the turbine to have the same diameter and the same diameter for each paragraph Various energy storage cycle combined engines with an assembled turbine.   Water-repellent turbine blade cross section (4X) 17 times seven-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Intake air path length lens and heat and cold manufacturing with solar light + Mating rotor blade group of turbines capable of fully automatic processing as same diameter of each stage Various energy storage cycle combined engines with bolt assembly turbines.   Water-repellent turbine blade cross section (4X) 18 times 8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) + Equipped with hydraulic levitation additional thrust bearing + Intake air path length lens and heat and cold heat manufacturing with sunlight + Turbine moving blade group of same diameter and same shape for every stage Various energy conservation cycle union engine.   Water-repellent turbine blade cross section (4X) 19 times nine-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) + Equipped with hydraulic levitation additional thrust bearing + Intake air path length lens and heat and cold heat manufacturing with sunlight + Turbine moving blade group of same diameter and same shape for every stage Various energy conservation cycle union engine.   Water-repellent turbine blade cross section (4X) 20 times 10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) + Equipped with hydraulic levitation additional thrust bearing + Intake air path length lens and heat and cold heat manufacturing with sunlight + Turbine moving blade group of same diameter and same shape for every stage Various energy conservation cycle union engine.   Water-repellent turbine blade cross section (4X) 21 times metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) Equipped + Equipped with hydraulic levitation additional thrust bearings + Intake air path length lens and heat and cold manufacturing with sunlight + Fully automatic processing Capable of assembling blades of turbine with similar diameter of each section Various energy storage cycle combined engines with turbines.   Water-repellent turbine blade cross section (4X) 22 times 1-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) + Equipped with hydraulic levitation additional thrust bearings + Intake air path length lens and heat and cold manufacturing with solar light + Inserting the buckets of turbines capable of fully automatic processing with the same diameter and diameter Various energy storage cycle combined engines with combined bolt assembly turbines.   Water-repellent turbine blade cross section (4X) 23 times 2-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Produce thermal / thermal energy with suction air path length lens and sunlight + Various types of turbine blade groups having the same diameter and shape as fitting bolt assembly turbine Energy Conservation Cycle Coalition Agency.   Water-repellent turbine blade cross section (4X) to be 24 times 3-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Produce thermal / thermal energy with suction air path length lens and sunlight + Various types of turbine blade groups having the same diameter and shape as fitting bolt assembly turbine Energy Conservation Cycle Coalition Agency.   Water-repellent turbine blade cross section (4X) 25 times 4-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Produce thermal / thermal energy with suction air path length lens and sunlight + Various types of turbine blade groups having the same diameter and shape as fitting bolt assembly turbine Energy Conservation Cycle Coalition Agency.   Water-repellent turbine blade cross-section (4X) doubled to 5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + equipped with hydraulic levitation additional thrust bearing + Thermal and cold heat production with suction air path length lens and sunlight + Fully automatic machining allows the rotor blade group of the turbine to have the same diameter and the same diameter for each paragraph Various energy storage cycle combined engines with an assembled turbine.   Water-repellent turbine blade cross-section (4X) triples 6-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Intake air path length lens and heat and cold manufacturing with solar light + Mating rotor blade group of turbines capable of fully automatic processing as same diameter of each stage Various energy storage cycle combined engines with bolt assembly turbines.   Water-repellent turbine blade cross-section (4X) quadrupled 7-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various propulsion vessels (79V) Propulsion driving force + Equipped with hydraulic floating levitation additional thrust bearing + Intake air path length lens and heat and cold manufacturing with solar light + Turbine moving blade group of each stage Various energy storage cycle combined engines with mating bolt assembly turbine as same diameter and same shape.   Water-repellent turbine blade cross section (4X) 5 times 8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various propulsion vessels (79V) Propulsion driving force + Equipped with hydraulic floating levitation additional thrust bearing + Intake air path length lens and heat and cold manufacturing with solar light + Turbine moving blade group of each stage Various energy storage cycle combined engines with mating bolt assembly turbine as same diameter and same shape.   Water-repellent turbine blade cross section (4X) 6 times 9-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various propulsion vessels (79V) Propulsion driving force + Equipped with hydraulic floating levitation additional thrust bearing + Intake air path length lens and heat and cold manufacturing with solar light + Turbine moving blade group of each stage Various energy storage cycle combined engines with mating bolt assembly turbine as same diameter and same shape.   Water-repellent turbine blade cross section (4X) 7 times 10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various driving vessels (79V) Propulsion driving force + Hydraulic levitation levitation additional thrust bearing equipped + Intake air path length lens and heat and cold manufacturing with sunlight + Fully automatic processable turbine movement possible Various energy storage cycle coalescing engines, which use a blade assembly with a bolt assembly and a turbine assembly with approximately the same diameter and diameter.   Water-repellent turbine blade cross section (4X) to be 8 times metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipment To make various passenger ships (79V) injection driving force driving + hydraulic floating levitation additional thrust bearing + suction air path length lens and heat and cold manufacturing with sunlight + turbine blade capable of fully automatic processing Various energy conservation cycle combined engines which set the group as fitting bolt assembly turbine with the same diameter and the same diameter every paragraph.   Water-repellent turbine blade cross section (4X) 9 times 1-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selected use vessel (38 B) + downward accelerating metal Spherical mercury gravity turbine driven + various ships (79V) injection driving force driven + hydraulic floating levitation additional thrust bearing equipped + suction air path length lens and heat and cold heat manufacturing with sunlight + moving blade group of turbine Various energy storage cycle combined engines with fitting bolt assembly turbine as same diameter approximately same shape every paragraph.   Water-repellent turbine blade cross section (4X) 10 times 2-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selected to use ship (38B) + downward acceleration metal Spherical mercury gravity turbine driven + various ships (79V) injection driving force driven + hydraulic floating levitation additional thrust bearing equipped + suction air path length lens and heat and cold heat manufacturing with sunlight + moving blade group of turbine Various energy storage cycle combined engines with fitting bolt assembly turbine as same diameter approximately same shape every paragraph.   Water-repellent turbine blade cross section (4X) to 11 times three-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + downward acceleration metal Spherical mercury gravity turbine driven + various ships (79V) injection driving force driven + hydraulic floating levitation additional thrust bearing equipped + suction air path length lens and heat and cold heat manufacturing with sunlight + moving blade group of turbine Various energy storage cycle combined engines with fitting bolt assembly turbine as same diameter approximately same shape every paragraph.   Water-repellent turbine blade cross section (4X) 12 times 4-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + downward acceleration metal Ball mercury Gravity turbine driven + Various ships etc. (79V) Injection driving force driven + Hydraulic levitation levitation additional thrust bearing equipped + Intake air path length lens and heat and cold manufacturing with sunlight + Fully automatic processing possible turbine A variety of energy storage cycle combined engines, with the rotating blade group of each section having the same diameter and approximately the same diameter for each bolt assembly.   Water-repellent turbine blade cross section (4X) 13 times 5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selected use vessel (38 B) + downward accelerating metal Spherical mercury gravity turbine driven + Various ships are driven by (79V) injection driving force + Hydraulic floating levitation additional thrust bearing equipped + Intake air path length lens and heat and cold manufacturing with sunlight + Fully automatic processing possible A variety of energy storage cycle combined engines, in which the rotor blade group of the turbine has the same diameter and diameter, and has the same diameter.   Water-repellent turbine blade cross section (4X) 14 times 6-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Produce thermal / thermal energy with suction air path length lens and sunlight + Various types of turbine blade groups having the same diameter and shape as fitting bolt assembly turbine Energy Conservation Cycle Coalition Agency.   Water-repellent turbine blade cross section (4X) 15 times 7-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Produce thermal / thermal energy with suction air path length lens and sunlight + Various types of turbine blade groups having the same diameter and shape as fitting bolt assembly turbine Energy Conservation Cycle Coalition Agency.   Water-repellent turbine blade cross section (4X) 16 times 8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Produce thermal / thermal energy with suction air path length lens and sunlight + Various types of turbine blade groups having the same diameter and shape as fitting bolt assembly turbine Energy Conservation Cycle Coalition Agency.   Water-repellent turbine blade cross section (4X) to 17 times nine-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + equipped with hydraulic levitation additional thrust bearing + Thermal and cold heat production with suction air path length lens and sunlight + Fully automatic machining allows the rotor blade group of the turbine to have the same diameter and the same diameter for each paragraph Various energy storage cycle combined engines with an assembled turbine.   Water-repellent turbine blade cross section (4X) 18 times 10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Intake air path length lens and heat and cold manufacturing with solar light + Mating rotor blade group of turbines capable of fully automatic processing as same diameter of each stage Various energy storage cycle combined engines with bolt assembly turbines.   Water-repellent turbine blade cross section (4X) 19 times metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) Equipped + Equipped with hydraulic levitation additional thrust bearings + Intake air path length lens and heat and cold manufacturing with solar light + Various energy of the moving blade group of the turbine with the same diameter and the same diameter for each stage Preservation cycle union agency.   Water-repellent turbine blade cross section (4X) 20 times 1-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) + Equipped with hydraulic levitation additional thrust bearing + Intake air path length lens and heat and cold heat manufacturing with sunlight + Turbine moving blade group of same diameter and same shape for every stage Various energy conservation cycle union engine.   Water-repellent turbine blade cross section (4X) 21 times 2-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) + Equipped with hydraulic levitation additional thrust bearing + Intake air path length lens and heat and cold heat manufacturing with sunlight + Turbine moving blade group of same diameter and same shape for every stage Various energy conservation cycle union engine.   Water-repellent turbine blade cross section (4X) 22 times 3-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) + Equipped with hydraulic floating additional thrust bearing + Intake air path length lens and heat and cold manufacturing with sunlight + Fully automatic processing allows the rotor blade group of the turbine to be fitted with the same diameter and approximately same shape for each stage Various energy storage cycle combined engines with bolt assembly turbines.   Water-repellent turbine blade cross section (4X) 23 times 4-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) + Equipped with hydraulic levitation additional thrust bearings + Intake air path length lens and heat and cold manufacturing with solar light + Inserting the buckets of turbines capable of fully automatic processing with the same diameter and diameter Various energy storage cycle combined engines with combined bolt assembly turbines.   Water-repellent turbine blade cross section (4X) to be 24 times 5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Produce thermal / thermal energy with suction air path length lens and sunlight + Various types of turbine blade groups having the same diameter and shape as fitting bolt assembly turbine Energy Conservation Cycle Coalition Agency.   Water-repellent turbine blade cross section (4X) 25 times 6-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Produce thermal / thermal energy with suction air path length lens and sunlight + Various types of turbine blade groups having the same diameter and shape as fitting bolt assembly turbine Energy Conservation Cycle Coalition Agency.   Water-repellent turbine blade cross-section (4X) doubled 7-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Produce thermal / thermal energy with suction air path length lens and sunlight + Various types of turbine blade groups having the same diameter and shape as fitting bolt assembly turbine Energy Conservation Cycle Coalition Agency.   Water-repellent turbine blade cross section (4X) triples 8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + equipped with hydraulic levitation additional thrust bearing + Thermal and cold heat production with suction air path length lens and sunlight + Fully automatic machining allows the rotor blade group of the turbine to have the same diameter and the same diameter for each paragraph Various energy storage cycle combined engines with an assembled turbine.   Water-repellent turbine blade cross-section (4X) quadrupled to 9-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Intake air path length lens and heat and cold manufacturing with solar light + Mating rotor blade group of turbines capable of fully automatic processing as same diameter of each stage Various energy storage cycle combined engines with bolt assembly turbines.   Water-repellent turbine blade cross-section (4X) to 5 times 10-stage metal sphere mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various propulsion vessels (79V) Propulsion driving force + Equipped with hydraulic floating levitation additional thrust bearing + Intake air path length lens and heat and cold manufacturing with solar light + Turbine moving blade group of each stage Various energy storage cycle combined engines with mating bolt assembly turbine as same diameter and same shape.   Water-repellent turbine blade cross section (4X) to be 6 times metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipment + Drive various propulsion vessels (79V) Propulsion power drive + Hydraulic floating levitation additional thrust bearing equipped + Intake air path length lens and heat and cold heat manufacture with sunlight + Turbine blade group of turbine same diameter every paragraph Various energy storage cycle combined engines with mating bolt assembly turbine as almost same shape.   Water-repellent turbine blade cross section (4X) 7 times 1-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various propulsion vessels (79V) Propulsion driving force + Equipped with hydraulic floating levitation additional thrust bearing + Intake air path length lens and heat and cold manufacturing with solar light + Turbine moving blade group of each stage Various energy storage cycle combined engines with mating bolt assembly turbine as same diameter and same shape.   Water-repellent turbine blade cross section (4X) 8 times 2-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various driving vessels (79V) Propulsion driving force + Hydraulic levitation levitation additional thrust bearing equipped + Intake air path length lens and heat and cold manufacturing with sunlight + Fully automatic processable turbine movement possible Various energy storage cycle coalescing engines, which use a blade assembly with a bolt assembly and a turbine assembly with approximately the same diameter and diameter.   Water-repellent turbine blade cross section (4X) 9 times 3-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various propulsion vessels (79V) Propulsion driving + Hydraulic floating levitating additional thrust bearing + Intake air path length lens and solar light and heat with solar light + Fully automatic processing possible turbine A variety of energy storage cycle combined engines, in which the moving blade group has the same diameter and diameter and is approximately the same in diameter.   Water-repellent turbine blade cross section (4X) 10 times 4-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + downward acceleration metal Spherical mercury gravity turbine driven + various ships (79V) injection driving force driven + hydraulic floating levitation additional thrust bearing equipped + suction air path length lens and heat and cold heat manufacturing with sunlight + moving blade group of turbine Various energy storage cycle combined engines with fitting bolt assembly turbine as same diameter approximately same shape every paragraph.   Water-repellent turbine blade cross section (4X) 11 times 5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selected to use ship (38 B) + downward acceleration metal Spherical mercury gravity turbine driven + various ships (79V) injection driving force driven + hydraulic floating levitation additional thrust bearing equipped + suction air path length lens and heat and cold heat manufacturing with sunlight + moving blade group of turbine Various energy storage cycle combined engines with fitting bolt assembly turbine as same diameter approximately same shape every paragraph.   Water-repellent turbine blade cross section (4X) 12 times 6-step metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selected use vessel (38B) + downward acceleration metal Spherical mercury gravity turbine driven + various ships (79V) injection driving force driven + hydraulic floating levitation additional thrust bearing equipped + suction air path length lens and heat and cold heat manufacturing with sunlight + moving blade group of turbine Various energy storage cycle combined engines with fitting bolt assembly turbine as same diameter approximately same shape every paragraph.   Water-repellent turbine blade cross section (4X) 13 times 7-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + downward acceleration metal Ball mercury Gravity turbine driven + Various ships etc. (79V) Injection driving force driven + Hydraulic levitation levitation additional thrust bearing equipped + Intake air path length lens and heat and cold manufacturing with sunlight + Fully automatic processing possible turbine A variety of energy storage cycle combined engines, with the rotating blade group of each section having the same diameter and approximately the same diameter for each bolt assembly.   Water-repellent turbine blade cross section (4X) 14 times 8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + downward acceleration metal Spherical mercury gravity turbine driven + Various ships are driven by (79V) injection driving force + Hydraulic floating levitation additional thrust bearing equipped + Intake air path length lens and heat and cold manufacturing with sunlight + Fully automatic processing possible A variety of energy storage cycle combined engines, in which the rotor blade group of the turbine has the same diameter and diameter, and has the same diameter.   Water-repellent turbine blade cross section (4X) 15 times 9-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Produce thermal / thermal energy with suction air path length lens and sunlight + Various types of turbine blade groups having the same diameter and shape as fitting bolt assembly turbine Energy Conservation Cycle Coalition Agency.   Water-repellent turbine blade cross section (4X) to 16 times 10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Produce thermal / thermal energy with suction air path length lens and sunlight + Various types of turbine blade groups having the same diameter and shape as fitting bolt assembly turbine Energy Conservation Cycle Coalition Agency.   Water-repellent turbine blade cross section (4X) to 17 times metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipment + Hydraulic levitation + Additional thrust bearings + Suction air path length lens and heat and cold manufacturing with sunlight + Turbine blade group of the same diameter almost same shape for every stage Cycle coalescing agency.   Water-repellent turbine blade cross section (4X) 18 times 1-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + equipped with hydraulic levitation additional thrust bearing + Thermal and cold heat production with suction air path length lens and sunlight + Fully automatic machining allows the rotor blade group of the turbine to have the same diameter and the same diameter for each paragraph Various energy storage cycle combined engines with an assembled turbine.   Water-repellent turbine blade cross section (4X) 19 times 2-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Intake air path length lens and heat and cold manufacturing with solar light + Mating rotor blade group of turbines capable of fully automatic processing as same diameter of each stage Various energy storage cycle combined engines with bolt assembly turbines.   Water-repellent turbine blade cross section (4X) 20 times 3-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) + Equipped with hydraulic levitation additional thrust bearing + Intake air path length lens and heat and cold heat manufacturing with sunlight + Turbine moving blade group of same diameter and same shape for every stage Various energy conservation cycle union engine.   Water-repellent turbine blade cross section (4X) 21 times 4-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) + Equipped with hydraulic levitation additional thrust bearing + Intake air path length lens and heat and cold heat manufacturing with sunlight + Turbine moving blade group of same diameter and same shape for every stage Various energy conservation cycle union engine.   Water-repellent turbine blade cross section (4X) 22 times 5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) + Equipped with hydraulic levitation additional thrust bearing + Intake air path length lens and heat and cold heat manufacturing with sunlight + Turbine moving blade group of same diameter and same shape for every stage Various energy conservation cycle union engine.   Water-repellent turbine blade cross section (4X) 23 times 6-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) + Equipped with hydraulic floating additional thrust bearing + Intake air path length lens and heat and cold manufacturing with sunlight + Fully automatic processing allows the rotor blade group of the turbine to be fitted with the same diameter and approximately same shape for each stage Various energy storage cycle combined engines with bolt assembly turbines.   Water-repellent turbine blade cross section (4X) to 24 times 7-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) + Equipped with hydraulic levitation additional thrust bearings + Intake air path length lens and heat and cold manufacturing with solar light + Inserting the buckets of turbines capable of fully automatic processing with the same diameter and diameter Various energy storage cycle combined engines with combined bolt assembly turbines.   Water-repellent turbine blade cross section (4X) 25 times 8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Produce thermal / thermal energy with suction air path length lens and sunlight + Various types of turbine blade groups having the same diameter and shape as fitting bolt assembly turbine Energy Conservation Cycle Coalition Agency.   Water-repellent turbine blade cross section (4X) doubled to 9-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Produce thermal / thermal energy with suction air path length lens and sunlight + Various types of turbine blade groups having the same diameter and shape as fitting bolt assembly turbine Energy Conservation Cycle Coalition Agency.   Water-repellent turbine blade cross section (4X) triples 10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Produce thermal / thermal energy with suction air path length lens and sunlight + Various types of turbine blade groups having the same diameter and shape as fitting bolt assembly turbine Energy Conservation Cycle Coalition Agency.   Water-repellent turbine blade cross section (4X) to quadruple metal sphere mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipment + Hydraulic levitation + Additional thrust bearing + Suction air path length lens and heat and cold manufacturing with sunlight + Fully automatic processable turbine blade group with the same diameter and almost same shape for each stage And various energy conservation cycle coalition agencies.   Water-repellent turbine blade cross section (4X) 5 times 1-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Intake air path length lens and heat and cold manufacturing with solar light + Mating rotor blade group of turbines capable of fully automatic processing as same diameter of each stage Various energy storage cycle combined engines with bolt assembly turbines.   Water-repellent turbine blade cross section (4X) 6 times two-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various propulsion vessels (79V) Propulsion driving force + Equipped with hydraulic floating levitation additional thrust bearing + Intake air path length lens and heat and cold manufacturing with solar light + Turbine moving blade group of each stage Various energy storage cycle combined engines with mating bolt assembly turbine as same diameter and same shape.   Water-repellent turbine blade cross section (4X) seven times three-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various propulsion vessels (79V) Propulsion driving force + Equipped with hydraulic floating levitation additional thrust bearing + Intake air path length lens and heat and cold manufacturing with solar light + Turbine moving blade group of each stage Various energy storage cycle combined engines with mating bolt assembly turbine as same diameter and same shape.   Water-repellent turbine blade cross section (4X) 8 times 4-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various propulsion vessels (79V) Propulsion driving force + Equipped with hydraulic floating levitation additional thrust bearing + Intake air path length lens and heat and cold manufacturing with solar light + Turbine moving blade group of each stage Various energy storage cycle combined engines with mating bolt assembly turbine as same diameter and same shape.   Water-repellent turbine blade cross section (4X) 9 times 5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various driving vessels (79V) Propulsion driving force + Hydraulic levitation levitation additional thrust bearing equipped + Intake air path length lens and heat and cold manufacturing with sunlight + Fully automatic processable turbine movement possible Various energy storage cycle coalescing engines, which use a blade assembly with a bolt assembly and a turbine assembly with approximately the same diameter and diameter.   Water-repellent turbine blade cross section (4X) 10 times 6-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various propulsion vessels (79V) Propulsion driving + Hydraulic floating levitating additional thrust bearing + Intake air path length lens and solar light and heat with solar light + Fully automatic processing possible turbine A variety of energy storage cycle combined engines, in which the moving blade group has the same diameter and diameter and is approximately the same in diameter.   Water-repellent turbine blade cross section (4X) 11 times 7-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selected to use ship (38 B) + downward acceleration metal Spherical mercury gravity turbine driven + various ships (79V) injection driving force driven + hydraulic floating levitation additional thrust bearing equipped + suction air path length lens and heat and cold heat manufacturing with sunlight + moving blade group of turbine Various energy storage cycle combined engines with fitting bolt assembly turbine as same diameter approximately same shape every paragraph.   Water-repellent turbine blade cross section (4X) 12 times 8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + downward acceleration metal Spherical mercury gravity turbine driven + various ships (79V) injection driving force driven + hydraulic floating levitation additional thrust bearing equipped + suction air path length lens and heat and cold heat manufacturing with sunlight + moving blade group of turbine Various energy storage cycle combined engines with fitting bolt assembly turbine as same diameter approximately same shape every paragraph.   Water-repellent turbine blade cross section (4X) 13 times 9-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selected use vessel (38B) + downward acceleration metal Spherical mercury gravity turbine driven + various ships (79V) injection driving force driven + hydraulic floating levitation additional thrust bearing equipped + suction air path length lens and heat and cold heat manufacturing with sunlight + moving blade group of turbine Various energy storage cycle combined engines with fitting bolt assembly turbine as same diameter approximately same shape every paragraph.   Water-repellent turbine blade cross section (4X) 14 times 10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + downward acceleration metal Ball mercury Gravity turbine driven + Various ships etc. (79V) Injection driving force driven + Hydraulic levitation levitation additional thrust bearing equipped + Intake air path length lens and heat and cold manufacturing with sunlight + Fully automatic processing possible turbine A variety of energy storage cycle combined engines, with the rotating blade group of each section having the same diameter and approximately the same diameter for each bolt assembly.   Water repellent turbine blade cross section (4X) 15 times metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + downward accelerating metal sphere mercury Driven by gravity turbine + Drive various ships (79 V) Propulsion force driven + Hydraulic floating levitation additional thrust bearing equipped + Intake air path length lens and heat and cold heat production with sunlight + Fully automatic processing possible turbine A variety of energy storage cycle combined engines, in which the moving blade group has the same diameter and diameter and is approximately the same in diameter.   Water-repellent turbine blade cross section (4X) 16 times 1-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Produce thermal / thermal energy with suction air path length lens and sunlight + Various types of turbine blade groups having the same diameter and shape as fitting bolt assembly turbine Energy Conservation Cycle Coalition Agency.   Water-repellent turbine blade cross section (4X) 17 times two-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Produce thermal / thermal energy with suction air path length lens and sunlight + Various types of turbine blade groups having the same diameter and shape as fitting bolt assembly turbine Energy Conservation Cycle Coalition Agency.   Water-repellent turbine blade cross section (4X) 18 times 3-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Produce thermal / thermal energy with suction air path length lens and sunlight + Various types of turbine blade groups having the same diameter and shape as fitting bolt assembly turbine Energy Conservation Cycle Coalition Agency.   Water-repellent turbine blade cross section (4X) 19 times 4-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + equipped with hydraulic levitation additional thrust bearing + Thermal and cold heat production with suction air path length lens and sunlight + Fully automatic machining allows the rotor blade group of the turbine to have the same diameter and the same diameter for each paragraph Various energy storage cycle combined engines with an assembled turbine.   Water-repellent turbine blade cross section (4X) 20 times 5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Intake air path length lens and heat and cold manufacturing with solar light + Mating rotor blade group of turbines capable of fully automatic processing as same diameter of each stage Various energy storage cycle combined engines with bolt assembly turbines.   Water-repellent turbine blade cross section (4X) 21 times 6-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) + Equipped with hydraulic levitation additional thrust bearing + Intake air path length lens and heat and cold heat manufacturing with sunlight + Turbine moving blade group of same diameter and same shape for every stage Various energy conservation cycle union engine.   Water-repellent turbine blade cross section (4X) 22 times 7-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) + Equipped with hydraulic levitation additional thrust bearing + Intake air path length lens and heat and cold heat manufacturing with sunlight + Turbine moving blade group of same diameter and same shape for every stage Various energy conservation cycle union engine.   Water-repellent turbine blade cross section (4X) 23 times 8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) + Equipped with hydraulic levitation additional thrust bearing + Intake air path length lens and heat and cold heat manufacturing with sunlight + Turbine moving blade group of same diameter and same shape for every stage Various energy conservation cycle union engine.   Water-repellent turbine blade cross section (4X) to 24 times 9-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) + Equipped with hydraulic floating additional thrust bearing + Intake air path length lens and heat and cold manufacturing with sunlight + Fully automatic processing allows the rotor blade group of the turbine to be fitted with the same diameter and approximately same shape for each stage Various energy storage cycle combined engines with bolt assembly turbines.   Water-repellent turbine blade cross section (4X) 25 times 10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) + Equipped with hydraulic levitation additional thrust bearings + Intake air path length lens and heat and cold manufacturing with solar light + Inserting the buckets of turbines capable of fully automatic processing with the same diameter and diameter Various energy storage cycle combined engines with combined bolt assembly turbines.   Water-repellent turbine blade cross section (4X) doubled metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipment + Hydraulic levitation + Additional thrust bearings + Suction air path length lens and heat and cold manufacturing with sunlight + Turbine blade group of the same diameter almost same shape for every stage Cycle coalescing agency.   Water-repellent turbine blade cross section (4X) tripled to one-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Produce thermal / thermal energy with suction air path length lens and sunlight + Various types of turbine blade groups having the same diameter and shape as fitting bolt assembly turbine Energy Conservation Cycle Coalition Agency.   Water-repellent turbine blade cross-section (4X) quadrupled double-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Produce thermal / thermal energy with suction air path length lens and sunlight + Various types of turbine blade groups having the same diameter and shape as fitting bolt assembly turbine Energy Conservation Cycle Coalition Agency.   Water-repellent turbine blade cross section (4X) 5 times three-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + equipped with hydraulic levitation additional thrust bearing + Thermal and cold heat production with suction air path length lens and sunlight + Fully automatic machining allows the rotor blade group of the turbine to have the same diameter and the same diameter for each paragraph Various energy storage cycle combined engines with an assembled turbine.   Water-repellent turbine blade cross section (4X) 6 times 4-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Intake air path length lens and heat and cold manufacturing with solar light + Mating rotor blade group of turbines capable of fully automatic processing as same diameter of each stage Various energy storage cycle combined engines with bolt assembly turbines.   Water-repellent turbine blade cross section (4X) 7 times 5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various propulsion vessels (79V) Propulsion driving force + Equipped with hydraulic floating levitation additional thrust bearing + Intake air path length lens and heat and cold manufacturing with solar light + Turbine moving blade group of each stage Various energy storage cycle combined engines with mating bolt assembly turbine as same diameter and same shape.   Water-repellent turbine blade cross section (4X) 8 times 6-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various propulsion vessels (79V) Propulsion driving force + Equipped with hydraulic floating levitation additional thrust bearing + Intake air path length lens and heat and cold manufacturing with solar light + Turbine moving blade group of each stage Various energy storage cycle combined engines with mating bolt assembly turbine as same diameter and same shape.   Water-repellent turbine blade cross section (4X) 9 times 7-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various propulsion vessels (79V) Propulsion driving force + Equipped with hydraulic floating levitation additional thrust bearing + Intake air path length lens and heat and cold manufacturing with solar light + Turbine moving blade group of each stage Various energy storage cycle combined engines with mating bolt assembly turbine as same diameter and same shape.   Water-repellent turbine blade cross section (4X) 10 times 8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various driving vessels (79V) Propulsion driving force + Hydraulic levitation levitation additional thrust bearing equipped + Intake air path length lens and heat and cold manufacturing with sunlight + Fully automatic processable turbine movement possible Various energy storage cycle coalescing engines, which use a blade assembly with a bolt assembly and a turbine assembly with approximately the same diameter and diameter.   Water-repellent turbine blade cross section (4X) to 11 times 9-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various propulsion vessels (79V) Propulsion driving + Hydraulic floating levitating additional thrust bearing + Intake air path length lens and solar light and heat with solar light + Fully automatic processing possible turbine A variety of energy storage cycle combined engines, in which the moving blade group has the same diameter and diameter and is approximately the same in diameter.   Water-repellent turbine blade cross section (4X) 12 times 10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + downward acceleration metal Spherical mercury gravity turbine driven + various ships (79V) injection driving force driven + hydraulic floating levitation additional thrust bearing equipped + suction air path length lens and heat and cold heat manufacturing with sunlight + moving blade group of turbine Various energy storage cycle combined engines with fitting bolt assembly turbine as same diameter approximately same shape every paragraph.   Water-repellent turbine blade cross section (4X) 13 times metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + downward accelerating metal sphere mercury Drive by gravity turbine + Drive various ships (79V) Propulsion force drive + Hydraulic floating levitation additional thrust bearing equipped + Intake air path length lens and heat and cold manufacture with solar light + Turbine moving blade group of each stage Various energy storage cycle combined engines with mating bolt assembly turbine as same diameter and same shape.   Water-repellent turbine blade cross section (4X) 14 times 1-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selected use vessel (38 B) + downward accelerating metal Spherical mercury gravity turbine driven + various ships (79V) injection driving force driven + hydraulic floating levitation additional thrust bearing equipped + suction air path length lens and heat and cold heat manufacturing with sunlight + moving blade group of turbine Various energy storage cycle combined engines with fitting bolt assembly turbine as same diameter approximately same shape every paragraph.   Water-repellent turbine blade cross section (4X) 15 times two-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + downward acceleration metal Ball mercury Gravity turbine driven + Various ships etc. (79V) Injection driving force driven + Hydraulic levitation levitation additional thrust bearing equipped + Intake air path length lens and heat and cold manufacturing with sunlight + Fully automatic processing possible turbine A variety of energy storage cycle combined engines, with the rotating blade group of each section having the same diameter and approximately the same diameter for each bolt assembly.   Water-repellent turbine blade cross section (4X) 16 times 3-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selected to use ship (38B) + downward accelerating metal Spherical mercury gravity turbine driven + Various ships are driven by (79V) injection driving force + Hydraulic floating levitation additional thrust bearing equipped + Intake air path length lens and heat and cold manufacturing with sunlight + Fully automatic processing possible A variety of energy storage cycle combined engines, in which the rotor blade group of the turbine has the same diameter and diameter, and has the same diameter.   Water-repellent turbine blade cross section (4X) 17 times 4-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Produce thermal / thermal energy with suction air path length lens and sunlight + Various types of turbine blade groups having the same diameter and shape as fitting bolt assembly turbine Energy Conservation Cycle Coalition Agency.   Water-repellent turbine blade cross section (4X) 18 times 5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Produce thermal / thermal energy with suction air path length lens and sunlight + Various types of turbine blade groups having the same diameter and shape as fitting bolt assembly turbine Energy Conservation Cycle Coalition Agency.   Water-repellent turbine blade cross section (4X) 19 times 6-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Produce thermal / thermal energy with suction air path length lens and sunlight + Various types of turbine blade groups having the same diameter and shape as fitting bolt assembly turbine Energy Conservation Cycle Coalition Agency.   Water-repellent turbine blade cross section (4X) 20 times 7-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + equipped with hydraulic levitation additional thrust bearing + Thermal and cold heat production with suction air path length lens and sunlight + Fully automatic machining allows the rotor blade group of the turbine to have the same diameter and the same diameter for each paragraph Various energy storage cycle combined engines with an assembled turbine.   Water-repellent turbine blade cross section (4X) 21 times 8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Intake air path length lens and heat and cold manufacturing with solar light + Mating rotor blade group of turbines capable of fully automatic processing as same diameter of each stage Various energy storage cycle combined engines with bolt assembly turbines.   Water-repellent turbine blade cross section (4X) 22 times 9-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) + Equipped with hydraulic levitation additional thrust bearing + Intake air path length lens and heat and cold heat manufacturing with sunlight + Turbine moving blade group of same diameter and same shape for every stage Various energy conservation cycle union engine.   Water-repellent turbine blade cross section (4X) 23 times 10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) + Equipped with hydraulic levitation additional thrust bearing + Intake air path length lens and heat and cold heat manufacturing with sunlight + Turbine moving blade group of same diameter and same shape for every stage Various energy conservation cycle union engine.   Water-repellent turbine blade cross section (4X) to 24 times metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) Equipped + Equipped with hydraulic levitation additional thrust bearings + Intake air path length lens and heat and cold manufacturing with solar light + Various energy of the moving blade group of the turbine with the same diameter and the same diameter for each stage Preservation cycle union agency.   Water-repellent turbine blade cross section (4X) 25 times 1-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) + Equipped with hydraulic floating additional thrust bearing + Intake air path length lens and heat and cold manufacturing with sunlight + Fully automatic processing allows the rotor blade group of the turbine to be fitted with the same diameter and approximately same shape for each stage Various energy storage cycle combined engines with bolt assembly turbines.   Water-repellent turbine blade cross section (4X) doubles two-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) + Equipped with hydraulic levitation additional thrust bearings + Intake air path length lens and heat and cold manufacturing with solar light + Inserting the buckets of turbines capable of fully automatic processing with the same diameter and diameter Various energy storage cycle combined engines with combined bolt assembly turbines.   Water-repellent turbine blade cross section (4X) triples three-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Produce thermal / thermal energy with suction air path length lens and sunlight + Various types of turbine blade groups having the same diameter and shape as fitting bolt assembly turbine Energy Conservation Cycle Coalition Agency.   Water-repellent turbine blade cross section (4X) quadruple four-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Produce thermal / thermal energy with suction air path length lens and sunlight + Various types of turbine blade groups having the same diameter and shape as fitting bolt assembly turbine Energy Conservation Cycle Coalition Agency.   Water-repellent turbine blade cross section (4X) 5 times 5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Produce thermal / thermal energy with suction air path length lens and sunlight + Various types of turbine blade groups having the same diameter and shape as fitting bolt assembly turbine Energy Conservation Cycle Coalition Agency.   Water-repellent turbine blade cross-section (4X) 6 times 6-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + horizontal axis (1h ) Equipped + equipped with hydraulic levitation additional thrust bearing + Thermal and cold heat production with suction air path length lens and sunlight + Fully automatic machining allows the rotor blade group of the turbine to have the same diameter and the same diameter for each paragraph Various energy storage cycle combined engines with an assembled turbine.   Water-repellent turbine blade cross section (4X) 7 times 7-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Equipped with hydraulic levitation additional thrust bearing + Intake air path length lens and heat and cold manufacturing with solar light + Mating rotor blade group of turbines capable of fully automatic processing as same diameter of each stage Various energy storage cycle combined engines with bolt assembly turbines.   Water-repellent turbine blade cross section (4X) 8 times 8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h A) equipped + driving various passenger vessels (79 V) injection driving force + hydraulic floating levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored pressure + acceleration of turbine movement Various energy storage cycle coalescing engines, which use a blade assembly with a bolt assembly and a turbine assembly with approximately the same diameter and diameter.   Water-repellent turbine blade cross section (4X) 9 times 9-step metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h A) equipped + driving various passenger vessels (79 V) injection driving force + hydraulic floating levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored pressure + acceleration of turbine movement Various energy storage cycle coalescing engines, which use a blade assembly with a bolt assembly and a turbine assembly with approximately the same diameter and diameter.   Water-repellent turbine blade cross section (4X) 10 times 10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h A) equipped + driving various passenger vessels (79 V) injection driving force + hydraulic floating levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored pressure + acceleration of turbine movement Various energy storage cycle coalescing engines, which use a blade assembly with a bolt assembly and a turbine assembly with approximately the same diameter and diameter.   Water-repellent turbine blade cross section (4X) to 11 times metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipment + Various types of passenger vessels driven by (79V) injection driving force + Hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and saved into pressure + fully automatic processing possible A variety of energy storage cycle combined engines, in which the rotor blade group of the turbine has the same diameter and diameter, and has the same diameter.   Water-repellent turbine blade cross section (4X) 12 times 1-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h ) Equipped + Drive various propulsion vessels (79V) Injection driving force + Hydraulic floating levitation additional thrust bearing + Combustion gas heat quantity and mass or compressed air heat quantity and acceleration by pressure divided and stored in mass + Fully automatic processing A variety of energy storage cycle combined engines, where the rotor blade group of the turbine that can be used has the same diameter and diameter as each stage.   Water-repellent turbine blade cross section (4X) 13 times 2-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selected to use ship (38B) + downward accelerating metal Ball mercury Gravity turbine driven + Various ships are driven by (79V) injection driving force + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored in pressure acceleration + turbine A variety of energy storage cycle combined engines, with the rotating blade group of each section having the same diameter and approximately the same diameter for each bolt assembly.   Water-repellent turbine blade cross section (4X) 14 times 3-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + downward acceleration metal Ball mercury Gravity turbine driven + Various ships are driven by (79V) injection driving force + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored in pressure acceleration + turbine A variety of energy storage cycle combined engines, with the rotating blade group of each section having the same diameter and approximately the same diameter for each bolt assembly.   Water-repellent turbine blade cross section (4X) 15 times four-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + downward acceleration metal Ball mercury Gravity turbine driven + Various ships are driven by (79V) injection driving force + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored in pressure acceleration + turbine A variety of energy storage cycle combined engines, with the rotating blade group of each section having the same diameter and approximately the same diameter for each bolt assembly.   Water-repellent turbine blade cross section (4X) 16 times 5-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + downward acceleration metal Ball mercury Gravity turbine driven + Various ships are driven by (79V) injection driving force + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and saved in pressure + acceleration by total pressure Various energy conservation cycle combined engines which made the moving blade group of the turbine the same diameter of each stage, and made the fitting bolt assembly turbine so that automatic processing is possible.   Water-repellent turbine blade cross section (4X) 17 times 6-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selected use vessel (38 B) + downward acceleration metal Ball mercury Gravity turbine driven + Various ships are driven by (79V) injection driving force + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and saved in pressure + acceleration by total pressure Various energy conservation cycle combined engines, where the rotating blade group of the turbine that can be machined automatically has the same diameter and diameter, and has the same diameter and diameter.   Water-repellent turbine blade cross section (4X) 18 times 7-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + metal sphere mercury to Configuration and method to accelerate + Thermal and cold energy production with suction air path length lens and sunlight + Equipped with hydraulic floating levitation additional thrust bearing + Accelerated by pressure divided and stored into combustion gas heat quantity and mass or compressed air heat quantity and mass + Turbine A variety of energy storage cycle combined engines, with the rotating blade group of each section having the same diameter and approximately the same diameter for each bolt assembly.   Water-repellent turbine blade cross section (4X) 19 times 8-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + metal sphere mercury + Configuration and method to accelerate + Thermal and cold energy production with suction air path length lens and sunlight + Equipped with hydraulic floating levitation additional thrust bearing + Accelerated by pressure divided and stored into combustion gas heat quantity and mass or compressed air heat quantity and mass + Turbine A variety of energy storage cycle combined engines, with the rotating blade group of each section having the same diameter and approximately the same diameter for each bolt assembly.   Water-repellent turbine blade cross section (4X) 20 times 9-step metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + metal sphere mercury to Configuration and method to accelerate + Thermal and cold energy production with suction air path length lens and sunlight + Equipped with hydraulic floating levitation additional thrust bearing + Accelerated by pressure divided and stored into combustion gas heat quantity and mass or compressed air heat quantity and mass + Turbine A variety of energy storage cycle combined engines, with the rotating blade group of each section having the same diameter and approximately the same diameter for each bolt assembly.   Water-repellent turbine blade cross section (4X) 21 times 10-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + metal sphere mercury to Configuration and method to accelerate + Thermal and cold heat production with suction air path length lens and sunlight + Equipped with hydraulic floating levitation additional thrust bearing + Acceleration with total pressure of combustion gas heat and mass or compressed air heat and mass separately + pressure Various energy conservation cycle combined engines which made the moving blade group of the turbine the same diameter of each stage, and made the fitting bolt assembly turbine so that automatic processing is possible.   Water-repellent turbine blade cross section (4X) 22 times metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + accelerate metal sphere mercury Configuration and method + Thermal and cold energy production with suction air path length lens and sunlight + Equipped with thrust bearing with hydraulic floating additional + thermal energy of combustion gas and mass or compressed air thermal energy and acceleration by pressure divided and saved + fully automatic processing A variety of energy storage cycle combined engines, where the rotor blade group of the turbine that can be used has the same diameter and diameter as each stage.   Water-repellent turbine blade cross section (4X) 23 times 1-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + metal sphere mercury to Configuration and method to accelerate + Thermal and cold energy production with suction air path length lens and sunlight + Equipped with hydraulic floating levitation additional thrust bearing + Accelerated by pressure divided and stored into combustion gas heat quantity and mass or compressed air heat quantity and mass + Turbine A variety of energy storage cycle combined engines, with the rotating blade group of each section having the same diameter and approximately the same diameter for each bolt assembly.   Water-repellent turbine blade cross section (4X) 24 times 2-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + metal sphere mercury to Configuration and method to accelerate + Thermal and cold energy production with suction air path length lens and sunlight + Equipped with hydraulic floating levitation additional thrust bearing + Accelerated by pressure divided and stored into combustion gas heat quantity and mass or compressed air heat quantity and mass + Turbine A variety of energy storage cycle combined engines, with the rotating blade group of each section having the same diameter and approximately the same diameter for each bolt assembly.   Water-repellent turbine blade cross section (4X) 25 times 3-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + metal sphere mercury to Configuration and method to accelerate + Thermal and cold energy production with suction air path length lens and sunlight + Equipped with hydraulic floating levitation additional thrust bearing + Accelerated by pressure divided and stored into combustion gas heat quantity and mass or compressed air heat quantity and mass + Turbine A variety of energy storage cycle combined engines, with the rotating blade group of each section having the same diameter and approximately the same diameter for each bolt assembly.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + structure and method of accelerating metal ball mercury + intake air path length lens and sunlight Heat and cool at manufacturing + Equipped with additional hydraulic floating levitation thrust bearing + Accelerated by heat stored in combustion gas heat and mass or compressed air heat and pressure separately + pressure + Rotor blade group of turbine with same diameter almost same shape every stage Various energy storage cycle combined engines equipped with a bolt assembly turbine in one stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + structure and method of accelerating metal ball mercury + intake air path length lens and sunlight Heat and cool at manufacturing + Equipped with additional hydraulic floating levitation thrust bearing + Accelerated by heat stored in combustion gas heat and mass or compressed air heat and pressure separately + pressure + Rotor blade group of turbine with same diameter almost same shape every stage Various energy storage cycle combined engines equipped with two stages of bolt assembly turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored separately pressure + fully automatic machinable rotor blade group of the same diameter almost same shape Various energy storage cycle combined engines equipped with three stages of mating bolt assembly turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored divided into pressure + moving blade group of turbines capable of fully automatic machining can be approximately the same diameter for every step A variety of energy storage cycle combined engines equipped with four stages of mating bolt assembly turbines in the same shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored in pressure mass of turbine blade group that can be accelerated + fully automatic processing with the same diameter for every stage A variety of energy storage cycle combined engines with five stages of mating bolt assembly turbines as roughly identical.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and saved pressure + mating blade group of turbine as the same diameter approximately the same shape for every stage mating bolt Various energy storage cycle combined engines with six stages of assembly turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and saved pressure + mating blade group of turbine as the same diameter approximately the same shape for every stage mating bolt Various energy storage cycle combined engines equipped with 7 stages of assembly turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored separately pressure + fully automatic machinable rotor blade group of the same diameter almost same shape Various energy storage cycle combined engines equipped with 8 stages of mating bolt assembly turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored separately pressure + fully automatic machinable rotor blade group of the same diameter almost same shape Various energy storage cycle combined engines equipped with 9 stages of mating bolt assembly turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored separately pressure + fully automatic machinable rotor blade group of the same diameter almost same shape Various energy storage cycle combined engines with 10 stages of mating bolt assembly turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored separately pressure + fully automatic machinable rotor blade group of the same diameter almost same shape A variety of energy storage cycle combined engines equipped with a mating bolt assembly turbine as one stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored separately pressure + fully automatic machinable rotor blade group of the same diameter almost same shape A variety of energy storage cycle combined engines with two stages of mating bolt assembly turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored divided into pressure + moving blade group of turbines capable of fully automatic machining can be approximately the same diameter for every step A variety of energy storage cycle combined engines equipped with three stages of mating bolt assembly turbines in the same shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored divided into pressure + moving blade group of turbines capable of fully automatic machining can be approximately the same diameter for every step A variety of energy storage cycle combined engines equipped with four stages of mating bolt assembly turbines in the same shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored divided into pressure + moving blade group of turbines capable of fully automatic machining can be approximately the same diameter for every step A variety of energy storage cycle combined engines equipped with five stages of mating bolt assembly turbines in the same shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored divided into pressure + moving blade group of turbines capable of fully automatic machining can be approximately the same diameter for every step A variety of energy storage cycle combined engines equipped with six stages of mating bolt assembly turbines in the same shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored divided into pressure + moving blade group of turbines capable of fully automatic machining can be approximately the same diameter for every step A variety of energy storage cycle combined engines equipped with 7 stages of mating bolt assembly turbines in the same shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored in pressure mass of turbine blade group that can be accelerated + fully automatic processing with the same diameter for every stage A variety of energy storage cycle combined engines equipped with eight stages of mating bolt assembly turbines in a substantially identical shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored in pressure mass of turbine blade group that can be accelerated + fully automatic processing with the same diameter for every stage A variety of energy storage cycle combined engines with 9 stages of mating bolt assembly turbines as roughly identical.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored in pressure mass of turbine blade group that can be accelerated + fully automatic processing with the same diameter for every stage A variety of energy storage cycle combined engines with 10 stages of mating bolt assembly turbines as roughly identical.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored in pressure mass of turbine blade group that can be accelerated + fully automatic processing with the same diameter for every stage A variety of energy storage cycle combined engines equipped with a mating bolt assembly turbine in one stage as roughly identical.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored in pressure mass of turbine blade group that can be accelerated + fully automatic processing with the same diameter for every stage A variety of energy storage cycle combined engines with two stages of mating bolt assembly turbines as roughly identical.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and saved pressure + mating blade group of turbine as the same diameter approximately the same shape for every stage mating bolt Various energy storage cycle combined engines with three stages of assembly turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and saved pressure + mating blade group of turbine as the same diameter approximately the same shape for every stage mating bolt Various energy storage cycle combined engines with four stages of assembly turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and saved pressure + mating blade group of turbine as the same diameter approximately the same shape for every stage mating bolt Various energy storage cycle combined engines with five stages of assembly turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and saved pressure + mating blade group of turbine as the same diameter approximately the same shape for every stage mating bolt Various energy storage cycle combined engines with six stages of assembly turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and saved pressure + mating blade group of turbine as the same diameter approximately the same shape for every stage mating bolt Various energy storage cycle combined engines equipped with 7 stages of assembly turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and saved pressure + mating blade group of turbine as the same diameter approximately the same shape for every stage mating bolt Various energy storage cycle combined engines with eight stages of assembly turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and saved pressure + mating blade group of turbine as the same diameter approximately the same shape for every stage mating bolt Various energy storage cycle combined engines with 9 stages of assembly turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and saved pressure + mating blade group of turbine as the same diameter approximately the same shape for every stage mating bolt Various energy storage cycle combined engines with 10 stages of assembly turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and saved pressure + mating blade group of turbine as the same diameter approximately the same shape for every stage mating bolt Various energy storage cycle combined engines equipped with an assembly turbine in one stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and saved pressure + mating blade group of turbine as the same diameter approximately the same shape for every stage mating bolt Various energy storage cycle combined engines with two stages of assembly turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and saved pressure + mating blade group of turbine as the same diameter approximately the same shape for every stage mating bolt Various energy storage cycle combined engines with three stages of assembly turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and saved pressure + mating blade group of turbine as the same diameter approximately the same shape for every stage mating bolt Various energy storage cycle combined engines with four stages of assembly turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and saved pressure + mating blade group of turbine as the same diameter approximately the same shape for every stage mating bolt Various energy storage cycle combined engines with five stages of assembly turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and saved pressure + mating blade group of turbine as the same diameter approximately the same shape for every stage mating bolt Various energy storage cycle combined engines with six stages of assembly turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and saved pressure + mating blade group of turbine as the same diameter approximately the same shape for every stage mating bolt Various energy storage cycle combined engines equipped with 7 stages of assembly turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + maximum gravity, sunlight and surface tension Use of water + rotatably mounted water jet + hydraulic levitation levitation additional thrust bearing + combustion gas heat and mass or compressed air heat and mass divided into pressure acceleration + fully automatic processable turbine A variety of energy storage cycle combined engines with eight stages of mating bolt assembly turbines, each of which has the same diameter and diameter as the moving blade group.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + maximum gravity, sunlight and surface tension Use of water + rotation of water jet to be able to move up and down + hydraulic levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and mass divided into divided pressure + acceleration with fully automatic processable turbine A variety of energy storage cycle coalescing engines equipped with 9 stages of mating bolt assembly turbines, each of which has the same diameter and diameter as the moving blade group.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + maximum gravity, sunlight and surface tension Use of water + rotation of the water jet so as to be able to move up and down + hydraulic levitation additional thrust bearing equipped + + heat of combustion gas and mass or compressed air heat and mass of divided pressure can be accelerated + fully automatic processing with pressure A variety of energy storage cycle combined engines with 10 stages of mating bolt assembly turbines, each of which has the same diameter as that of the turbine blade group.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + maximum gravity, sunlight and surface tension Use of water + rotation of the water jet so as to be vertically movable + hydraulic floating levitation additional thrust bearing + combustion gas heat and mass or compressed air heat and pressure divided and stored pressure + acceleration rotor blade group of the turbine A variety of energy storage cycle combined engines equipped with a fitting bolt assembly turbine in one stage with the same diameter and approximately the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + maximum gravity, sunlight and surface tension Use of water + rotation of the water jet so as to be vertically movable + hydraulic floating levitation additional thrust bearing + combustion gas heat and mass or compressed air heat and pressure divided and stored pressure + acceleration rotor blade group of the turbine A variety of energy storage cycle combined engines with two stages of mating bolt assembly turbines with the same diameter and approximately the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Various energy with 3 stages of mating bolt assembly turbines with the same diameter of almost the same diameter as the bucket group of the fully automatic machineable turbine Preservation cycle union agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various accelerations with the pressure of the heat stored in the combustion gas and mass or compressed air heat and mass division + Fully automatic processing of the turbine blade group of the turbine that can be fully automated with the same diameter approximately the same shape Energy Conservation Cycle Coalition Agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + 5-staged bolt assembly turbines are provided with the same size of rotor blades of a turbine that can be accelerated + fully-automatically processed by the pressure that is stored separately in the amount of combustion gas heat and mass or compressed air heat and mass separately. Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with six stages of mating bolt assembly turbines with the same size of the rotor blade group of each stage with the same diameter for each stage with acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with 7 stages of mating bolt assembly turbines with the same size of approximately the same diameter of the moving blades of the turbine with the pressure that is divided and stored separately in the amount of combustion gas heat and mass or compressed air heat and mass .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Accelerating at pressure divided and stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Various kinds of rotating blade group of fully automatic machinable turbine with the same diameter approximately the same shape for each stage, and 8 bolt mounting turbines provided in 8 stages Energy Conservation Cycle Coalition Agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Accelerating at pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Turbine blade group of turbines capable of fully automatic machining is provided with 9 stages of mating bolt assembly turbines with the same diameter and substantially the same shape in each stage Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Having combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored at pressure divided and stored into the turbine assembly of the turbine which can be accelerated + fully automatic machining with the same diameter and shape is almost the same form 10 stages of turbine blades Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Accelerating at the pressure divided and stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Various energy preservation cycle unions in which mating bolt assembly turbines are provided in one stage with the same diameter of the rotor blades of the turbine as the same for every paragraph organ.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Accelerating at the pressure divided and stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Various energy preservation cycle unions in which two stages of mating bolt assembly turbines are provided in the same diameter with the same diameter of turbine rotor blade group. organ.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Various energy with 3 stages of mating bolt assembly turbines with the same diameter of almost the same diameter as the bucket group of the fully automatic machineable turbine Preservation cycle union agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various accelerations with the pressure of the heat stored in the combustion gas and mass or compressed air heat and mass division + Fully automatic processing of the turbine blade group of the turbine that can be fully automated with the same diameter approximately the same shape Energy Conservation Cycle Coalition Agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + 5-staged bolt assembly turbines are provided with the same size of rotor blades of a turbine that can be accelerated + fully-automatically processed by the pressure that is stored separately in the amount of combustion gas heat and mass or compressed air heat and mass separately. Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with six stages of mating bolt assembly turbines with the same size of the rotor blade group of each stage with the same diameter for each stage with acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with 7 stages of mating bolt assembly turbines with the same size of approximately the same diameter of the moving blades of the turbine with the pressure that is divided and stored separately in the amount of combustion gas heat and mass or compressed air heat and mass .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic levitation levitation additional thrust bearing + acceleration with the combustion gas heat quantity and mass or compressed air heat quantity and pressure separately stored pressure + moving blade group of fully automatic machinable turbine is as same diameter as each stage Various energy storage cycle combined engines with eight stages of mating bolt assembly turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored separately pressure + fully automatic processing of moving blade group of turbine that can be fully automated Various energy storage cycle combined engines equipped with 9 stages of mating bolt assembly turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided separately and saved in pressure + moving blade group of turbines that can be fully automated processing with the same pressure approximately every diameter Various energy storage cycle combined engines with 10 stages of mating bolt assembly turbines in the same shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force driven + hydraulic levitation levy additional thrust bearing + acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + mating blade assembly of the turbine blade group of the turbine with the same diameter approximately in each stage Various energy storage cycle combined engines with one stage of turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force driven + hydraulic levitation levy additional thrust bearing + acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + mating blade assembly of the turbine blade group of the turbine with the same diameter approximately in each stage Various energy storage cycle combined engines with two stages of turbines.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + hydraulic levitation + additional thrust bearing + acceleration of combustion gas heat and mass or compressed air heat and pressure divided and stored pressure + moving blade group of fully automatic machineable turbine with the same diameter approximately every stage A variety of energy storage cycle combined engines equipped with three stages of mating bolt assembly turbines in the same shape.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + hydraulic levitation + additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored divided into mass + moving blade group of turbine that can be fully automated machined is the same diameter for every stage A variety of energy storage cycle combined engines with four stages of mating bolt assembly turbines as roughly identical.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection thrust force driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored in the mass The moving blade group of the turbine that can be accelerated + fully automatic processing by the same pressure Various energy storage cycle combined engines equipped with five stages of mating bolt assembly turbines with approximately the same diameter.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored pressure + acceleration + moving blade group of turbine is fitted with the same diameter almost same shape for every paragraph Various energy storage cycle combined engines equipped with 6 stages of bolt assembly turbines.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored pressure + acceleration + moving blade group of turbine is fitted with the same diameter almost same shape for every paragraph Various energy storage cycle combined engines with 7 stages of bolt assembly turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Various energy with 8 stages of mating bolt assembly turbines with the same diameter of the rotor blade group of the fully automatic machinable turbine with the same size for every stage Preservation cycle union agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various accelerations with the pressure that is stored separately in the amount of combustion gas heat and mass or compressed air heat and mass + Various automatic rotation machine blades that can be fully automatically machined with the same diameter and approximately the same diameter per stage Energy Conservation Cycle Coalition Agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + The rotation blade group of the turbine that can be accelerated + fully-automatically processed by the pressure stored separately + combustion gas heat quantity and mass or compressed air heat quantity and mass is provided with 10 stages of mating bolt assembly turbines with the same diameter and substantially the same shape for each stage Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with an assembly of bolt assembly turbines in one stage with the same size of the rotor blades of the turbine with the same diameter for each stage + acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with two stages of mating bolt assembly turbines in which the rotor blade group of the turbine has the same diameter and is approximately the same shape every stage + pressure by dividing and storing combustion gas heat amount and mass or compressed air heat amount and mass .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Accelerating at the pressure divided and stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Various kinds of rotating blade group of fully automatic machinable turbine with the same diameter and approximately same shape in each stage, and three bolt mounting turbines provided in three stages Energy Conservation Cycle Coalition Agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Accelerating at pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Turbine blade group of turbines capable of fully automatic machining is provided with four stages of mating bolt assembly turbines with the same diameter and substantially the same shape in each stage Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Set the bolt assembly turbine of 5 stages with the same size of the rotor blade group of the turbine that can be accelerated + fully automatic processing by the pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + same diameter per stage Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Accelerating at the pressure divided and stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Various energy preservation cycle unions in which the rotor blade group of the turbine has the same diameter approximately the same shape in each stage and six stages of mating bolt assembly turbines are provided organ.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Accelerating at the pressure divided and stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Various energy preservation cycle unions in which 7 stages of mating bolt assembly turbines are provided with the same diameter of the same diameter approximately the same shape organ.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Various energy with 8 stages of mating bolt assembly turbines with the same diameter of the rotor blade group of the fully automatic machinable turbine with the same size for every stage Preservation cycle union agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various accelerations with the pressure that is stored separately in the amount of combustion gas heat and mass or compressed air heat and mass + Various automatic rotation machine blades that can be fully automatically machined with the same diameter and approximately the same diameter per stage Energy Conservation Cycle Coalition Agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + The rotation blade group of the turbine that can be accelerated + fully-automatically processed by the pressure stored separately + combustion gas heat quantity and mass or compressed air heat quantity and mass is provided with 10 stages of mating bolt assembly turbines with the same diameter and substantially the same shape for each stage Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with an assembly of bolt assembly turbines in one stage with the same size of the rotor blades of the turbine with the same diameter for each stage + acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with two stages of mating bolt assembly turbines in which the rotor blade group of the turbine has the same diameter and is approximately the same shape every stage + pressure by dividing and storing combustion gas heat amount and mass or compressed air heat amount and mass .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic levitation levitation additional thrust bearing + acceleration with the combustion gas heat quantity and mass or compressed air heat quantity and pressure separately stored pressure + moving blade group of fully automatic machinable turbine is as same diameter as each stage Various energy storage cycle combined engines with 3 stages of mating bolt assembly turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored separately pressure + fully automatic processing of moving blade group of turbine that can be fully automated A variety of energy storage cycle combined engines equipped with four stages of mating bolt assembly turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided separately and saved in pressure + moving blade group of turbines that can be fully automated processing with the same pressure approximately every diameter A variety of energy storage cycle combined engines equipped with five stages of mating bolt assembly turbines in the same shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force driven + hydraulic levitation levy additional thrust bearing + acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + mating blade assembly of the turbine blade group of the turbine with the same diameter approximately in each stage Various energy storage cycle combined engines with six stages of turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force driven + hydraulic levitation levy additional thrust bearing + acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + mating blade assembly of the turbine blade group of the turbine with the same diameter approximately in each stage Various energy storage cycle combined engines with 7 stages of turbines.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + hydraulic levitation + additional thrust bearing + acceleration of combustion gas heat and mass or compressed air heat and pressure divided and stored pressure + moving blade group of fully automatic machineable turbine with the same diameter approximately every stage A variety of energy storage cycle combined engines equipped with 8 stages of mating bolt assembly turbines in the same shape.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + hydraulic levitation + additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored divided into mass + moving blade group of turbine that can be fully automated machined is the same diameter for every stage A variety of energy storage cycle combined engines with 9 stages of mating bolt assembly turbines as roughly identical.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection thrust force driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored in the mass The moving blade group of the turbine that can be accelerated + fully automatic processing by the same pressure Various energy storage cycle combined engines equipped with 10 stages of mating bolt assembly turbines with approximately the same diameter.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored pressure + acceleration + moving blade group of turbine is fitted with the same diameter almost same shape for every paragraph Various energy storage cycle combined engines equipped with a bolt assembly turbine in one stage.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored pressure + acceleration + moving blade group of turbine is fitted with the same diameter almost same shape for every paragraph Various energy storage cycle combined engines equipped with two stages of bolt assembly turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Various energy with 3 stages of mating bolt assembly turbines with the same diameter of almost the same diameter as the bucket group of the fully automatic machineable turbine Preservation cycle union agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various accelerations with the pressure of the heat stored in the combustion gas and mass or compressed air heat and mass division + Fully automatic processing of the turbine blade group of the turbine that can be fully automated with the same diameter approximately the same shape Energy Conservation Cycle Coalition Agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + 5-staged bolt assembly turbines are provided with the same size of rotor blades of a turbine that can be accelerated + fully-automatically processed by the pressure that is stored separately in the amount of combustion gas heat and mass or compressed air heat and mass separately. Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with six stages of mating bolt assembly turbines with the same size of the rotor blade group of each stage with the same diameter for each stage with acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with 7 stages of mating bolt assembly turbines with the same size of approximately the same diameter of the moving blades of the turbine with the pressure that is divided and stored separately in the amount of combustion gas heat and mass or compressed air heat and mass .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Accelerating at pressure divided and stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Various kinds of rotating blade group of fully automatic machinable turbine with the same diameter approximately the same shape for each stage, and 8 bolt mounting turbines provided in 8 stages Energy Conservation Cycle Coalition Agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Accelerating at pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Turbine blade group of turbines capable of fully automatic machining is provided with 9 stages of mating bolt assembly turbines with the same diameter and substantially the same shape in each stage Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Having combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored at pressure divided and stored into the turbine assembly of the turbine which can be accelerated + fully automatic machining with the same diameter and shape is almost the same form 10 stages of turbine blades Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Accelerating at the pressure divided and stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Various energy preservation cycle unions in which mating bolt assembly turbines are provided in one stage with the same diameter of the rotor blades of the turbine as the same for every paragraph organ.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Accelerating at the pressure divided and stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Various energy preservation cycle unions in which two stages of mating bolt assembly turbines are provided in the same diameter with the same diameter of turbine rotor blade group. organ.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Various energy with 3 stages of mating bolt assembly turbines with the same diameter of almost the same diameter as the bucket group of the fully automatic machineable turbine Preservation cycle union agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various accelerations with the pressure of the heat stored in the combustion gas and mass or compressed air heat and mass division + Fully automatic processing of the turbine blade group of the turbine that can be fully automated with the same diameter approximately the same shape Energy Conservation Cycle Coalition Agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + 5-staged bolt assembly turbines are provided with the same size of rotor blades of a turbine that can be accelerated + fully-automatically processed by the pressure that is stored separately in the amount of combustion gas heat and mass or compressed air heat and mass separately. Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with six stages of mating bolt assembly turbines with the same size of the rotor blade group of each stage with the same diameter for each stage with acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with 7 stages of mating bolt assembly turbines with the same size of approximately the same diameter of the moving blades of the turbine with the pressure that is divided and stored separately in the amount of combustion gas heat and mass or compressed air heat and mass .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic levitation levitation additional thrust bearing + acceleration with the combustion gas heat quantity and mass or compressed air heat quantity and pressure separately stored pressure + moving blade group of fully automatic machinable turbine is as same diameter as each stage Various energy storage cycle combined engines with eight stages of mating bolt assembly turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored separately pressure + fully automatic processing of moving blade group of turbine that can be fully automated Various energy storage cycle combined engines equipped with 9 stages of mating bolt assembly turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided separately and saved in pressure + moving blade group of turbines that can be fully automated processing with the same pressure approximately every diameter Various energy storage cycle combined engines with 10 stages of mating bolt assembly turbines in the same shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force driven + hydraulic levitation levy additional thrust bearing + acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + mating blade assembly of the turbine blade group of the turbine with the same diameter approximately in each stage Various energy storage cycle combined engines with one stage of turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force driven + hydraulic levitation levy additional thrust bearing + acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + mating blade assembly of the turbine blade group of the turbine with the same diameter approximately in each stage Various energy storage cycle combined engines with two stages of turbines.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + hydraulic levitation + additional thrust bearing + acceleration of combustion gas heat and mass or compressed air heat and pressure divided and stored pressure + moving blade group of fully automatic machineable turbine with the same diameter approximately every stage A variety of energy storage cycle combined engines equipped with three stages of mating bolt assembly turbines in the same shape.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + hydraulic levitation + additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored divided into mass + moving blade group of turbine that can be fully automated machined is the same diameter for every stage A variety of energy storage cycle combined engines with four stages of mating bolt assembly turbines as roughly identical.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection thrust force driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored in the mass The moving blade group of the turbine that can be accelerated + fully automatic processing by the same pressure Various energy storage cycle combined engines equipped with five stages of mating bolt assembly turbines with approximately the same diameter.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored pressure + acceleration + moving blade group of turbine is fitted with the same diameter almost same shape for every paragraph Various energy storage cycle combined engines equipped with 6 stages of bolt assembly turbines.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored pressure + acceleration + moving blade group of turbine is fitted with the same diameter almost same shape for every paragraph Various energy storage cycle combined engines with 7 stages of bolt assembly turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Various energy with 8 stages of mating bolt assembly turbines with the same diameter of the rotor blade group of the fully automatic machinable turbine with the same size for every stage Preservation cycle union agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various accelerations with the pressure that is stored separately in the amount of combustion gas heat and mass or compressed air heat and mass + Various automatic rotation machine blades that can be fully automatically machined with the same diameter and approximately the same diameter per stage Energy Conservation Cycle Coalition Agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + The rotation blade group of the turbine that can be accelerated + fully-automatically processed by the pressure stored separately + combustion gas heat quantity and mass or compressed air heat quantity and mass is provided with 10 stages of mating bolt assembly turbines with the same diameter and substantially the same shape for each stage Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with an assembly of bolt assembly turbines in one stage with the same size of the rotor blades of the turbine with the same diameter for each stage + acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with two stages of mating bolt assembly turbines in which the rotor blade group of the turbine has the same diameter and is approximately the same shape every stage + pressure by dividing and storing combustion gas heat amount and mass or compressed air heat amount and mass .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Accelerating at the pressure divided and stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Various kinds of rotating blade group of fully automatic machinable turbine with the same diameter and approximately same shape in each stage, and three bolt mounting turbines provided in three stages Energy Conservation Cycle Coalition Agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Accelerating at pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Turbine blade group of turbines capable of fully automatic machining is provided with four stages of mating bolt assembly turbines with the same diameter and substantially the same shape in each stage Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Set the bolt assembly turbine of 5 stages with the same size of the rotor blade group of the turbine that can be accelerated + fully automatic processing by the pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + same diameter per stage Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Accelerating at the pressure divided and stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Various energy preservation cycle unions in which the rotor blade group of the turbine has the same diameter approximately the same shape in each stage and six stages of mating bolt assembly turbines are provided organ.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Accelerating at the pressure divided and stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Various energy preservation cycle unions in which 7 stages of mating bolt assembly turbines are provided with the same diameter of the same diameter approximately the same shape organ.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Various energy with 8 stages of mating bolt assembly turbines with the same diameter of the rotor blade group of the fully automatic machinable turbine with the same size for every stage Preservation cycle union agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various accelerations with the pressure that is stored separately in the amount of combustion gas heat and mass or compressed air heat and mass + Various automatic rotation machine blades that can be fully automatically machined with the same diameter and approximately the same diameter per stage Energy Conservation Cycle Coalition Agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + The rotation blade group of the turbine that can be accelerated + fully-automatically processed by the pressure stored separately + combustion gas heat quantity and mass or compressed air heat quantity and mass is provided with 10 stages of mating bolt assembly turbines with the same diameter and substantially the same shape for each stage Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with an assembly of bolt assembly turbines in one stage with the same size of the rotor blades of the turbine with the same diameter for each stage + acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with two stages of mating bolt assembly turbines in which the rotor blade group of the turbine has the same diameter and is approximately the same shape every stage + pressure by dividing and storing combustion gas heat amount and mass or compressed air heat amount and mass .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic levitation levitation additional thrust bearing + acceleration with the combustion gas heat quantity and mass or compressed air heat quantity and pressure separately stored pressure + moving blade group of fully automatic machinable turbine is as same diameter as each stage Various energy storage cycle combined engines with 3 stages of mating bolt assembly turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored separately pressure + fully automatic processing of moving blade group of turbine that can be fully automated A variety of energy storage cycle combined engines equipped with four stages of mating bolt assembly turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided separately and saved in pressure + moving blade group of turbines that can be fully automated processing with the same pressure approximately every diameter A variety of energy storage cycle combined engines equipped with five stages of mating bolt assembly turbines in the same shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force driven + hydraulic levitation levy additional thrust bearing + acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + mating blade assembly of the turbine blade group of the turbine with the same diameter approximately in each stage Various energy storage cycle combined engines with six stages of turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force driven + hydraulic levitation levy additional thrust bearing + acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + mating blade assembly of the turbine blade group of the turbine with the same diameter approximately in each stage Various energy storage cycle combined engines with 7 stages of turbines.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + hydraulic levitation + additional thrust bearing + acceleration of combustion gas heat and mass or compressed air heat and pressure divided and stored pressure + moving blade group of fully automatic machineable turbine with the same diameter approximately every stage A variety of energy storage cycle combined engines equipped with 8 stages of mating bolt assembly turbines in the same shape.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + hydraulic levitation + additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored divided into mass + moving blade group of turbine that can be fully automated machined is the same diameter for every stage A variety of energy storage cycle combined engines with 9 stages of mating bolt assembly turbines as roughly identical.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection thrust force driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored in the mass The moving blade group of the turbine that can be accelerated + fully automatic processing by the same pressure Various energy storage cycle combined engines equipped with 10 stages of mating bolt assembly turbines with approximately the same diameter.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored pressure + acceleration + moving blade group of turbine is fitted with the same diameter almost same shape for every paragraph Various energy storage cycle combined engines equipped with a bolt assembly turbine in one stage.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored pressure + acceleration + moving blade group of turbine is fitted with the same diameter almost same shape for every paragraph Various energy storage cycle combined engines equipped with two stages of bolt assembly turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Various energy with 3 stages of mating bolt assembly turbines with the same diameter of almost the same diameter as the bucket group of the fully automatic machineable turbine Preservation cycle union agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various accelerations with the pressure of the heat stored in the combustion gas and mass or compressed air heat and mass division + Fully automatic processing of the turbine blade group of the turbine that can be fully automated with the same diameter approximately the same shape Energy Conservation Cycle Coalition Agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + 5-staged bolt assembly turbines are provided with the same size of rotor blades of a turbine that can be accelerated + fully-automatically processed by the pressure that is stored separately in the amount of combustion gas heat and mass or compressed air heat and mass separately. Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with six stages of mating bolt assembly turbines with the same size of the rotor blade group of each stage with the same diameter for each stage with acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with 7 stages of mating bolt assembly turbines with the same size of approximately the same diameter of the moving blades of the turbine with the pressure that is divided and stored separately in the amount of combustion gas heat and mass or compressed air heat and mass .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Accelerating at pressure divided and stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Various kinds of rotating blade group of fully automatic machinable turbine with the same diameter approximately the same shape for each stage, and 8 bolt mounting turbines provided in 8 stages Energy Conservation Cycle Coalition Agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Accelerating at pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Turbine blade group of turbines capable of fully automatic machining is provided with 9 stages of mating bolt assembly turbines with the same diameter and substantially the same shape in each stage Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Having combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored at pressure divided and stored into the turbine assembly of the turbine which can be accelerated + fully automatic machining with the same diameter and shape is almost the same form 10 stages of turbine blades Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Accelerating at the pressure divided and stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Various energy preservation cycle unions in which mating bolt assembly turbines are provided in one stage with the same diameter of the rotor blades of the turbine as the same for every paragraph organ.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Accelerating at the pressure divided and stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Various energy preservation cycle unions in which two stages of mating bolt assembly turbines are provided in the same diameter with the same diameter of turbine rotor blade group. organ.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Various energy with 3 stages of mating bolt assembly turbines with the same diameter of almost the same diameter as the bucket group of the fully automatic machineable turbine Preservation cycle union agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various accelerations with the pressure of the heat stored in the combustion gas and mass or compressed air heat and mass division + Fully automatic processing of the turbine blade group of the turbine that can be fully automated with the same diameter approximately the same shape Energy Conservation Cycle Coalition Agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + 5-staged bolt assembly turbines are provided with the same size of rotor blades of a turbine that can be accelerated + fully-automatically processed by the pressure that is stored separately in the amount of combustion gas heat and mass or compressed air heat and mass separately. Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with six stages of mating bolt assembly turbines with the same size of the rotor blade group of each stage with the same diameter for each stage with acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with 7 stages of mating bolt assembly turbines with the same size of approximately the same diameter of the moving blades of the turbine with the pressure that is divided and stored separately in the amount of combustion gas heat and mass or compressed air heat and mass .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic levitation levitation additional thrust bearing + acceleration with the combustion gas heat quantity and mass or compressed air heat quantity and pressure separately stored pressure + moving blade group of fully automatic machinable turbine is as same diameter as each stage Various energy storage cycle combined engines with eight stages of mating bolt assembly turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored separately pressure + fully automatic processing of moving blade group of turbine that can be fully automated Various energy storage cycle combined engines equipped with 9 stages of mating bolt assembly turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided separately and saved in pressure + moving blade group of turbines that can be fully automated processing with the same pressure approximately every diameter Various energy storage cycle combined engines with 10 stages of mating bolt assembly turbines in the same shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force driven + hydraulic levitation levy additional thrust bearing + acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + mating blade assembly of the turbine blade group of the turbine with the same diameter approximately in each stage Various energy storage cycle combined engines with one stage of turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force driven + hydraulic levitation levy additional thrust bearing + acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + mating blade assembly of the turbine blade group of the turbine with the same diameter approximately in each stage Various energy storage cycle combined engines with two stages of turbines.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + hydraulic levitation + additional thrust bearing + acceleration of combustion gas heat and mass or compressed air heat and pressure divided and stored pressure + moving blade group of fully automatic machineable turbine with the same diameter approximately every stage A variety of energy storage cycle combined engines equipped with three stages of mating bolt assembly turbines in the same shape.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + hydraulic levitation + additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored divided into mass + moving blade group of turbine that can be fully automated machined is the same diameter for every stage A variety of energy storage cycle combined engines with four stages of mating bolt assembly turbines as roughly identical.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection thrust force driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored in the mass The moving blade group of the turbine that can be accelerated + fully automatic processing by the same pressure Various energy storage cycle combined engines equipped with five stages of mating bolt assembly turbines with approximately the same diameter.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored pressure + acceleration + moving blade group of turbine is fitted with the same diameter almost same shape for every paragraph Various energy storage cycle combined engines equipped with 6 stages of bolt assembly turbines.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored pressure + acceleration + moving blade group of turbine is fitted with the same diameter almost same shape for every paragraph Various energy storage cycle combined engines with 7 stages of bolt assembly turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Various energy with 8 stages of mating bolt assembly turbines with the same diameter of the rotor blade group of the fully automatic machinable turbine with the same size for every stage Preservation cycle union agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various accelerations with the pressure that is stored separately in the amount of combustion gas heat and mass or compressed air heat and mass + Various automatic rotation machine blades that can be fully automatically machined with the same diameter and approximately the same diameter per stage Energy Conservation Cycle Coalition Agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + The rotation blade group of the turbine that can be accelerated + fully-automatically processed by the pressure stored separately + combustion gas heat quantity and mass or compressed air heat quantity and mass is provided with 10 stages of mating bolt assembly turbines with the same diameter and substantially the same shape for each stage Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with an assembly of bolt assembly turbines in one stage with the same size of the rotor blades of the turbine with the same diameter for each stage + acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with two stages of mating bolt assembly turbines in which the rotor blade group of the turbine has the same diameter and is approximately the same shape every stage + pressure by dividing and storing combustion gas heat amount and mass or compressed air heat amount and mass .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Accelerating at the pressure divided and stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Various kinds of rotating blade group of fully automatic machinable turbine with the same diameter and approximately same shape in each stage, and three bolt mounting turbines provided in three stages Energy Conservation Cycle Coalition Agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Accelerating at pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Turbine blade group of turbines capable of fully automatic machining is provided with four stages of mating bolt assembly turbines with the same diameter and substantially the same shape in each stage Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Set the bolt assembly turbine of 5 stages with the same size of the rotor blade group of the turbine that can be accelerated + fully automatic processing by the pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + same diameter per stage Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Accelerating at the pressure divided and stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Various energy preservation cycle unions in which the rotor blade group of the turbine has the same diameter approximately the same shape in each stage and six stages of mating bolt assembly turbines are provided organ.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Accelerating at the pressure divided and stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Various energy preservation cycle unions in which 7 stages of mating bolt assembly turbines are provided with the same diameter of the same diameter approximately the same shape organ.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Various energy with 8 stages of mating bolt assembly turbines with the same diameter of the rotor blade group of the fully automatic machinable turbine with the same size for every stage Preservation cycle union agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various accelerations with the pressure that is stored separately in the amount of combustion gas heat and mass or compressed air heat and mass + Various automatic rotation machine blades that can be fully automatically machined with the same diameter and approximately the same diameter per stage Energy Conservation Cycle Coalition Agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + The rotation blade group of the turbine that can be accelerated + fully-automatically processed by the pressure stored separately + combustion gas heat quantity and mass or compressed air heat quantity and mass is provided with 10 stages of mating bolt assembly turbines with the same diameter and substantially the same shape for each stage Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with an assembly of bolt assembly turbines in one stage with the same size of the rotor blades of the turbine with the same diameter for each stage + acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with two stages of mating bolt assembly turbines in which the rotor blade group of the turbine has the same diameter and is approximately the same shape every stage + pressure by dividing and storing combustion gas heat amount and mass or compressed air heat amount and mass .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic levitation levitation additional thrust bearing + acceleration with the combustion gas heat quantity and mass or compressed air heat quantity and pressure separately stored pressure + moving blade group of fully automatic machinable turbine is as same diameter as each stage Various energy storage cycle combined engines with 3 stages of mating bolt assembly turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored separately pressure + fully automatic processing of moving blade group of turbine that can be fully automated A variety of energy storage cycle combined engines equipped with four stages of mating bolt assembly turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided separately and saved in pressure + moving blade group of turbines that can be fully automated processing with the same pressure approximately every diameter A variety of energy storage cycle combined engines equipped with five stages of mating bolt assembly turbines in the same shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force driven + hydraulic levitation levy additional thrust bearing + acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + mating blade assembly of the turbine blade group of the turbine with the same diameter approximately in each stage Various energy storage cycle combined engines with six stages of turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force driven + hydraulic levitation levy additional thrust bearing + acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + mating blade assembly of the turbine blade group of the turbine with the same diameter approximately in each stage Various energy storage cycle combined engines with 7 stages of turbines.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + hydraulic levitation + additional thrust bearing + acceleration of combustion gas heat and mass or compressed air heat and pressure divided and stored pressure + moving blade group of fully automatic machineable turbine with the same diameter approximately every stage A variety of energy storage cycle combined engines equipped with 8 stages of mating bolt assembly turbines in the same shape.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + hydraulic levitation + additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored divided into mass + moving blade group of turbine that can be fully automated machined is the same diameter for every stage A variety of energy storage cycle combined engines with 9 stages of mating bolt assembly turbines as roughly identical.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection thrust force driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored in the mass The moving blade group of the turbine that can be accelerated + fully automatic processing by the same pressure Various energy storage cycle combined engines equipped with 10 stages of mating bolt assembly turbines with approximately the same diameter.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored pressure + acceleration + moving blade group of turbine is fitted with the same diameter almost same shape for every paragraph Various energy storage cycle combined engines equipped with a bolt assembly turbine in one stage.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored pressure + acceleration + moving blade group of turbine is fitted with the same diameter almost same shape for every paragraph Various energy storage cycle combined engines equipped with two stages of bolt assembly turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Various energy with 3 stages of mating bolt assembly turbines with the same diameter of almost the same diameter as the bucket group of the fully automatic machineable turbine Preservation cycle union agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various accelerations with the pressure of the heat stored in the combustion gas and mass or compressed air heat and mass division + Fully automatic processing of the turbine blade group of the turbine that can be fully automated with the same diameter approximately the same shape Energy Conservation Cycle Coalition Agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + 5-staged bolt assembly turbines are provided with the same size of rotor blades of a turbine that can be accelerated + fully-automatically processed by the pressure that is stored separately in the amount of combustion gas heat and mass or compressed air heat and mass separately. Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with six stages of mating bolt assembly turbines with the same size of the rotor blade group of each stage with the same diameter for each stage with acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with 7 stages of mating bolt assembly turbines with the same size of approximately the same diameter of the moving blades of the turbine with the pressure that is divided and stored separately in the amount of combustion gas heat and mass or compressed air heat and mass .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Accelerating at pressure divided and stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Various kinds of rotating blade group of fully automatic machinable turbine with the same diameter approximately the same shape for each stage, and 8 bolt mounting turbines provided in 8 stages Energy Conservation Cycle Coalition Agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Accelerating at pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Turbine blade group of turbines capable of fully automatic machining is provided with 9 stages of mating bolt assembly turbines with the same diameter and substantially the same shape in each stage Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Having combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored at pressure divided and stored into the turbine assembly of the turbine which can be accelerated + fully automatic machining with the same diameter and shape is almost the same form 10 stages of turbine blades Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Accelerating at the pressure divided and stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Various energy preservation cycle unions in which mating bolt assembly turbines are provided in one stage with the same diameter of the rotor blades of the turbine as the same for every paragraph organ.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Accelerating at the pressure divided and stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Various energy preservation cycle unions in which two stages of mating bolt assembly turbines are provided in the same diameter with the same diameter of turbine rotor blade group. organ.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Various energy with 3 stages of mating bolt assembly turbines with the same diameter of almost the same diameter as the bucket group of the fully automatic machineable turbine Preservation cycle union agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various accelerations with the pressure of the heat stored in the combustion gas and mass or compressed air heat and mass division + Fully automatic processing of the turbine blade group of the turbine that can be fully automated with the same diameter approximately the same shape Energy Conservation Cycle Coalition Agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + 5-staged bolt assembly turbines are provided with the same size of rotor blades of a turbine that can be accelerated + fully-automatically processed by the pressure that is stored separately in the amount of combustion gas heat and mass or compressed air heat and mass separately. Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with six stages of mating bolt assembly turbines with the same size of the rotor blade group of each stage with the same diameter for each stage with acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with 7 stages of mating bolt assembly turbines with the same size of approximately the same diameter of the moving blades of the turbine with the pressure that is divided and stored separately in the amount of combustion gas heat and mass or compressed air heat and mass .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic levitation levitation additional thrust bearing + acceleration with the combustion gas heat quantity and mass or compressed air heat quantity and pressure separately stored pressure + moving blade group of fully automatic machinable turbine is as same diameter as each stage Various energy storage cycle combined engines with eight stages of mating bolt assembly turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored separately pressure + fully automatic processing of moving blade group of turbine that can be fully automated Various energy storage cycle combined engines equipped with 9 stages of mating bolt assembly turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided separately and saved in pressure + moving blade group of turbines that can be fully automated processing with the same pressure approximately every diameter Various energy storage cycle combined engines with 10 stages of mating bolt assembly turbines in the same shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force driven + hydraulic levitation levy additional thrust bearing + acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + mating blade assembly of the turbine blade group of the turbine with the same diameter approximately in each stage Various energy storage cycle combined engines with one stage of turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force driven + hydraulic levitation levy additional thrust bearing + acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + mating blade assembly of the turbine blade group of the turbine with the same diameter approximately in each stage Various energy storage cycle combined engines with two stages of turbines.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + hydraulic levitation + additional thrust bearing + acceleration of combustion gas heat and mass or compressed air heat and pressure divided and stored pressure + moving blade group of fully automatic machineable turbine with the same diameter approximately every stage A variety of energy storage cycle combined engines equipped with three stages of mating bolt assembly turbines in the same shape.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + hydraulic levitation + additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored divided into mass + moving blade group of turbine that can be fully automated machined is the same diameter for every stage A variety of energy storage cycle combined engines with four stages of mating bolt assembly turbines as roughly identical.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection thrust force driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored in the mass The moving blade group of the turbine that can be accelerated + fully automatic processing by the same pressure Various energy storage cycle combined engines equipped with five stages of mating bolt assembly turbines with approximately the same diameter.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored pressure + acceleration + moving blade group of turbine is fitted with the same diameter almost same shape for every paragraph Various energy storage cycle combined engines equipped with 6 stages of bolt assembly turbines.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored pressure + acceleration + moving blade group of turbine is fitted with the same diameter almost same shape for every paragraph Various energy storage cycle combined engines with 7 stages of bolt assembly turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Various energy with 8 stages of mating bolt assembly turbines with the same diameter of the rotor blade group of the fully automatic machinable turbine with the same size for every stage Preservation cycle union agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various accelerations with the pressure that is stored separately in the amount of combustion gas heat and mass or compressed air heat and mass + Various automatic rotation machine blades that can be fully automatically machined with the same diameter and approximately the same diameter per stage Energy Conservation Cycle Coalition Agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + The rotation blade group of the turbine that can be accelerated + fully-automatically processed by the pressure stored separately + combustion gas heat quantity and mass or compressed air heat quantity and mass is provided with 10 stages of mating bolt assembly turbines with the same diameter and substantially the same shape for each stage Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with an assembly of bolt assembly turbines in one stage with the same size of the rotor blades of the turbine with the same diameter for each stage + acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with two stages of mating bolt assembly turbines in which the rotor blade group of the turbine has the same diameter and is approximately the same shape every stage + pressure by dividing and storing combustion gas heat amount and mass or compressed air heat amount and mass .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Accelerating at the pressure divided and stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Various kinds of rotating blade group of fully automatic machinable turbine with the same diameter and approximately same shape in each stage, and three bolt mounting turbines provided in three stages Energy Conservation Cycle Coalition Agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Accelerating at pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Turbine blade group of turbines capable of fully automatic machining is provided with four stages of mating bolt assembly turbines with the same diameter and substantially the same shape in each stage Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Set the bolt assembly turbine of 5 stages with the same size of the rotor blade group of the turbine that can be accelerated + fully automatic processing by the pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + same diameter per stage Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Accelerating at the pressure divided and stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Various energy preservation cycle unions in which the rotor blade group of the turbine has the same diameter approximately the same shape in each stage and six stages of mating bolt assembly turbines are provided organ.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Accelerating at the pressure divided and stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Various energy preservation cycle unions in which 7 stages of mating bolt assembly turbines are provided with the same diameter of the same diameter approximately the same shape organ.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Various energy with 8 stages of mating bolt assembly turbines with the same diameter of the rotor blade group of the fully automatic machinable turbine with the same size for every stage Preservation cycle union agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various accelerations with the pressure that is stored separately in the amount of combustion gas heat and mass or compressed air heat and mass + Various automatic rotation machine blades that can be fully automatically machined with the same diameter and approximately the same diameter per stage Energy Conservation Cycle Coalition Agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + The rotation blade group of the turbine that can be accelerated + fully-automatically processed by the pressure stored separately + combustion gas heat quantity and mass or compressed air heat quantity and mass is provided with 10 stages of mating bolt assembly turbines with the same diameter and substantially the same shape for each stage Various energy conservation cycle union engine.   Three-stage metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing Accelerating at the pressure separately stored in the heat energy and mass or compressed air heat energy and mass of the combustion gas equipped + Various energy storage cycles where the rotor blade group of the turbine has the same diameter approximately the same shape every stage and the bolt assembly turbine is provided in one stage Coalition agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with two stages of mating bolt assembly turbines in which the rotor blade group of the turbine has the same diameter and is approximately the same shape every stage + pressure by dividing and storing combustion gas heat amount and mass or compressed air heat amount and mass .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic levitation levitation additional thrust bearing + acceleration with the combustion gas heat quantity and mass or compressed air heat quantity and pressure separately stored pressure + moving blade group of fully automatic machinable turbine is as same diameter as each stage Various energy storage cycle combined engines with 3 stages of mating bolt assembly turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored separately pressure + fully automatic processing of moving blade group of turbine that can be fully automated A variety of energy storage cycle combined engines equipped with four stages of mating bolt assembly turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided separately and saved in pressure + moving blade group of turbines that can be fully automated processing with the same pressure approximately every diameter A variety of energy storage cycle combined engines equipped with five stages of mating bolt assembly turbines in the same shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force driven + hydraulic levitation levy additional thrust bearing + acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + mating blade assembly of the turbine blade group of the turbine with the same diameter approximately in each stage Various energy storage cycle combined engines with six stages of turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force driven + hydraulic levitation levy additional thrust bearing + acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + mating blade assembly of the turbine blade group of the turbine with the same diameter approximately in each stage Various energy storage cycle combined engines with 7 stages of turbines.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + hydraulic levitation + additional thrust bearing + acceleration of combustion gas heat and mass or compressed air heat and pressure divided and stored pressure + moving blade group of fully automatic machineable turbine with the same diameter approximately every stage A variety of energy storage cycle combined engines equipped with 8 stages of mating bolt assembly turbines in the same shape.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + hydraulic levitation + additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored divided into mass + moving blade group of turbine that can be fully automated machined is the same diameter for every stage A variety of energy storage cycle combined engines with 9 stages of mating bolt assembly turbines as roughly identical.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection thrust force driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored in the mass The moving blade group of the turbine that can be accelerated + fully automatic processing by the same pressure Various energy storage cycle combined engines equipped with 10 stages of mating bolt assembly turbines with approximately the same diameter.   Two-stage metal sphere mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + acceleration metal sphere mercury gravity turbine driven downward + various vessels ( 79V) Injection motive force drive + hydraulic levitation levitation additional thrust bearing + acceleration of combustion gas heat and mass or compressed air heat energy and pressure divided and saved pressure + moving blade group of turbine approximately the same diameter as each stage Various energy storage cycle combined engines provided with a mating bolt assembly turbine in one stage.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored pressure + acceleration + moving blade group of turbine is fitted with the same diameter almost same shape for every paragraph Various energy storage cycle combined engines equipped with two stages of bolt assembly turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + structure and method of accelerating metal ball mercury + intake air path length lens and sunlight Heat and cool at manufacturing + Equipped with additional thrust bearing for hydraulic levitation + Accelerated by heat stored in combustion gas heat and mass or compressed air heat and pressure separately in pressure + Fully automatic machinable rotor blade group of the same diameter approximately every stage A variety of energy storage cycle combined engines equipped with three stages of mating bolt assembly turbines in the same shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + structure and method of accelerating metal ball mercury + intake air path length lens and sunlight Heat and cold heat production with + + hydraulic levitation levitation additional thrust bearing + combustion gas heat and mass or compressed air heat and pressure divided separately and saved pressure + fully automatic processing turbine blade group capable of fully automatic processing is the same diameter for every stage A variety of energy storage cycle combined engines with four stages of mating bolt assembly turbines as roughly identical.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + structure and method of accelerating metal ball mercury + intake air path length lens and sunlight Heat and cold energy production + Hydraulic levitation levitation additional thrust bearing + combustion gas heat and mass or compressed air heat and pressure divided and stored in pressure Mass of turbine blades that can be accelerated + fully automatic processing by pressure Various energy storage cycle combined engines equipped with five stages of mating bolt assembly turbines with approximately the same diameter.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + structure and method of accelerating metal ball mercury + intake air path length lens and sunlight Heat and cool at manufacturing + Equipped with additional hydraulic floating levitation thrust bearing + Accelerated by heat stored in combustion gas heat and mass or compressed air heat and pressure separately + pressure + Rotor blade group of turbine with same diameter almost same shape every stage Various energy storage cycle combined engines equipped with 6 stages of bolt assembly turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + structure and method of accelerating metal ball mercury + intake air path length lens and sunlight Heat and cool at manufacturing + Equipped with additional hydraulic floating levitation thrust bearing + Accelerated by heat stored in combustion gas heat and mass or compressed air heat and pressure separately + pressure + Rotor blade group of turbine with same diameter almost same shape every stage Various energy storage cycle combined engines with 7 stages of bolt assembly turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + structure and method of accelerating metal ball mercury + intake air path length lens and sunlight Heat and cool at manufacturing + Equipped with additional thrust bearing for hydraulic levitation + Accelerated by heat stored in combustion gas heat and mass or compressed air heat and pressure separately in pressure + Fully automatic machinable rotor blade group of the same diameter approximately every stage A variety of energy storage cycle combined engines equipped with 8 stages of mating bolt assembly turbines in the same shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + structure and method of accelerating metal ball mercury + intake air path length lens and sunlight Heat and cold heat production with + + hydraulic levitation levitation additional thrust bearing + combustion gas heat and mass or compressed air heat and pressure divided separately and saved pressure + fully automatic processing turbine blade group capable of fully automatic processing is the same diameter for every stage A variety of energy storage cycle combined engines with 9 stages of mating bolt assembly turbines as roughly identical.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + structure and method of accelerating metal ball mercury + intake air path length lens and sunlight Heat and cold energy production + Hydraulic levitation levitation additional thrust bearing + combustion gas heat and mass or compressed air heat and pressure divided and stored in pressure Mass of turbine blades that can be accelerated + fully automatic processing by pressure Various energy storage cycle combined engines equipped with 10 stages of mating bolt assembly turbines with approximately the same diameter.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + structure and method of accelerating metal ball mercury + intake air path length lens and sunlight Heat and cool at manufacturing + Equipped with additional hydraulic floating levitation thrust bearing + Accelerated by heat stored in combustion gas heat and mass or compressed air heat and pressure separately + pressure + Rotor blade group of turbine with same diameter almost same shape every stage Various energy storage cycle combined engines equipped with a bolt assembly turbine in one stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + structure and method of accelerating metal ball mercury + intake air path length lens and sunlight Heat and cool at manufacturing + Equipped with additional hydraulic floating levitation thrust bearing + Accelerated by heat stored in combustion gas heat and mass or compressed air heat and pressure separately + pressure + Rotor blade group of turbine with same diameter almost same shape every stage Various energy storage cycle combined engines equipped with two stages of bolt assembly turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored separately pressure + fully automatic machinable rotor blade group of the same diameter almost same shape Various energy storage cycle combined engines equipped with three stages of mating bolt assembly turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored divided into pressure + moving blade group of turbines capable of fully automatic machining can be approximately the same diameter for every step A variety of energy storage cycle combined engines equipped with four stages of mating bolt assembly turbines in the same shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored in pressure mass of turbine blade group that can be accelerated + fully automatic processing with the same diameter for every stage A variety of energy storage cycle combined engines with five stages of mating bolt assembly turbines as roughly identical.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and saved pressure + mating blade group of turbine as the same diameter approximately the same shape for every stage mating bolt Various energy storage cycle combined engines with six stages of assembly turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and saved pressure + mating blade group of turbine as the same diameter approximately the same shape for every stage mating bolt Various energy storage cycle combined engines equipped with 7 stages of assembly turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored separately pressure + fully automatic machinable rotor blade group of the same diameter almost same shape Various energy storage cycle combined engines equipped with 8 stages of mating bolt assembly turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored separately pressure + fully automatic machinable rotor blade group of the same diameter almost same shape Various energy storage cycle combined engines equipped with 9 stages of mating bolt assembly turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored separately pressure + fully automatic machinable rotor blade group of the same diameter almost same shape Various energy storage cycle combined engines with 10 stages of mating bolt assembly turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored separately pressure + fully automatic machinable rotor blade group of the same diameter almost same shape A variety of energy storage cycle combined engines equipped with a mating bolt assembly turbine as one stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored separately pressure + fully automatic machinable rotor blade group of the same diameter almost same shape A variety of energy storage cycle combined engines with two stages of mating bolt assembly turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored divided into pressure + moving blade group of turbines capable of fully automatic machining can be approximately the same diameter for every step A variety of energy storage cycle combined engines equipped with three stages of mating bolt assembly turbines in the same shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored divided into pressure + moving blade group of turbines capable of fully automatic machining can be approximately the same diameter for every step A variety of energy storage cycle combined engines equipped with four stages of mating bolt assembly turbines in the same shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored divided into pressure + moving blade group of turbines capable of fully automatic machining can be approximately the same diameter for every step A variety of energy storage cycle combined engines equipped with five stages of mating bolt assembly turbines in the same shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored divided into pressure + moving blade group of turbines capable of fully automatic machining can be approximately the same diameter for every step A variety of energy storage cycle combined engines equipped with six stages of mating bolt assembly turbines in the same shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored divided into pressure + moving blade group of turbines capable of fully automatic machining can be approximately the same diameter for every step A variety of energy storage cycle combined engines equipped with 7 stages of mating bolt assembly turbines in the same shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored in pressure mass of turbine blade group that can be accelerated + fully automatic processing with the same diameter for every stage A variety of energy storage cycle combined engines equipped with eight stages of mating bolt assembly turbines in a substantially identical shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored in pressure mass of turbine blade group that can be accelerated + fully automatic processing with the same diameter for every stage A variety of energy storage cycle combined engines with 9 stages of mating bolt assembly turbines as roughly identical.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored in pressure mass of turbine blade group that can be accelerated + fully automatic processing with the same diameter for every stage A variety of energy storage cycle combined engines with 10 stages of mating bolt assembly turbines as roughly identical.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored in pressure mass of turbine blade group that can be accelerated + fully automatic processing with the same diameter for every stage A variety of energy storage cycle combined engines equipped with a mating bolt assembly turbine in one stage as roughly identical.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored in pressure mass of turbine blade group that can be accelerated + fully automatic processing with the same diameter for every stage A variety of energy storage cycle combined engines with two stages of mating bolt assembly turbines as roughly identical.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and saved pressure + mating blade group of turbine as the same diameter approximately the same shape for every stage mating bolt Various energy storage cycle combined engines with three stages of assembly turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and saved pressure + mating blade group of turbine as the same diameter approximately the same shape for every stage mating bolt Various energy storage cycle combined engines with four stages of assembly turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and saved pressure + mating blade group of turbine as the same diameter approximately the same shape for every stage mating bolt Various energy storage cycle combined engines with five stages of assembly turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and saved pressure + mating blade group of turbine as the same diameter approximately the same shape for every stage mating bolt Various energy storage cycle combined engines with six stages of assembly turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and saved pressure + mating blade group of turbine as the same diameter approximately the same shape for every stage mating bolt Various energy storage cycle combined engines equipped with 7 stages of assembly turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and saved pressure + mating blade group of turbine as the same diameter approximately the same shape for every stage mating bolt Various energy storage cycle combined engines with eight stages of assembly turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and saved pressure + mating blade group of turbine as the same diameter approximately the same shape for every stage mating bolt Various energy storage cycle combined engines with 9 stages of assembly turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and saved pressure + mating blade group of turbine as the same diameter approximately the same shape for every stage mating bolt Various energy storage cycle combined engines with 10 stages of assembly turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and saved pressure + mating blade group of turbine as the same diameter approximately the same shape for every stage mating bolt Various energy storage cycle combined engines equipped with an assembly turbine in one stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and saved pressure + mating blade group of turbine as the same diameter approximately the same shape for every stage mating bolt Various energy storage cycle combined engines with two stages of assembly turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and saved pressure + mating blade group of turbine as the same diameter approximately the same shape for every stage mating bolt Various energy storage cycle combined engines with three stages of assembly turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and saved pressure + mating blade group of turbine as the same diameter approximately the same shape for every stage mating bolt Various energy storage cycle combined engines with four stages of assembly turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and saved pressure + mating blade group of turbine as the same diameter approximately the same shape for every stage mating bolt Various energy storage cycle combined engines with five stages of assembly turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and saved pressure + mating blade group of turbine as the same diameter approximately the same shape for every stage mating bolt Various energy storage cycle combined engines with six stages of assembly turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and saved pressure + mating blade group of turbine as the same diameter approximately the same shape for every stage mating bolt Various energy storage cycle combined engines equipped with 7 stages of assembly turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + maximum gravity, sunlight and surface tension Use of water + rotatably mounted water jet + hydraulic levitation levitation additional thrust bearing + combustion gas heat and mass or compressed air heat and mass divided into pressure acceleration + fully automatic processable turbine A variety of energy storage cycle combined engines with eight stages of mating bolt assembly turbines, each of which has the same diameter and diameter as the moving blade group.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + maximum gravity, sunlight and surface tension Use of water + rotation of water jet to be able to move up and down + hydraulic levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and mass divided into divided pressure + acceleration with fully automatic processable turbine A variety of energy storage cycle coalescing engines equipped with 9 stages of mating bolt assembly turbines, each of which has the same diameter and diameter as the moving blade group.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + maximum gravity, sunlight and surface tension Use of water + rotation of the water jet so as to be able to move up and down + hydraulic levitation additional thrust bearing equipped + + heat of combustion gas and mass or compressed air heat and mass of divided pressure can be accelerated + fully automatic processing with pressure A variety of energy storage cycle combined engines with 10 stages of mating bolt assembly turbines, each of which has the same diameter as that of the turbine blade group.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + maximum gravity, sunlight and surface tension Use of water + rotation of the water jet so as to be vertically movable + hydraulic floating levitation additional thrust bearing + combustion gas heat and mass or compressed air heat and pressure divided and stored pressure + acceleration rotor blade group of the turbine A variety of energy storage cycle combined engines equipped with a fitting bolt assembly turbine in one stage with the same diameter and approximately the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + maximum gravity, sunlight and surface tension Use of water + rotation of the water jet so as to be vertically movable + hydraulic floating levitation additional thrust bearing + combustion gas heat and mass or compressed air heat and pressure divided and stored pressure + acceleration rotor blade group of the turbine A variety of energy storage cycle combined engines with two stages of mating bolt assembly turbines with the same diameter and approximately the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Various energy with 3 stages of mating bolt assembly turbines with the same diameter of almost the same diameter as the bucket group of the fully automatic machineable turbine Preservation cycle union agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various accelerations with the pressure of the heat stored in the combustion gas and mass or compressed air heat and mass division + Fully automatic processing of the turbine blade group of the turbine that can be fully automated with the same diameter approximately the same shape Energy Conservation Cycle Coalition Agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + 5-staged bolt assembly turbines are provided with the same size of rotor blades of a turbine that can be accelerated + fully-automatically processed by the pressure that is stored separately in the amount of combustion gas heat and mass or compressed air heat and mass separately. Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with six stages of mating bolt assembly turbines with the same size of the rotor blade group of each stage with the same diameter for each stage with acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with 7 stages of mating bolt assembly turbines with the same size of approximately the same diameter of the moving blades of the turbine with the pressure that is divided and stored separately in the amount of combustion gas heat and mass or compressed air heat and mass .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Accelerating at pressure divided and stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Various kinds of rotating blade group of fully automatic machinable turbine with the same diameter approximately the same shape for each stage, and 8 bolt mounting turbines provided in 8 stages Energy Conservation Cycle Coalition Agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Accelerating at pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Turbine blade group of turbines capable of fully automatic machining is provided with 9 stages of mating bolt assembly turbines with the same diameter and substantially the same shape in each stage Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Having combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored at pressure divided and stored into the turbine assembly of the turbine which can be accelerated + fully automatic machining with the same diameter and shape is almost the same form 10 stages of turbine blades Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Accelerating at the pressure divided and stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Various energy preservation cycle unions in which mating bolt assembly turbines are provided in one stage with the same diameter of the rotor blades of the turbine as the same for every paragraph organ.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Accelerating at the pressure divided and stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Various energy preservation cycle unions in which two stages of mating bolt assembly turbines are provided in the same diameter with the same diameter of turbine rotor blade group. organ.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Various energy with 3 stages of mating bolt assembly turbines with the same diameter of almost the same diameter as the bucket group of the fully automatic machineable turbine Preservation cycle union agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various accelerations with the pressure of the heat stored in the combustion gas and mass or compressed air heat and mass division + Fully automatic processing of the turbine blade group of the turbine that can be fully automated with the same diameter approximately the same shape Energy Conservation Cycle Coalition Agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + 5-staged bolt assembly turbines are provided with the same size of rotor blades of a turbine that can be accelerated + fully-automatically processed by the pressure that is stored separately in the amount of combustion gas heat and mass or compressed air heat and mass separately. Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with six stages of mating bolt assembly turbines with the same size of the rotor blade group of each stage with the same diameter for each stage with acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with 7 stages of mating bolt assembly turbines with the same size of approximately the same diameter of the moving blades of the turbine with the pressure that is divided and stored separately in the amount of combustion gas heat and mass or compressed air heat and mass .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic levitation levitation additional thrust bearing + acceleration with the combustion gas heat quantity and mass or compressed air heat quantity and pressure separately stored pressure + moving blade group of fully automatic machinable turbine is as same diameter as each stage Various energy storage cycle combined engines with eight stages of mating bolt assembly turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored separately pressure + fully automatic processing of moving blade group of turbine that can be fully automated Various energy storage cycle combined engines equipped with 9 stages of mating bolt assembly turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided separately and saved in pressure + moving blade group of turbines that can be fully automated processing with the same pressure approximately every diameter Various energy storage cycle combined engines with 10 stages of mating bolt assembly turbines in the same shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force driven + hydraulic levitation levy additional thrust bearing + acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + mating blade assembly of the turbine blade group of the turbine with the same diameter approximately in each stage Various energy storage cycle combined engines with one stage of turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force driven + hydraulic levitation levy additional thrust bearing + acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + mating blade assembly of the turbine blade group of the turbine with the same diameter approximately in each stage Various energy storage cycle combined engines with two stages of turbines.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + hydraulic levitation + additional thrust bearing + acceleration of combustion gas heat and mass or compressed air heat and pressure divided and stored pressure + moving blade group of fully automatic machineable turbine with the same diameter approximately every stage A variety of energy storage cycle combined engines equipped with three stages of mating bolt assembly turbines in the same shape.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + hydraulic levitation + additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored divided into mass + moving blade group of turbine that can be fully automated machined is the same diameter for every stage A variety of energy storage cycle combined engines with four stages of mating bolt assembly turbines as roughly identical.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection thrust force driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored in the mass The moving blade group of the turbine that can be accelerated + fully automatic processing by the same pressure Various energy storage cycle combined engines equipped with five stages of mating bolt assembly turbines with approximately the same diameter.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored pressure + acceleration + moving blade group of turbine is fitted with the same diameter almost same shape for every paragraph Various energy storage cycle combined engines equipped with 6 stages of bolt assembly turbines.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored pressure + acceleration + moving blade group of turbine is fitted with the same diameter almost same shape for every paragraph Various energy storage cycle combined engines with 7 stages of bolt assembly turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Various energy with 8 stages of mating bolt assembly turbines with the same diameter of the rotor blade group of the fully automatic machinable turbine with the same size for every stage Preservation cycle union agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various accelerations with the pressure that is stored separately in the amount of combustion gas heat and mass or compressed air heat and mass + Various automatic rotation machine blades that can be fully automatically machined with the same diameter and approximately the same diameter per stage Energy Conservation Cycle Coalition Agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + The rotation blade group of the turbine that can be accelerated + fully-automatically processed by the pressure stored separately + combustion gas heat quantity and mass or compressed air heat quantity and mass is provided with 10 stages of mating bolt assembly turbines with the same diameter and substantially the same shape for each stage Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with an assembly of bolt assembly turbines in one stage with the same size of the rotor blades of the turbine with the same diameter for each stage + acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with two stages of mating bolt assembly turbines in which the rotor blade group of the turbine has the same diameter and is approximately the same shape every stage + pressure by dividing and storing combustion gas heat amount and mass or compressed air heat amount and mass .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Accelerating at the pressure divided and stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Various kinds of rotating blade group of fully automatic machinable turbine with the same diameter and approximately same shape in each stage, and three bolt mounting turbines provided in three stages Energy Conservation Cycle Coalition Agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Accelerating at pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Turbine blade group of turbines capable of fully automatic machining is provided with four stages of mating bolt assembly turbines with the same diameter and substantially the same shape in each stage Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Set the bolt assembly turbine of 5 stages with the same size of the rotor blade group of the turbine that can be accelerated + fully automatic processing by the pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + same diameter per stage Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Accelerating at the pressure divided and stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Various energy preservation cycle unions in which the rotor blade group of the turbine has the same diameter approximately the same shape in each stage and six stages of mating bolt assembly turbines are provided organ.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Accelerating at the pressure divided and stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Various energy preservation cycle unions in which 7 stages of mating bolt assembly turbines are provided with the same diameter of the same diameter approximately the same shape organ.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Various energy with 8 stages of mating bolt assembly turbines with the same diameter of the rotor blade group of the fully automatic machinable turbine with the same size for every stage Preservation cycle union agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various accelerations with the pressure that is stored separately in the amount of combustion gas heat and mass or compressed air heat and mass + Various automatic rotation machine blades that can be fully automatically machined with the same diameter and approximately the same diameter per stage Energy Conservation Cycle Coalition Agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + The rotation blade group of the turbine that can be accelerated + fully-automatically processed by the pressure stored separately + combustion gas heat quantity and mass or compressed air heat quantity and mass is provided with 10 stages of mating bolt assembly turbines with the same diameter and substantially the same shape for each stage Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with an assembly of bolt assembly turbines in one stage with the same size of the rotor blades of the turbine with the same diameter for each stage + acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with two stages of mating bolt assembly turbines in which the rotor blade group of the turbine has the same diameter and is approximately the same shape every stage + pressure by dividing and storing combustion gas heat amount and mass or compressed air heat amount and mass .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic levitation levitation additional thrust bearing + acceleration with the combustion gas heat quantity and mass or compressed air heat quantity and pressure separately stored pressure + moving blade group of fully automatic machinable turbine is as same diameter as each stage Various energy storage cycle combined engines with 3 stages of mating bolt assembly turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored separately pressure + fully automatic processing of moving blade group of turbine that can be fully automated A variety of energy storage cycle combined engines equipped with four stages of mating bolt assembly turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided separately and saved in pressure + moving blade group of turbines that can be fully automated processing with the same pressure approximately every diameter A variety of energy storage cycle combined engines equipped with five stages of mating bolt assembly turbines in the same shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force driven + hydraulic levitation levy additional thrust bearing + acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + mating blade assembly of the turbine blade group of the turbine with the same diameter approximately in each stage Various energy storage cycle combined engines with six stages of turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force driven + hydraulic levitation levy additional thrust bearing + acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + mating blade assembly of the turbine blade group of the turbine with the same diameter approximately in each stage Various energy storage cycle combined engines with 7 stages of turbines.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + hydraulic levitation + additional thrust bearing + acceleration of combustion gas heat and mass or compressed air heat and pressure divided and stored pressure + moving blade group of fully automatic machineable turbine with the same diameter approximately every stage A variety of energy storage cycle combined engines equipped with 8 stages of mating bolt assembly turbines in the same shape.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + hydraulic levitation + additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored divided into mass + moving blade group of turbine that can be fully automated machined is the same diameter for every stage A variety of energy storage cycle combined engines with 9 stages of mating bolt assembly turbines as roughly identical.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection thrust force driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored in the mass The moving blade group of the turbine that can be accelerated + fully automatic processing by the same pressure Various energy storage cycle combined engines equipped with 10 stages of mating bolt assembly turbines with approximately the same diameter.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored pressure + acceleration + moving blade group of turbine is fitted with the same diameter almost same shape for every paragraph Various energy storage cycle combined engines equipped with a bolt assembly turbine in one stage.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored pressure + acceleration + moving blade group of turbine is fitted with the same diameter almost same shape for every paragraph Various energy storage cycle combined engines equipped with two stages of bolt assembly turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Various energy with 3 stages of mating bolt assembly turbines with the same diameter of almost the same diameter as the bucket group of the fully automatic machineable turbine Preservation cycle union agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various accelerations with the pressure of the heat stored in the combustion gas and mass or compressed air heat and mass division + Fully automatic processing of the turbine blade group of the turbine that can be fully automated with the same diameter approximately the same shape Energy Conservation Cycle Coalition Agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + 5-staged bolt assembly turbines are provided with the same size of rotor blades of a turbine that can be accelerated + fully-automatically processed by the pressure that is stored separately in the amount of combustion gas heat and mass or compressed air heat and mass separately. Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with six stages of mating bolt assembly turbines with the same size of the rotor blade group of each stage with the same diameter for each stage with acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with 7 stages of mating bolt assembly turbines with the same size of approximately the same diameter of the moving blades of the turbine with the pressure that is divided and stored separately in the amount of combustion gas heat and mass or compressed air heat and mass .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Accelerating at pressure divided and stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Various kinds of rotating blade group of fully automatic machinable turbine with the same diameter approximately the same shape for each stage, and 8 bolt mounting turbines provided in 8 stages Energy Conservation Cycle Coalition Agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Accelerating at pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Turbine blade group of turbines capable of fully automatic machining is provided with 9 stages of mating bolt assembly turbines with the same diameter and substantially the same shape in each stage Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Having combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored at pressure divided and stored into the turbine assembly of the turbine which can be accelerated + fully automatic machining with the same diameter and shape is almost the same form 10 stages of turbine blades Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Accelerating at the pressure divided and stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Various energy preservation cycle unions in which mating bolt assembly turbines are provided in one stage with the same diameter of the rotor blades of the turbine as the same for every paragraph organ.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Accelerating at the pressure divided and stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Various energy preservation cycle unions in which two stages of mating bolt assembly turbines are provided in the same diameter with the same diameter of turbine rotor blade group. organ.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Various energy with 3 stages of mating bolt assembly turbines with the same diameter of almost the same diameter as the bucket group of the fully automatic machineable turbine Preservation cycle union agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various accelerations with the pressure of the heat stored in the combustion gas and mass or compressed air heat and mass division + Fully automatic processing of the turbine blade group of the turbine that can be fully automated with the same diameter approximately the same shape Energy Conservation Cycle Coalition Agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + 5-staged bolt assembly turbines are provided with the same size of rotor blades of a turbine that can be accelerated + fully-automatically processed by the pressure that is stored separately in the amount of combustion gas heat and mass or compressed air heat and mass separately. Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with six stages of mating bolt assembly turbines with the same size of the rotor blade group of each stage with the same diameter for each stage with acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with 7 stages of mating bolt assembly turbines with the same size of approximately the same diameter of the moving blades of the turbine with the pressure that is divided and stored separately in the amount of combustion gas heat and mass or compressed air heat and mass .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic levitation levitation additional thrust bearing + acceleration with the combustion gas heat quantity and mass or compressed air heat quantity and pressure separately stored pressure + moving blade group of fully automatic machinable turbine is as same diameter as each stage Various energy storage cycle combined engines with eight stages of mating bolt assembly turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored separately pressure + fully automatic processing of moving blade group of turbine that can be fully automated Various energy storage cycle combined engines equipped with 9 stages of mating bolt assembly turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided separately and saved in pressure + moving blade group of turbines that can be fully automated processing with the same pressure approximately every diameter Various energy storage cycle combined engines with 10 stages of mating bolt assembly turbines in the same shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force driven + hydraulic levitation levy additional thrust bearing + acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + mating blade assembly of the turbine blade group of the turbine with the same diameter approximately in each stage Various energy storage cycle combined engines with one stage of turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force driven + hydraulic levitation levy additional thrust bearing + acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + mating blade assembly of the turbine blade group of the turbine with the same diameter approximately in each stage Various energy storage cycle combined engines with two stages of turbines.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + hydraulic levitation + additional thrust bearing + acceleration of combustion gas heat and mass or compressed air heat and pressure divided and stored pressure + moving blade group of fully automatic machineable turbine with the same diameter approximately every stage A variety of energy storage cycle combined engines equipped with three stages of mating bolt assembly turbines in the same shape.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + hydraulic levitation + additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored divided into mass + moving blade group of turbine that can be fully automated machined is the same diameter for every stage A variety of energy storage cycle combined engines with four stages of mating bolt assembly turbines as roughly identical.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection thrust force driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored in the mass The moving blade group of the turbine that can be accelerated + fully automatic processing by the same pressure Various energy storage cycle combined engines equipped with five stages of mating bolt assembly turbines with approximately the same diameter.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored pressure + acceleration + moving blade group of turbine is fitted with the same diameter almost same shape for every paragraph Various energy storage cycle combined engines equipped with 6 stages of bolt assembly turbines.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored pressure + acceleration + moving blade group of turbine is fitted with the same diameter almost same shape for every paragraph Various energy storage cycle combined engines with 7 stages of bolt assembly turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Various energy with 8 stages of mating bolt assembly turbines with the same diameter of the rotor blade group of the fully automatic machinable turbine with the same size for every stage Preservation cycle union agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various accelerations with the pressure that is stored separately in the amount of combustion gas heat and mass or compressed air heat and mass + Various automatic rotation machine blades that can be fully automatically machined with the same diameter and approximately the same diameter per stage Energy Conservation Cycle Coalition Agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + The rotation blade group of the turbine that can be accelerated + fully-automatically processed by the pressure stored separately + combustion gas heat quantity and mass or compressed air heat quantity and mass is provided with 10 stages of mating bolt assembly turbines with the same diameter and substantially the same shape for each stage Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with an assembly of bolt assembly turbines in one stage with the same size of the rotor blades of the turbine with the same diameter for each stage + acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with two stages of mating bolt assembly turbines in which the rotor blade group of the turbine has the same diameter and is approximately the same shape every stage + pressure by dividing and storing combustion gas heat amount and mass or compressed air heat amount and mass .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Accelerating at the pressure divided and stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Various kinds of rotating blade group of fully automatic machinable turbine with the same diameter and approximately same shape in each stage, and three bolt mounting turbines provided in three stages Energy Conservation Cycle Coalition Agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Accelerating at pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Turbine blade group of turbines capable of fully automatic machining is provided with four stages of mating bolt assembly turbines with the same diameter and substantially the same shape in each stage Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Set the bolt assembly turbine of 5 stages with the same size of the rotor blade group of the turbine that can be accelerated + fully automatic processing by the pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + same diameter per stage Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Accelerating at the pressure divided and stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Various energy preservation cycle unions in which the rotor blade group of the turbine has the same diameter approximately the same shape in each stage and six stages of mating bolt assembly turbines are provided organ.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Accelerating at the pressure divided and stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Various energy preservation cycle unions in which 7 stages of mating bolt assembly turbines are provided with the same diameter of the same diameter approximately the same shape organ.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Various energy with 8 stages of mating bolt assembly turbines with the same diameter of the rotor blade group of the fully automatic machinable turbine with the same size for every stage Preservation cycle union agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various accelerations with the pressure that is stored separately in the amount of combustion gas heat and mass or compressed air heat and mass + Various automatic rotation machine blades that can be fully automatically machined with the same diameter and approximately the same diameter per stage Energy Conservation Cycle Coalition Agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + The rotation blade group of the turbine that can be accelerated + fully-automatically processed by the pressure stored separately + combustion gas heat quantity and mass or compressed air heat quantity and mass is provided with 10 stages of mating bolt assembly turbines with the same diameter and substantially the same shape for each stage Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with an assembly of bolt assembly turbines in one stage with the same size of the rotor blades of the turbine with the same diameter for each stage + acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with two stages of mating bolt assembly turbines in which the rotor blade group of the turbine has the same diameter and is approximately the same shape every stage + pressure by dividing and storing combustion gas heat amount and mass or compressed air heat amount and mass .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic levitation levitation additional thrust bearing + acceleration with the combustion gas heat quantity and mass or compressed air heat quantity and pressure separately stored pressure + moving blade group of fully automatic machinable turbine is as same diameter as each stage Various energy storage cycle combined engines with 3 stages of mating bolt assembly turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored separately pressure + fully automatic processing of moving blade group of turbine that can be fully automated A variety of energy storage cycle combined engines equipped with four stages of mating bolt assembly turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided separately and saved in pressure + moving blade group of turbines that can be fully automated processing with the same pressure approximately every diameter A variety of energy storage cycle combined engines equipped with five stages of mating bolt assembly turbines in the same shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force driven + hydraulic levitation levy additional thrust bearing + acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + mating blade assembly of the turbine blade group of the turbine with the same diameter approximately in each stage Various energy storage cycle combined engines with six stages of turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force driven + hydraulic levitation levy additional thrust bearing + acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + mating blade assembly of the turbine blade group of the turbine with the same diameter approximately in each stage Various energy storage cycle combined engines with 7 stages of turbines.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + hydraulic levitation + additional thrust bearing + acceleration of combustion gas heat and mass or compressed air heat and pressure divided and stored pressure + moving blade group of fully automatic machineable turbine with the same diameter approximately every stage A variety of energy storage cycle combined engines equipped with 8 stages of mating bolt assembly turbines in the same shape.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + hydraulic levitation + additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored divided into mass + moving blade group of turbine that can be fully automated machined is the same diameter for every stage A variety of energy storage cycle combined engines with 9 stages of mating bolt assembly turbines as roughly identical.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection thrust force driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored in the mass The moving blade group of the turbine that can be accelerated + fully automatic processing by the same pressure Various energy storage cycle combined engines equipped with 10 stages of mating bolt assembly turbines with approximately the same diameter.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored pressure + acceleration + moving blade group of turbine is fitted with the same diameter almost same shape for every paragraph Various energy storage cycle combined engines equipped with a bolt assembly turbine in one stage.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored pressure + acceleration + moving blade group of turbine is fitted with the same diameter almost same shape for every paragraph Various energy storage cycle combined engines equipped with two stages of bolt assembly turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Various energy with 3 stages of mating bolt assembly turbines with the same diameter of almost the same diameter as the bucket group of the fully automatic machineable turbine Preservation cycle union agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various accelerations with the pressure of the heat stored in the combustion gas and mass or compressed air heat and mass division + Fully automatic processing of the turbine blade group of the turbine that can be fully automated with the same diameter approximately the same shape Energy Conservation Cycle Coalition Agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + 5-staged bolt assembly turbines are provided with the same size of rotor blades of a turbine that can be accelerated + fully-automatically processed by the pressure that is stored separately in the amount of combustion gas heat and mass or compressed air heat and mass separately. Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with six stages of mating bolt assembly turbines with the same size of the rotor blade group of each stage with the same diameter for each stage with acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with 7 stages of mating bolt assembly turbines with the same size of approximately the same diameter of the moving blades of the turbine with the pressure that is divided and stored separately in the amount of combustion gas heat and mass or compressed air heat and mass .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Accelerating at pressure divided and stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Various kinds of rotating blade group of fully automatic machinable turbine with the same diameter approximately the same shape for each stage, and 8 bolt mounting turbines provided in 8 stages Energy Conservation Cycle Coalition Agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Accelerating at pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Turbine blade group of turbines capable of fully automatic machining is provided with 9 stages of mating bolt assembly turbines with the same diameter and substantially the same shape in each stage Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Having combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored at pressure divided and stored into the turbine assembly of the turbine which can be accelerated + fully automatic machining with the same diameter and shape is almost the same form 10 stages of turbine blades Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Accelerating at the pressure divided and stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Various energy preservation cycle unions in which mating bolt assembly turbines are provided in one stage with the same diameter of the rotor blades of the turbine as the same for every paragraph organ.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Accelerating at the pressure divided and stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Various energy preservation cycle unions in which two stages of mating bolt assembly turbines are provided in the same diameter with the same diameter of turbine rotor blade group. organ.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Various energy with 3 stages of mating bolt assembly turbines with the same diameter of almost the same diameter as the bucket group of the fully automatic machineable turbine Preservation cycle union agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various accelerations with the pressure of the heat stored in the combustion gas and mass or compressed air heat and mass division + Fully automatic processing of the turbine blade group of the turbine that can be fully automated with the same diameter approximately the same shape Energy Conservation Cycle Coalition Agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + 5-staged bolt assembly turbines are provided with the same size of rotor blades of a turbine that can be accelerated + fully-automatically processed by the pressure that is stored separately in the amount of combustion gas heat and mass or compressed air heat and mass separately. Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with six stages of mating bolt assembly turbines with the same size of the rotor blade group of each stage with the same diameter for each stage with acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with 7 stages of mating bolt assembly turbines with the same size of approximately the same diameter of the moving blades of the turbine with the pressure that is divided and stored separately in the amount of combustion gas heat and mass or compressed air heat and mass .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic levitation levitation additional thrust bearing + acceleration with the combustion gas heat quantity and mass or compressed air heat quantity and pressure separately stored pressure + moving blade group of fully automatic machinable turbine is as same diameter as each stage Various energy storage cycle combined engines with eight stages of mating bolt assembly turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored separately pressure + fully automatic processing of moving blade group of turbine that can be fully automated Various energy storage cycle combined engines equipped with 9 stages of mating bolt assembly turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided separately and saved in pressure + moving blade group of turbines that can be fully automated processing with the same pressure approximately every diameter Various energy storage cycle combined engines with 10 stages of mating bolt assembly turbines in the same shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force driven + hydraulic levitation levy additional thrust bearing + acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + mating blade assembly of the turbine blade group of the turbine with the same diameter approximately in each stage Various energy storage cycle combined engines with one stage of turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force driven + hydraulic levitation levy additional thrust bearing + acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + mating blade assembly of the turbine blade group of the turbine with the same diameter approximately in each stage Various energy storage cycle combined engines with two stages of turbines.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + hydraulic levitation + additional thrust bearing + acceleration of combustion gas heat and mass or compressed air heat and pressure divided and stored pressure + moving blade group of fully automatic machineable turbine with the same diameter approximately every stage A variety of energy storage cycle combined engines equipped with three stages of mating bolt assembly turbines in the same shape.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + hydraulic levitation + additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored divided into mass + moving blade group of turbine that can be fully automated machined is the same diameter for every stage A variety of energy storage cycle combined engines with four stages of mating bolt assembly turbines as roughly identical.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection thrust force driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored in the mass The moving blade group of the turbine that can be accelerated + fully automatic processing by the same pressure Various energy storage cycle combined engines equipped with five stages of mating bolt assembly turbines with approximately the same diameter.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored pressure + acceleration + moving blade group of turbine is fitted with the same diameter almost same shape for every paragraph Various energy storage cycle combined engines equipped with 6 stages of bolt assembly turbines.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored pressure + acceleration + moving blade group of turbine is fitted with the same diameter almost same shape for every paragraph Various energy storage cycle combined engines with 7 stages of bolt assembly turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Various energy with 8 stages of mating bolt assembly turbines with the same diameter of the rotor blade group of the fully automatic machinable turbine with the same size for every stage Preservation cycle union agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various accelerations with the pressure that is stored separately in the amount of combustion gas heat and mass or compressed air heat and mass + Various automatic rotation machine blades that can be fully automatically machined with the same diameter and approximately the same diameter per stage Energy Conservation Cycle Coalition Agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + The rotation blade group of the turbine that can be accelerated + fully-automatically processed by the pressure stored separately + combustion gas heat quantity and mass or compressed air heat quantity and mass is provided with 10 stages of mating bolt assembly turbines with the same diameter and substantially the same shape for each stage Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with an assembly of bolt assembly turbines in one stage with the same size of the rotor blades of the turbine with the same diameter for each stage + acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with two stages of mating bolt assembly turbines in which the rotor blade group of the turbine has the same diameter and is approximately the same shape every stage + pressure by dividing and storing combustion gas heat amount and mass or compressed air heat amount and mass .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Accelerating at the pressure divided and stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Various kinds of rotating blade group of fully automatic machinable turbine with the same diameter and approximately same shape in each stage, and three bolt mounting turbines provided in three stages Energy Conservation Cycle Coalition Agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Accelerating at pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Turbine blade group of turbines capable of fully automatic machining is provided with four stages of mating bolt assembly turbines with the same diameter and substantially the same shape in each stage Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Set the bolt assembly turbine of 5 stages with the same size of the rotor blade group of the turbine that can be accelerated + fully automatic processing by the pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + same diameter per stage Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Accelerating at the pressure divided and stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Various energy preservation cycle unions in which the rotor blade group of the turbine has the same diameter approximately the same shape in each stage and six stages of mating bolt assembly turbines are provided organ.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Accelerating at the pressure divided and stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Various energy preservation cycle unions in which 7 stages of mating bolt assembly turbines are provided with the same diameter of the same diameter approximately the same shape organ.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Various energy with 8 stages of mating bolt assembly turbines with the same diameter of the rotor blade group of the fully automatic machinable turbine with the same size for every stage Preservation cycle union agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various accelerations with the pressure that is stored separately in the amount of combustion gas heat and mass or compressed air heat and mass + Various automatic rotation machine blades that can be fully automatically machined with the same diameter and approximately the same diameter per stage Energy Conservation Cycle Coalition Agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + The rotation blade group of the turbine that can be accelerated + fully-automatically processed by the pressure stored separately + combustion gas heat quantity and mass or compressed air heat quantity and mass is provided with 10 stages of mating bolt assembly turbines with the same diameter and substantially the same shape for each stage Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with an assembly of bolt assembly turbines in one stage with the same size of the rotor blades of the turbine with the same diameter for each stage + acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with two stages of mating bolt assembly turbines in which the rotor blade group of the turbine has the same diameter and is approximately the same shape every stage + pressure by dividing and storing combustion gas heat amount and mass or compressed air heat amount and mass .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic levitation levitation additional thrust bearing + acceleration with the combustion gas heat quantity and mass or compressed air heat quantity and pressure separately stored pressure + moving blade group of fully automatic machinable turbine is as same diameter as each stage Various energy storage cycle combined engines with 3 stages of mating bolt assembly turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored separately pressure + fully automatic processing of moving blade group of turbine that can be fully automated A variety of energy storage cycle combined engines equipped with four stages of mating bolt assembly turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided separately and saved in pressure + moving blade group of turbines that can be fully automated processing with the same pressure approximately every diameter A variety of energy storage cycle combined engines equipped with five stages of mating bolt assembly turbines in the same shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force driven + hydraulic levitation levy additional thrust bearing + acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + mating blade assembly of the turbine blade group of the turbine with the same diameter approximately in each stage Various energy storage cycle combined engines with six stages of turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force driven + hydraulic levitation levy additional thrust bearing + acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + mating blade assembly of the turbine blade group of the turbine with the same diameter approximately in each stage Various energy storage cycle combined engines with 7 stages of turbines.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + hydraulic levitation + additional thrust bearing + acceleration of combustion gas heat and mass or compressed air heat and pressure divided and stored pressure + moving blade group of fully automatic machineable turbine with the same diameter approximately every stage A variety of energy storage cycle combined engines equipped with 8 stages of mating bolt assembly turbines in the same shape.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + hydraulic levitation + additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored divided into mass + moving blade group of turbine that can be fully automated machined is the same diameter for every stage A variety of energy storage cycle combined engines with 9 stages of mating bolt assembly turbines as roughly identical.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection thrust force driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored in the mass The moving blade group of the turbine that can be accelerated + fully automatic processing by the same pressure Various energy storage cycle combined engines equipped with 10 stages of mating bolt assembly turbines with approximately the same diameter.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored pressure + acceleration + moving blade group of turbine is fitted with the same diameter almost same shape for every paragraph Various energy storage cycle combined engines equipped with a bolt assembly turbine in one stage.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored pressure + acceleration + moving blade group of turbine is fitted with the same diameter almost same shape for every paragraph Various energy storage cycle combined engines equipped with two stages of bolt assembly turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Various energy with 3 stages of mating bolt assembly turbines with the same diameter of almost the same diameter as the bucket group of the fully automatic machineable turbine Preservation cycle union agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various accelerations with the pressure of the heat stored in the combustion gas and mass or compressed air heat and mass division + Fully automatic processing of the turbine blade group of the turbine that can be fully automated with the same diameter approximately the same shape Energy Conservation Cycle Coalition Agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + 5-staged bolt assembly turbines are provided with the same size of rotor blades of a turbine that can be accelerated + fully-automatically processed by the pressure that is stored separately in the amount of combustion gas heat and mass or compressed air heat and mass separately. Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with six stages of mating bolt assembly turbines with the same size of the rotor blade group of each stage with the same diameter for each stage with acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with 7 stages of mating bolt assembly turbines with the same size of approximately the same diameter of the moving blades of the turbine with the pressure that is divided and stored separately in the amount of combustion gas heat and mass or compressed air heat and mass .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Accelerating at pressure divided and stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Various kinds of rotating blade group of fully automatic machinable turbine with the same diameter approximately the same shape for each stage, and 8 bolt mounting turbines provided in 8 stages Energy Conservation Cycle Coalition Agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Accelerating at pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Turbine blade group of turbines capable of fully automatic machining is provided with 9 stages of mating bolt assembly turbines with the same diameter and substantially the same shape in each stage Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Having combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored at pressure divided and stored into the turbine assembly of the turbine which can be accelerated + fully automatic machining with the same diameter and shape is almost the same form 10 stages of turbine blades Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Accelerating at the pressure divided and stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Various energy preservation cycle unions in which mating bolt assembly turbines are provided in one stage with the same diameter of the rotor blades of the turbine as the same for every paragraph organ.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Accelerating at the pressure divided and stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Various energy preservation cycle unions in which two stages of mating bolt assembly turbines are provided in the same diameter with the same diameter of turbine rotor blade group. organ.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Various energy with 3 stages of mating bolt assembly turbines with the same diameter of almost the same diameter as the bucket group of the fully automatic machineable turbine Preservation cycle union agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various accelerations with the pressure of the heat stored in the combustion gas and mass or compressed air heat and mass division + Fully automatic processing of the turbine blade group of the turbine that can be fully automated with the same diameter approximately the same shape Energy Conservation Cycle Coalition Agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + 5-staged bolt assembly turbines are provided with the same size of rotor blades of a turbine that can be accelerated + fully-automatically processed by the pressure that is stored separately in the amount of combustion gas heat and mass or compressed air heat and mass separately. Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with six stages of mating bolt assembly turbines with the same size of the rotor blade group of each stage with the same diameter for each stage with acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with 7 stages of mating bolt assembly turbines with the same size of approximately the same diameter of the moving blades of the turbine with the pressure that is divided and stored separately in the amount of combustion gas heat and mass or compressed air heat and mass .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic levitation levitation additional thrust bearing + acceleration with the combustion gas heat quantity and mass or compressed air heat quantity and pressure separately stored pressure + moving blade group of fully automatic machinable turbine is as same diameter as each stage Various energy storage cycle combined engines with eight stages of mating bolt assembly turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored separately pressure + fully automatic processing of moving blade group of turbine that can be fully automated Various energy storage cycle combined engines equipped with 9 stages of mating bolt assembly turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided separately and saved in pressure + moving blade group of turbines that can be fully automated processing with the same pressure approximately every diameter Various energy storage cycle combined engines with 10 stages of mating bolt assembly turbines in the same shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force driven + hydraulic levitation levy additional thrust bearing + acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + mating blade assembly of the turbine blade group of the turbine with the same diameter approximately in each stage Various energy storage cycle combined engines with one stage of turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force driven + hydraulic levitation levy additional thrust bearing + acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + mating blade assembly of the turbine blade group of the turbine with the same diameter approximately in each stage Various energy storage cycle combined engines with two stages of turbines.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + hydraulic levitation + additional thrust bearing + acceleration of combustion gas heat and mass or compressed air heat and pressure divided and stored pressure + moving blade group of fully automatic machineable turbine with the same diameter approximately every stage A variety of energy storage cycle combined engines equipped with three stages of mating bolt assembly turbines in the same shape.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + hydraulic levitation + additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored divided into mass + moving blade group of turbine that can be fully automated machined is the same diameter for every stage A variety of energy storage cycle combined engines with four stages of mating bolt assembly turbines as roughly identical.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection thrust force driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored in the mass The moving blade group of the turbine that can be accelerated + fully automatic processing by the same pressure Various energy storage cycle combined engines equipped with five stages of mating bolt assembly turbines with approximately the same diameter.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored pressure + acceleration + moving blade group of turbine is fitted with the same diameter almost same shape for every paragraph Various energy storage cycle combined engines equipped with 6 stages of bolt assembly turbines.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored pressure + acceleration + moving blade group of turbine is fitted with the same diameter almost same shape for every paragraph Various energy storage cycle combined engines with 7 stages of bolt assembly turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Various energy with 8 stages of mating bolt assembly turbines with the same diameter of the rotor blade group of the fully automatic machinable turbine with the same size for every stage Preservation cycle union agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various accelerations with the pressure that is stored separately in the amount of combustion gas heat and mass or compressed air heat and mass + Various automatic rotation machine blades that can be fully automatically machined with the same diameter and approximately the same diameter per stage Energy Conservation Cycle Coalition Agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + The rotation blade group of the turbine that can be accelerated + fully-automatically processed by the pressure stored separately + combustion gas heat quantity and mass or compressed air heat quantity and mass is provided with 10 stages of mating bolt assembly turbines with the same diameter and substantially the same shape for each stage Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with an assembly of bolt assembly turbines in one stage with the same size of the rotor blades of the turbine with the same diameter for each stage + acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with two stages of mating bolt assembly turbines in which the rotor blade group of the turbine has the same diameter and is approximately the same shape every stage + pressure by dividing and storing combustion gas heat amount and mass or compressed air heat amount and mass .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Accelerating at the pressure divided and stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Various kinds of rotating blade group of fully automatic machinable turbine with the same diameter and approximately same shape in each stage, and three bolt mounting turbines provided in three stages Energy Conservation Cycle Coalition Agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Accelerating at pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Turbine blade group of turbines capable of fully automatic machining is provided with four stages of mating bolt assembly turbines with the same diameter and substantially the same shape in each stage Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Set the bolt assembly turbine of 5 stages with the same size of the rotor blade group of the turbine that can be accelerated + fully automatic processing by the pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + same diameter per stage Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Accelerating at the pressure divided and stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Various energy preservation cycle unions in which the rotor blade group of the turbine has the same diameter approximately the same shape in each stage and six stages of mating bolt assembly turbines are provided organ.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Accelerating at the pressure divided and stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Various energy preservation cycle unions in which 7 stages of mating bolt assembly turbines are provided with the same diameter of the same diameter approximately the same shape organ.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Various energy with 8 stages of mating bolt assembly turbines with the same diameter of the rotor blade group of the fully automatic machinable turbine with the same size for every stage Preservation cycle union agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various accelerations with the pressure that is stored separately in the amount of combustion gas heat and mass or compressed air heat and mass + Various automatic rotation machine blades that can be fully automatically machined with the same diameter and approximately the same diameter per stage Energy Conservation Cycle Coalition Agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + The rotation blade group of the turbine that can be accelerated + fully-automatically processed by the pressure stored separately + combustion gas heat quantity and mass or compressed air heat quantity and mass is provided with 10 stages of mating bolt assembly turbines with the same diameter and substantially the same shape for each stage Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with an assembly of bolt assembly turbines in one stage with the same size of the rotor blades of the turbine with the same diameter for each stage + acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with two stages of mating bolt assembly turbines in which the rotor blade group of the turbine has the same diameter and is approximately the same shape every stage + pressure by dividing and storing combustion gas heat amount and mass or compressed air heat amount and mass .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic levitation levitation additional thrust bearing + acceleration with the combustion gas heat quantity and mass or compressed air heat quantity and pressure separately stored pressure + moving blade group of fully automatic machinable turbine is as same diameter as each stage Various energy storage cycle combined engines with 3 stages of mating bolt assembly turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored separately pressure + fully automatic processing of moving blade group of turbine that can be fully automated A variety of energy storage cycle combined engines equipped with four stages of mating bolt assembly turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided separately and saved in pressure + moving blade group of turbines that can be fully automated processing with the same pressure approximately every diameter A variety of energy storage cycle combined engines equipped with five stages of mating bolt assembly turbines in the same shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force driven + hydraulic levitation levy additional thrust bearing + acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + mating blade assembly of the turbine blade group of the turbine with the same diameter approximately in each stage Various energy storage cycle combined engines with six stages of turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force driven + hydraulic levitation levy additional thrust bearing + acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + mating blade assembly of the turbine blade group of the turbine with the same diameter approximately in each stage Various energy storage cycle combined engines with 7 stages of turbines.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + hydraulic levitation + additional thrust bearing + acceleration of combustion gas heat and mass or compressed air heat and pressure divided and stored pressure + moving blade group of fully automatic machineable turbine with the same diameter approximately every stage A variety of energy storage cycle combined engines equipped with 8 stages of mating bolt assembly turbines in the same shape.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + hydraulic levitation + additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored divided into mass + moving blade group of turbine that can be fully automated machined is the same diameter for every stage A variety of energy storage cycle combined engines with 9 stages of mating bolt assembly turbines as roughly identical.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection thrust force driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored in the mass The moving blade group of the turbine that can be accelerated + fully automatic processing by the same pressure Various energy storage cycle combined engines equipped with 10 stages of mating bolt assembly turbines with approximately the same diameter.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored pressure + acceleration + moving blade group of turbine is fitted with the same diameter almost same shape for every paragraph Various energy storage cycle combined engines equipped with a bolt assembly turbine in one stage.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored pressure + acceleration + moving blade group of turbine is fitted with the same diameter almost same shape for every paragraph Various energy storage cycle combined engines equipped with two stages of bolt assembly turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + CO2 exhaust with small injection propulsion output increase + hydraulic levitation levitation additional thrust bearing + Accelerated by combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and saved by pressure + fully automatic machined turbine blade group of the same diameter approximately the same shape for every stage, fitted bolt assembly turbine provided in 3 stages with heat pump Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + CO2 exhaust with small injection propulsion output increase + hydraulic levitation levitation additional thrust bearing + Accelerated by heat stored in combustion gas heat and mass or compressed air heat and mass separately + fully automatic machined turbine blade group with the same diameter and substantially same shape for each stage The bolt assembly turbine with the heat pump is provided in 4 stages Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + CO2 exhaust with small injection propulsion output increase + hydraulic levitation levitation additional thrust bearing + The rotating blade group of the turbine that can be accelerated + fully-automatically processed by combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and saved with pressure is approximately the same diameter as the turbine bucket group of each stage. Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + CO2 exhaust with small injection propulsion output increase + hydraulic levitation levitation additional thrust bearing + Various energy storage cycles where the assembly of the bolt assembly turbine and the heat pump are provided in six stages with the same size of the same diameter for acceleration + turbines with the pressure divided and stored separately by combustion gas heat quantity and mass or compressed air heat quantity and mass. Coalition agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + CO2 exhaust with small injection propulsion output increase + hydraulic levitation levitation additional thrust bearing + Various energy storage cycles with 7 stages of mating bolt assembly turbines and heat pumps, with the rotating blade group of the turbine having the same diameter and the same shape every stage with pressure divided and stored separately by combustion gas heat quantity and mass or compressed air heat quantity and mass Coalition agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Rotor blade group of fully automatic machinable turbine with the same diameter approximately the same shape for every stage Provision of bolt assembly turbine with heat pump in 8 stages Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Accelerated by heat stored in combustion gas heat and mass or compressed air heat and mass separately + Fully automatic processable turbine blade group of the same diameter approximately the same size for every stage 9 bolt stages with heat pump Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Acceleration of combustion gas heat and mass or compressed air heat and pressure separately stored pressure + Acceleration of fully automatic processing of the turbine blade group that can be fully automatic processing with the same diameter approximately the same shape every stage 10 stages of bolt assembly turbine with heat pump The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Accelerated by heat stored in combustion gas heat and mass or compressed air heat and mass separately + Various energy conservation where the rotor blade group of the turbine has the same diameter and is almost the same shape in each stage and the bolt assembly turbine is provided in one stage with the heat pump Cycle coalescing agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Accelerated by heat stored in combustion gas heat and mass or compressed air heat and mass separately + Rotor blade group of the turbine with the same diameter approximately the same shape every stage Various energy preservation provided with a bolt assembly turbine in two stages with a heat pump Cycle coalescing agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Rotor blade group of fully automatic machinable turbine with the same diameter approximately the same shape for every stage Provision of bolt assembly turbine with heat pump in 3 stages Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Accelerated by heat stored in combustion gas heat and mass or compressed air heat and mass separately + Fully automatic processable turbine blade group with the same diameter and almost same shape for each stage 4 stages of bolt assembly turbine with heat pump Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Accelerated by heat stored in combustion gas heat and mass or compressed air heat and mass + pressure in the turbine that can be fully automated with the same pressure as the turbine blade group that can be fully automatic machined The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Accelerated by heat stored in combustion gas heat and mass or compressed air heat and mass separately + Rotor blades of the turbine have the same diameter and diameter for each stage, and bolt assembly turbines are provided in six stages with heat pumps Cycle coalescing agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Acceleration with combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and saved + Various energy preservation where the rotor blade group of the turbine has the same diameter and isomorphous with every stage and the bolt assembly turbine is provided in 7 stages with the heat pump Cycle coalescing agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored separately pressure + fully automatic machinable rotor blade group of the same diameter almost same shape Various energy storage cycle coalesced engines equipped with mating bolt assembly turbine in 8 stages with heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored divided into pressure + moving blade group of turbines capable of fully automatic machining can be approximately the same diameter for every step A variety of energy storage cycle combined engines in which a mating bolt assembly turbine is provided in nine stages together with a heat pump in the same shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored in pressure mass of turbine blade group that can be accelerated + fully automatic processing with the same diameter for every stage A variety of energy storage cycle combined engines in which mating bolt assembly turbines and heat pumps are provided in 10 stages as roughly identical.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and saved pressure + mating blade group of turbine as the same diameter approximately the same shape for every stage mating bolt A variety of energy storage cycle combined engines in which an assembly turbine and a heat pump are provided in one stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and saved pressure + mating blade group of turbine as the same diameter approximately the same shape for every stage mating bolt A variety of energy storage cycle combined engines in which an assembly turbine is provided in two stages with a heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored separately pressure + fully automatic machinable rotor blade group of the same diameter almost same shape A variety of energy storage cycle coalesced engines equipped with a mating bolt assembly turbine and a heat pump in three stages.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored separately pressure + fully automatic machinable rotor blade group of the same diameter almost same shape A variety of energy storage cycle coalesced engines equipped with mating bolt assembly turbine and heat pump in 4 stages.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored separately pressure + fully automatic machinable rotor blade group of the same diameter almost same shape Various energy storage cycle coalesced engines equipped with mating bolt assembly turbine and heat pump in 5 stages.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored separately pressure + fully automatic machinable rotor blade group of the same diameter almost same shape Various energy storage cycle coalesced engines equipped with fitting bolt assembly turbine in 6 stages with heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored separately pressure + fully automatic machinable rotor blade group of the same diameter almost same shape Various energy storage cycle coalesced engines equipped with mating bolt assembly turbine and heat pump in 7 stages.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored divided into pressure + moving blade group of turbines capable of fully automatic machining can be approximately the same diameter for every step A variety of energy storage cycle combined engines in which mating bolt assembly turbines and heat pumps are provided in eight stages in the same shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored divided into pressure + moving blade group of turbines capable of fully automatic machining can be approximately the same diameter for every step A variety of energy storage cycle combined engines in which a mating bolt assembly turbine is provided in nine stages together with a heat pump in the same shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored divided into pressure + moving blade group of turbines capable of fully automatic machining can be approximately the same diameter for every step A variety of energy storage cycle combined engines in which a mating bolt assembly turbine is provided in 10 stages with a heat pump in the same shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored divided into pressure + moving blade group of turbines capable of fully automatic machining can be approximately the same diameter for every step A variety of energy storage cycle combined engines in which a mating bolt assembly turbine is provided in one stage together with a heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored divided into pressure + moving blade group of turbines capable of fully automatic machining can be approximately the same diameter for every step A variety of energy storage cycle combined engines in which a mating bolt assembly turbine is provided in two stages together with a heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored in pressure mass of turbine blade group that can be accelerated + fully automatic processing with the same diameter for every stage A variety of energy storage cycle combined engines in which a mating bolt assembly turbine is installed in three stages with a heat pump in a substantially identical shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored in pressure mass of turbine blade group that can be accelerated + fully automatic processing with the same diameter for every stage A variety of energy storage cycle combined engines in which mating bolt assembly turbines are provided in four stages together with heat pumps in a substantially identical shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored in pressure mass of turbine blade group that can be accelerated + fully automatic processing with the same diameter for every stage A variety of energy storage cycle combined engines in which mating bolt assembly turbines are provided in five stages together with a heat pump as they have substantially the same shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored in pressure mass of turbine blade group that can be accelerated + fully automatic processing with the same diameter for every stage A variety of energy storage cycle combined engines, in which mating bolt assembly turbines are installed in six stages with heat pumps as roughly identical.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored in pressure mass of turbine blade group that can be accelerated + fully automatic processing with the same diameter for every stage A variety of energy storage cycle combined engines in which mating bolt assembly turbines and heat pumps are installed in seven stages as roughly identical.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and saved pressure + mating blade group of turbine as the same diameter approximately the same shape for every stage mating bolt A variety of energy storage cycle combined engines in which an assembled turbine is provided in eight stages with a heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and saved pressure + mating blade group of turbine as the same diameter approximately the same shape for every stage mating bolt A variety of energy storage cycle combined engines, in which an assembly turbine is provided in 9 stages with a heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and saved pressure + mating blade group of turbine as the same diameter approximately the same shape for every stage mating bolt Various energy storage cycle combined engines with 10 stages of assembly turbines and heat pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and saved pressure + mating blade group of turbine as the same diameter approximately the same shape for every stage mating bolt A variety of energy storage cycle combined engines in which an assembly turbine and a heat pump are provided in one stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and saved pressure + mating blade group of turbine as the same diameter approximately the same shape for every stage mating bolt A variety of energy storage cycle combined engines in which an assembly turbine is provided in two stages with a heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and saved pressure + mating blade group of turbine as the same diameter approximately the same shape for every stage mating bolt A variety of energy storage cycle combined engines in which an assembly turbine is provided in three stages with a heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and saved pressure + mating blade group of turbine as the same diameter approximately the same shape for every stage mating bolt Various energy storage cycle combined engines with four stages of assembly turbines and heat pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and saved pressure + mating blade group of turbine as the same diameter approximately the same shape for every stage mating bolt A variety of energy storage cycle combined engines with five stages of assembly turbines and heat pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and saved pressure + mating blade group of turbine as the same diameter approximately the same shape for every stage mating bolt A variety of energy storage cycle combined engines with six stages of assembly turbines and heat pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and saved pressure + mating blade group of turbine as the same diameter approximately the same shape for every stage mating bolt A variety of energy storage cycle combined engines in which an assembly turbine is installed in seven stages with a heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and saved pressure + mating blade group of turbine as the same diameter approximately the same shape for every stage mating bolt Various energy storage cycle combined engines that are assembled and provided with heat pumps in eight stages with thrust bearings, bearings, and a square turbine outer box (77a).   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and saved pressure + mating blade group of turbine as the same diameter approximately the same shape for every stage mating bolt Various energy storage cycle combined engines that are assembled and provided with heat pumps in 9 stages along with thrust bearings, bearings and square turbine outer box (77a).   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and saved pressure + mating blade group of turbine as the same diameter approximately the same shape for every stage mating bolt Various energy storage cycle combined engines that are assembled and provided with heat pumps in 10 stages with thrust bearings, bearings, and a square turbine outer box (77a).   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and saved pressure + mating blade group of turbine as the same diameter approximately the same shape for every stage mating bolt Various energy storage cycle combined engines that are assembled and heat pumps are provided in one stage with thrust bearings, bearings and square turbine outer box (77a).   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and saved pressure + mating blade group of turbine as the same diameter approximately the same shape for every stage mating bolt Various energy storage cycle combined engines that are assembled and provided with heat pumps in two stages along with thrust bearings, bearings, and a square turbine outer box (77a).   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + maximum gravity, sunlight and surface tension Use of water + rotatably mounted water jet + hydraulic levitation levitation additional thrust bearing + combustion gas heat and mass or compressed air heat and mass divided into pressure acceleration + fully automatic processable turbine A variety of energy storage cycle combined engines, in which the rotating blade group has the same diameter and diameter, and the bolt assembly turbine is provided in three stages with the heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + maximum gravity, sunlight and surface tension Use of water + rotation of water jet to be able to move up and down + hydraulic levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and mass divided into divided pressure + acceleration with fully automatic processable turbine A variety of energy storage cycle coalescing engines, in which the rotating blade group has the same diameter and diameter, and the bolt assembly turbine is provided in four stages with the heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + maximum gravity, sunlight and surface tension Use of water + rotation of the water jet so as to be able to move up and down + hydraulic levitation additional thrust bearing equipped + + heat of combustion gas and mass or compressed air heat and mass of divided pressure can be accelerated + fully automatic processing with pressure A variety of energy storage cycle combined engines in which mating bolt assembly turbines and heat pumps are provided in five stages with the same size and diameter of turbine rotor blade groups.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + maximum gravity, sunlight and surface tension Use of water + rotation of the water jet so as to be vertically movable + hydraulic floating levitation additional thrust bearing + combustion gas heat and mass or compressed air heat and pressure divided and stored pressure + acceleration rotor blade group of the turbine Various energy storage cycle combined engine which provided fitting bolt assembly turbine with heat pump in six stages as same diameter approximately same shape every stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + maximum gravity, sunlight and surface tension Use of water + rotation of the water jet so as to be vertically movable + hydraulic floating levitation additional thrust bearing + combustion gas heat and mass or compressed air heat and pressure divided and stored pressure + acceleration rotor blade group of the turbine A variety of energy storage cycle combined engines in which the fitting bolt assembly turbine and the heat pump are provided in seven stages with the same diameter and approximately the same shape for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Rotor blade group of fully automatic machinable turbine with the same diameter approximately the same shape for every stage Provision of bolt assembly turbine with heat pump in 8 stages Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Accelerated by heat stored in combustion gas heat and mass or compressed air heat and mass separately + Fully automatic processable turbine blade group of the same diameter approximately the same size for every stage 9 bolt stages with heat pump Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Acceleration of combustion gas heat and mass or compressed air heat and pressure separately stored pressure + Acceleration of fully automatic processing of the turbine blade group that can be fully automatic processing with the same diameter approximately the same shape every stage 10 stages of bolt assembly turbine with heat pump The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Accelerated by heat stored in combustion gas heat and mass or compressed air heat and mass separately + Various energy conservation where the rotor blade group of the turbine has the same diameter and is almost the same shape in each stage and the bolt assembly turbine is provided in one stage with the heat pump Cycle coalescing agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Accelerated by heat stored in combustion gas heat and mass or compressed air heat and mass separately + Rotor blade group of the turbine with the same diameter approximately the same shape every stage Various energy preservation provided with a bolt assembly turbine in two stages with a heat pump Cycle coalescing agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) + accelerating liquid metal to small diameter + Accelerated by combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and saved by pressure + fully automatic machined turbine blade group of the same diameter approximately the same shape for every stage, fitted bolt assembly turbine provided in 3 stages with heat pump Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) + accelerating liquid metal to small diameter + Accelerated by heat stored in combustion gas heat and mass or compressed air heat and mass separately + fully automatic machined turbine blade group with the same diameter and substantially same shape for each stage The bolt assembly turbine with the heat pump is provided in 4 stages Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) + accelerating liquid metal to small diameter + The rotating blade group of the turbine that can be accelerated + fully-automatically processed by combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and saved with pressure is approximately the same diameter as the turbine bucket group of each stage. Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) + accelerating liquid metal to small diameter + Various energy storage cycles where the assembly of the bolt assembly turbine and the heat pump are provided in six stages with the same size of the same diameter for acceleration + turbines with the pressure divided and stored separately by combustion gas heat quantity and mass or compressed air heat quantity and mass. Coalition agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) + accelerating liquid metal to small diameter + Various energy storage cycles with 7 stages of mating bolt assembly turbines and heat pumps, with the rotating blade group of the turbine having the same diameter and the same shape every stage with pressure divided and stored separately by combustion gas heat quantity and mass or compressed air heat quantity and mass Coalition agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + horizontal axis (1 h) equipped + metal ball mercury accelerating to metal ball mercury accelerating Driven by mercury gravity turbine + Accelerated by heat stored in combustion gas heat and mass or compressed air heat and mass separately + Fully automatic processable turbine blade group of the same diameter almost same shape every stage Heat pump for bolt assembly turbine heat pump The various energy preservation cycle united engine provided in 8 stages with.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + horizontal axis (1 h) equipped + metal ball mercury accelerating to metal ball mercury accelerating Drive the mercury gravity turbine + accelerate by the heat stored in combustion gas heat and mass or compressed air heat and mass separately + fully automatic processable turbine blade of the turbine which can be fully automatic machined is the same diameter in each stage and heat the mating bolt assembly turbine Various energy storage cycle combined engines provided in 9 stages with pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + horizontal axis (1 h) equipped + metal ball mercury accelerating to metal ball mercury accelerating Mercury gravity turbine driven + combustion gas heat energy and mass or compressed air heat energy and pressure divided separately and saved by pressure + fully automatic processing of the turbine blade group capable of fully automatic processing is the same diameter for each stage and the mating bolt assembled turbine Various energy storage cycle combined engines provided in 10 stages with heat pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + horizontal axis (1 h) equipped + metal ball mercury accelerating to metal ball mercury accelerating Drive by mercury gravity turbine + accelerate by combustion gas heat energy and mass or compressed air heat energy and pressure separately stored pressure + moving blade group of turbine with same diameter approximately same shape for every stage 1 bolt of turbine assembly turbine with heat pump Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + horizontal axis (1 h) equipped + metal ball mercury accelerating to metal ball mercury accelerating Drive by mercury gravity turbine + accelerate by combustion gas heat energy and mass or compressed air heat energy and pressure separately stored pressure + moving blade group of turbine with same diameter approximately same shape for every stage 2 assembly of bolt assembly turbine with heat pump Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic levitation levitation additional thrust bearing + acceleration with the combustion gas heat quantity and mass or compressed air heat quantity and pressure separately stored pressure + moving blade group of fully automatic machinable turbine is as same diameter as each stage Various energy storage cycle combined engines with mating bolt assembly turbine provided in 3 stages with heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored separately pressure + fully automatic processing of moving blade group of turbine that can be fully automated A variety of energy storage cycle coalesced engines equipped with mating bolt assembly turbine and heat pump in 4 stages.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided separately and saved in pressure + moving blade group of turbines that can be fully automated processing with the same pressure approximately every diameter A variety of energy storage cycle combined engines in which mating bolt assembly turbines are provided in five stages together with heat pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force driven + hydraulic levitation levy additional thrust bearing + acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + mating blade assembly of the turbine blade group of the turbine with the same diameter approximately in each stage Various energy storage cycle combined engines with turbines provided in 6 stages with heat pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force driven + hydraulic levitation levy additional thrust bearing + acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + mating blade assembly of the turbine blade group of the turbine with the same diameter approximately in each stage Various energy storage cycle combined engine which installed the turbine in 7 stages with the heat pump.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + hydraulic levitation + additional thrust bearing + acceleration of combustion gas heat and mass or compressed air heat and pressure divided and stored pressure + moving blade group of fully automatic machineable turbine with the same diameter approximately every stage A variety of energy storage cycle combined engines in which mating bolt assembly turbines and heat pumps are provided in eight stages in the same shape.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + hydraulic levitation + additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored divided into mass + moving blade group of turbine that can be fully automated machined is the same diameter for every stage A variety of energy storage cycle combined engines in which a mating bolt assembly turbine is provided in 9 stages with a heat pump as a substantially identical shape.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection thrust force driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored in the mass The moving blade group of the turbine that can be accelerated + fully automatic processing by the same pressure A variety of energy storage cycle combined engines in which mating bolt assembly turbines and heat pumps are provided in 10 stages with approximately the same diameter.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored pressure + acceleration + moving blade group of turbine is fitted with the same diameter almost same shape for every paragraph A variety of energy storage cycle combined engines in which a bolt assembly turbine and a heat pump are provided in one stage.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored pressure + acceleration + moving blade group of turbine is fitted with the same diameter almost same shape for every paragraph A variety of energy storage cycle combined engines in which a bolt assembly turbine and a heat pump are provided in two stages.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Rotor blade group of fully automatic machinable turbine with the same diameter approximately the same shape for every stage Provision of bolt assembly turbine with heat pump in 3 stages Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Accelerated by heat stored in combustion gas heat and mass or compressed air heat and mass separately + Fully automatic processable turbine blade group with the same diameter and almost same shape for each stage 4 stages of bolt assembly turbine with heat pump Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Accelerated by heat stored in combustion gas heat and mass or compressed air heat and mass + pressure in the turbine that can be fully automated with the same pressure as the turbine blade group that can be fully automatic machined The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Accelerated by heat stored in combustion gas heat and mass or compressed air heat and mass separately + Rotor blades of the turbine have the same diameter and diameter for each stage, and bolt assembly turbines are provided in six stages with heat pumps Cycle coalescing agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Acceleration with combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and saved + Various energy preservation where the rotor blade group of the turbine has the same diameter and isomorphous with every stage and the bolt assembly turbine is provided in 7 stages with the heat pump Cycle coalescing agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Accelerating at the pressure divided and stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + As the moving blade group of the fully automatic machineable turbine has the same diameter and substantially the same shape every stage 8 stages with the heat pump Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Accelerating at the pressure divided and stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Rotor blade group of turbine capable of fully automatic machining with the same diameter approximately the same shape every stage 9 stages of bolt assembly turbine with heat pump The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing 10 + Together with the heat pump, the bolt assembly turbine with the same size of the rotor blades of a turbine that can be accelerated + fully-automatically processed by the pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass 10 Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + various energy with the rotating blade group of the turbine having the same diameter and substantially the same shape in each stage and the bolt assembly turbine provided in one stage with the heat pump Preservation cycle union agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + various energy with the rotating blade group of the turbine having the same diameter and substantially the same shape in each stage, and two stages of fitting bolt assembly turbine and heat pump Preservation cycle union agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Rotor blade group of fully automatic machinable turbine with the same diameter approximately the same shape for every stage Provision of bolt assembly turbine with heat pump in 3 stages Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Accelerated by heat stored in combustion gas heat and mass or compressed air heat and mass separately + Fully automatic processable turbine blade group with the same diameter and almost same shape for each stage 4 stages of bolt assembly turbine with heat pump Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Accelerated by heat stored in combustion gas heat and mass or compressed air heat and mass + pressure in the turbine that can be fully automated with the same pressure as the turbine blade group that can be fully automatic machined The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Accelerated by heat stored in combustion gas heat and mass or compressed air heat and mass separately + Rotor blades of the turbine have the same diameter and diameter for each stage, and bolt assembly turbines are provided in six stages with heat pumps Cycle coalescing agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Acceleration with combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and saved + Various energy preservation where the rotor blade group of the turbine has the same diameter and isomorphous with every stage and the bolt assembly turbine is provided in 7 stages with the heat pump Cycle coalescing agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic levitation levitation additional thrust bearing + acceleration with the combustion gas heat quantity and mass or compressed air heat quantity and pressure separately stored pressure + moving blade group of fully automatic machinable turbine is as same diameter as each stage Various energy storage cycle combined engines with mating bolt assembly turbine and heat pump provided in 8 stages.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored separately pressure + fully automatic processing of moving blade group of turbine that can be fully automated A variety of energy storage cycle coalesced engines equipped with mating bolt assembly turbine and heat pump in 9 stages.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided separately and saved in pressure + moving blade group of turbines that can be fully automated processing with the same pressure approximately every diameter A variety of energy storage cycle combined engines in which a mating bolt assembly turbine is provided in 10 stages with a heat pump in the same shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force driven + hydraulic levitation levy additional thrust bearing + acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + mating blade assembly of the turbine blade group of the turbine with the same diameter approximately in each stage Various energy storage cycle combined engines with turbines in one stage with heat pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force driven + hydraulic levitation levy additional thrust bearing + acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + mating blade assembly of the turbine blade group of the turbine with the same diameter approximately in each stage Various energy storage cycle combined engines with turbines and heat pumps in two stages.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + hydraulic levitation + additional thrust bearing + acceleration of combustion gas heat and mass or compressed air heat and pressure divided and stored pressure + moving blade group of fully automatic machineable turbine with the same diameter approximately every stage A variety of energy storage cycle combined engines in which a mating bolt assembly turbine is provided in three stages together with a heat pump.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + hydraulic levitation + additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored divided into mass + moving blade group of turbine that can be fully automated machined is the same diameter for every stage A variety of energy storage cycle combined engines in which mating bolt assembly turbines are provided in four stages together with heat pumps in a substantially identical shape.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection thrust force driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored in the mass The moving blade group of the turbine that can be accelerated + fully automatic processing by the same pressure A variety of energy storage cycle combined engines in which mating bolt assembly turbines and heat pumps are provided in five stages with approximately the same diameter.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored pressure + acceleration + moving blade group of turbine is fitted with the same diameter almost same shape for every paragraph Various energy storage cycle combined engines with bolt assembly turbines and heat pumps provided in six stages.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored pressure + acceleration + moving blade group of turbine is fitted with the same diameter almost same shape for every paragraph Various energy storage cycle combined engine which installed bolt assembling turbine in 7 stages with heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Rotor blade group of fully automatic machinable turbine with the same diameter approximately the same shape for every stage Provision of bolt assembly turbine with heat pump in 8 stages Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Accelerated by heat stored in combustion gas heat and mass or compressed air heat and mass separately + Fully automatic processable turbine blade group of the same diameter approximately the same size for every stage 9 bolt stages with heat pump Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Acceleration of combustion gas heat and mass or compressed air heat and pressure separately stored pressure + Acceleration of fully automatic processing of the turbine blade group that can be fully automatic processing with the same diameter approximately the same shape every stage 10 stages of bolt assembly turbine with heat pump The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Accelerated by heat stored in combustion gas heat and mass or compressed air heat and mass separately + Various energy conservation where the rotor blade group of the turbine has the same diameter and is almost the same shape in each stage and the bolt assembly turbine is provided in one stage with the heat pump Cycle coalescing agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Accelerated by heat stored in combustion gas heat and mass or compressed air heat and mass separately + Rotor blade group of the turbine with the same diameter approximately the same shape every stage Various energy preservation provided with a bolt assembly turbine in two stages with a heat pump Cycle coalescing agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Accelerating at the pressure divided and stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Rotor blade group of fully automatic machinable turbine with the same diameter approximately the same shape every stage, 3 stages of bolt assembly turbine with heat pump Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Accelerating at pressure divided and stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Moving bolt group of turbine that can be fully automatic machined with the same diameter approximately the same shape every stage 4 stages of bolt assembly turbine with heat pump The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Attaching the heat and heat of combustion gas and mass or compressed air heat and pressure separately at pressure divided and stored at the pressure that can be + automatically machined turbines of the turbine with the same diameter and the same shape for each stage Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + various energy with the rotating blade group of the turbine having the same diameter approximately the same shape in each stage and the bolt assembly turbine provided in six stages with the heat pump Preservation cycle union agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + various energy with the rotor blade group of the turbine having the same diameter and the same shape in each stage, and the bolt assembly turbine provided in seven stages with the heat pump Preservation cycle union agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Rotor blade group of fully automatic machinable turbine with the same diameter approximately the same shape for every stage Provision of bolt assembly turbine with heat pump in 8 stages Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Accelerated by heat stored in combustion gas heat and mass or compressed air heat and mass separately + Fully automatic processable turbine blade group of the same diameter approximately the same size for every stage 9 bolt stages with heat pump Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Acceleration of combustion gas heat and mass or compressed air heat and pressure separately stored pressure + Acceleration of fully automatic processing of the turbine blade group that can be fully automatic processing with the same diameter approximately the same shape every stage 10 stages of bolt assembly turbine with heat pump The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Accelerated by heat stored in combustion gas heat and mass or compressed air heat and mass separately + Various energy conservation where the rotor blade group of the turbine has the same diameter and is almost the same shape in each stage and the bolt assembly turbine is provided in one stage with the heat pump Cycle coalescing agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Accelerated by heat stored in combustion gas heat and mass or compressed air heat and mass separately + Rotor blade group of the turbine with the same diameter approximately the same shape every stage Various energy preservation provided with a bolt assembly turbine in two stages with a heat pump Cycle coalescing agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic levitation levitation additional thrust bearing + acceleration with the combustion gas heat quantity and mass or compressed air heat quantity and pressure separately stored pressure + moving blade group of fully automatic machinable turbine is as same diameter as each stage Various energy storage cycle combined engines with mating bolt assembly turbine provided in 3 stages with heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored separately pressure + fully automatic processing of moving blade group of turbine that can be fully automated A variety of energy storage cycle coalesced engines equipped with mating bolt assembly turbine and heat pump in 4 stages.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided separately and saved in pressure + moving blade group of turbines that can be fully automated processing with the same pressure approximately every diameter A variety of energy storage cycle combined engines in which mating bolt assembly turbines are provided in five stages together with heat pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force driven + hydraulic levitation levy additional thrust bearing + acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + mating blade assembly of the turbine blade group of the turbine with the same diameter approximately in each stage Various energy storage cycle combined engines with turbines provided in 6 stages with heat pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force driven + hydraulic levitation levy additional thrust bearing + acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + mating blade assembly of the turbine blade group of the turbine with the same diameter approximately in each stage Various energy storage cycle combined engine which installed the turbine in 7 stages with the heat pump.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + hydraulic levitation + additional thrust bearing + acceleration of combustion gas heat and mass or compressed air heat and pressure divided and stored pressure + moving blade group of fully automatic machineable turbine with the same diameter approximately every stage A variety of energy storage cycle combined engines in which mating bolt assembly turbines and heat pumps are provided in eight stages in the same shape.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + hydraulic levitation + additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored divided into mass + moving blade group of turbine that can be fully automated machined is the same diameter for every stage A variety of energy storage cycle combined engines in which a mating bolt assembly turbine is provided in 9 stages with a heat pump as a substantially identical shape.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection thrust force driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored in the mass The moving blade group of the turbine that can be accelerated + fully automatic processing by the same pressure A variety of energy storage cycle combined engines in which mating bolt assembly turbines and heat pumps are provided in 10 stages with approximately the same diameter.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored pressure + acceleration + moving blade group of turbine is fitted with the same diameter almost same shape for every paragraph A variety of energy storage cycle combined engines in which a bolt assembly turbine and a heat pump are provided in one stage.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored pressure + acceleration + moving blade group of turbine is fitted with the same diameter almost same shape for every paragraph A variety of energy storage cycle combined engines in which a bolt assembly turbine and a heat pump are provided in two stages.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Rotor blade group of fully automatic machinable turbine with the same diameter approximately the same shape for every stage Provision of bolt assembly turbine with heat pump in 3 stages Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Accelerated by heat stored in combustion gas heat and mass or compressed air heat and mass separately + Fully automatic processable turbine blade group with the same diameter and almost same shape for each stage 4 stages of bolt assembly turbine with heat pump Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Accelerated by heat stored in combustion gas heat and mass or compressed air heat and mass + pressure in the turbine that can be fully automated with the same pressure as the turbine blade group that can be fully automatic machined The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Accelerated by heat stored in combustion gas heat and mass or compressed air heat and mass separately + Rotor blades of the turbine have the same diameter and diameter for each stage, and bolt assembly turbines are provided in six stages with heat pumps Cycle coalescing agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Acceleration with combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and saved + Various energy preservation where the rotor blade group of the turbine has the same diameter and isomorphous with every stage and the bolt assembly turbine is provided in 7 stages with the heat pump Cycle coalescing agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Accelerating at the pressure divided and stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + As the moving blade group of the fully automatic machineable turbine has the same diameter and substantially the same shape every stage 8 stages with the heat pump Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Accelerating at the pressure divided and stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Rotor blade group of turbine capable of fully automatic machining with the same diameter approximately the same shape every stage 9 stages of bolt assembly turbine with heat pump The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing 10 + Together with the heat pump, the bolt assembly turbine with the same size of the rotor blades of a turbine that can be accelerated + fully-automatically processed by the pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass 10 Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + various energy with the rotating blade group of the turbine having the same diameter and substantially the same shape in each stage and the bolt assembly turbine provided in one stage with the heat pump Preservation cycle union agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + various energy with the rotating blade group of the turbine having the same diameter and substantially the same shape in each stage, and two stages of fitting bolt assembly turbine and heat pump Preservation cycle union agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Rotor blade group of fully automatic machinable turbine with the same diameter approximately the same shape for every stage Provision of bolt assembly turbine with heat pump in 3 stages Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Accelerated by heat stored in combustion gas heat and mass or compressed air heat and mass separately + Fully automatic processable turbine blade group with the same diameter and almost same shape for each stage 4 stages of bolt assembly turbine with heat pump Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Accelerated by heat stored in combustion gas heat and mass or compressed air heat and mass + pressure in the turbine that can be fully automated with the same pressure as the turbine blade group that can be fully automatic machined The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Accelerated by heat stored in combustion gas heat and mass or compressed air heat and mass separately + Rotor blades of the turbine have the same diameter and diameter for each stage, and bolt assembly turbines are provided in six stages with heat pumps Cycle coalescing agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Acceleration with combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and saved + Various energy preservation where the rotor blade group of the turbine has the same diameter and isomorphous with every stage and the bolt assembly turbine is provided in 7 stages with the heat pump Cycle coalescing agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic levitation levitation additional thrust bearing + acceleration with the combustion gas heat quantity and mass or compressed air heat quantity and pressure separately stored pressure + moving blade group of fully automatic machinable turbine is as same diameter as each stage Various energy storage cycle combined engines with mating bolt assembly turbine and heat pump provided in 8 stages.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored separately pressure + fully automatic processing of moving blade group of turbine that can be fully automated A variety of energy storage cycle coalesced engines equipped with mating bolt assembly turbine and heat pump in 9 stages.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided separately and saved in pressure + moving blade group of turbines that can be fully automated processing with the same pressure approximately every diameter A variety of energy storage cycle combined engines in which a mating bolt assembly turbine is provided in 10 stages with a heat pump in the same shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force driven + hydraulic levitation levy additional thrust bearing + acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + mating blade assembly of the turbine blade group of the turbine with the same diameter approximately in each stage Various energy storage cycle combined engines with turbines in one stage with heat pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force driven + hydraulic levitation levy additional thrust bearing + acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + mating blade assembly of the turbine blade group of the turbine with the same diameter approximately in each stage Various energy storage cycle combined engines with turbines and heat pumps in two stages.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + hydraulic levitation + additional thrust bearing + acceleration of combustion gas heat and mass or compressed air heat and pressure divided and stored pressure + moving blade group of fully automatic machineable turbine with the same diameter approximately every stage A variety of energy storage cycle combined engines in which a mating bolt assembly turbine is provided in three stages together with a heat pump.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + hydraulic levitation + additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored divided into mass + moving blade group of turbine that can be fully automated machined is the same diameter for every stage A variety of energy storage cycle combined engines in which mating bolt assembly turbines are provided in four stages together with heat pumps in a substantially identical shape.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection thrust force driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored in the mass The moving blade group of the turbine that can be accelerated + fully automatic processing by the same pressure A variety of energy storage cycle combined engines in which mating bolt assembly turbines and heat pumps are provided in five stages with approximately the same diameter.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored pressure + acceleration + moving blade group of turbine is fitted with the same diameter almost same shape for every paragraph Various energy storage cycle combined engines with bolt assembly turbines and heat pumps provided in six stages.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored pressure + acceleration + moving blade group of turbine is fitted with the same diameter almost same shape for every paragraph Various energy storage cycle combined engine which installed bolt assembling turbine in 7 stages with heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Rotor blade group of fully automatic machinable turbine with the same diameter approximately the same shape for every stage Provision of bolt assembly turbine with heat pump in 8 stages Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Accelerated by heat stored in combustion gas heat and mass or compressed air heat and mass separately + Fully automatic processable turbine blade group of the same diameter approximately the same size for every stage 9 bolt stages with heat pump Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Acceleration of combustion gas heat and mass or compressed air heat and pressure separately stored pressure + Acceleration of fully automatic processing of the turbine blade group that can be fully automatic processing with the same diameter approximately the same shape every stage 10 stages of bolt assembly turbine with heat pump The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Accelerated by heat stored in combustion gas heat and mass or compressed air heat and mass separately + Various energy conservation where the rotor blade group of the turbine has the same diameter and is almost the same shape in each stage and the bolt assembly turbine is provided in one stage with the heat pump Cycle coalescing agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Accelerated by heat stored in combustion gas heat and mass or compressed air heat and mass separately + Rotor blade group of the turbine with the same diameter approximately the same shape every stage Various energy preservation provided with a bolt assembly turbine in two stages with a heat pump Cycle coalescing agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Accelerating at the pressure divided and stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Rotor blade group of fully automatic machinable turbine with the same diameter approximately the same shape every stage, 3 stages of bolt assembly turbine with heat pump Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Accelerating at pressure divided and stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Moving bolt group of turbine that can be fully automatic machined with the same diameter approximately the same shape every stage 4 stages of bolt assembly turbine with heat pump The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Attaching the heat and heat of combustion gas and mass or compressed air heat and pressure separately at pressure divided and stored at the pressure that can be + automatically machined turbines of the turbine with the same diameter and the same shape for each stage Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + various energy with the rotating blade group of the turbine having the same diameter approximately the same shape in each stage and the bolt assembly turbine provided in six stages with the heat pump Preservation cycle union agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + various energy with the rotor blade group of the turbine having the same diameter and the same shape in each stage, and the bolt assembly turbine provided in seven stages with the heat pump Preservation cycle union agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Rotor blade group of fully automatic machinable turbine with the same diameter approximately the same shape for every stage Provision of bolt assembly turbine with heat pump in 8 stages Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Accelerated by heat stored in combustion gas heat and mass or compressed air heat and mass separately + Fully automatic processable turbine blade group of the same diameter approximately the same size for every stage 9 bolt stages with heat pump Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Acceleration of combustion gas heat and mass or compressed air heat and pressure separately stored pressure + Acceleration of fully automatic processing of the turbine blade group that can be fully automatic processing with the same diameter approximately the same shape every stage 10 stages of bolt assembly turbine with heat pump The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Accelerated by heat stored in combustion gas heat and mass or compressed air heat and mass separately + Various energy conservation where the rotor blade group of the turbine has the same diameter and is almost the same shape in each stage and the bolt assembly turbine is provided in one stage with the heat pump Cycle coalescing agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Accelerated by heat stored in combustion gas heat and mass or compressed air heat and mass separately + Rotor blade group of the turbine with the same diameter approximately the same shape every stage Various energy preservation provided with a bolt assembly turbine in two stages with a heat pump Cycle coalescing agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic levitation levitation additional thrust bearing + acceleration with the combustion gas heat quantity and mass or compressed air heat quantity and pressure separately stored pressure + moving blade group of fully automatic machinable turbine is as same diameter as each stage Various energy storage cycle combined engines with mating bolt assembly turbine provided in 3 stages with heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored separately pressure + fully automatic processing of moving blade group of turbine that can be fully automated A variety of energy storage cycle coalesced engines equipped with mating bolt assembly turbine and heat pump in 4 stages.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided separately and saved in pressure + moving blade group of turbines that can be fully automated processing with the same pressure approximately every diameter A variety of energy storage cycle combined engines in which mating bolt assembly turbines are provided in five stages together with heat pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force driven + hydraulic levitation levy additional thrust bearing + acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + mating blade assembly of the turbine blade group of the turbine with the same diameter approximately in each stage Various energy storage cycle combined engines with turbines provided in 6 stages with heat pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force driven + hydraulic levitation levy additional thrust bearing + acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + mating blade assembly of the turbine blade group of the turbine with the same diameter approximately in each stage Various energy storage cycle combined engine which installed the turbine in 7 stages with the heat pump.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + hydraulic levitation + additional thrust bearing + acceleration of combustion gas heat and mass or compressed air heat and pressure divided and stored pressure + moving blade group of fully automatic machineable turbine with the same diameter approximately every stage A variety of energy storage cycle combined engines in which mating bolt assembly turbines and heat pumps are provided in eight stages in the same shape.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + hydraulic levitation + additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored divided into mass + moving blade group of turbine that can be fully automated machined is the same diameter for every stage A variety of energy storage cycle combined engines in which a mating bolt assembly turbine is provided in 9 stages with a heat pump as a substantially identical shape.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection thrust force driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored in the mass The moving blade group of the turbine that can be accelerated + fully automatic processing by the same pressure A variety of energy storage cycle combined engines in which mating bolt assembly turbines and heat pumps are provided in 10 stages with approximately the same diameter.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored pressure + acceleration + moving blade group of turbine is fitted with the same diameter almost same shape for every paragraph A variety of energy storage cycle combined engines in which a bolt assembly turbine and a heat pump are provided in one stage.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored pressure + acceleration + moving blade group of turbine is fitted with the same diameter almost same shape for every paragraph A variety of energy storage cycle combined engines in which a bolt assembly turbine and a heat pump are provided in two stages.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Rotor blade group of fully automatic machinable turbine with the same diameter approximately the same shape for every stage Provision of bolt assembly turbine with heat pump in 3 stages Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Accelerated by heat stored in combustion gas heat and mass or compressed air heat and mass separately + Fully automatic processable turbine blade group with the same diameter and almost same shape for each stage 4 stages of bolt assembly turbine with heat pump Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Accelerated by heat stored in combustion gas heat and mass or compressed air heat and mass + pressure in the turbine that can be fully automated with the same pressure as the turbine blade group that can be fully automatic machined The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Accelerated by heat stored in combustion gas heat and mass or compressed air heat and mass separately + Rotor blades of the turbine have the same diameter and diameter for each stage, and bolt assembly turbines are provided in six stages with heat pumps Cycle coalescing agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Acceleration with combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and saved + Various energy preservation where the rotor blade group of the turbine has the same diameter and isomorphous with every stage and the bolt assembly turbine is provided in 7 stages with the heat pump Cycle coalescing agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Accelerating at the pressure divided and stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + As the moving blade group of the fully automatic machineable turbine has the same diameter and substantially the same shape every stage 8 stages with the heat pump Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Accelerating at the pressure divided and stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Rotor blade group of turbine capable of fully automatic machining with the same diameter approximately the same shape every stage 9 stages of bolt assembly turbine with heat pump The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing 10 + Together with the heat pump, the bolt assembly turbine with the same size of the rotor blades of a turbine that can be accelerated + fully-automatically processed by the pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass 10 Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + various energy with the rotating blade group of the turbine having the same diameter and substantially the same shape in each stage and the bolt assembly turbine provided in one stage with the heat pump Preservation cycle union agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + various energy with the rotating blade group of the turbine having the same diameter and substantially the same shape in each stage, and two stages of fitting bolt assembly turbine and heat pump Preservation cycle union agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Rotor blade group of fully automatic machinable turbine with the same diameter approximately the same shape for every stage Provision of bolt assembly turbine with heat pump in 3 stages Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Accelerated by heat stored in combustion gas heat and mass or compressed air heat and mass separately + Fully automatic processable turbine blade group with the same diameter and almost same shape for each stage 4 stages of bolt assembly turbine with heat pump Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Accelerated by heat stored in combustion gas heat and mass or compressed air heat and mass + pressure in the turbine that can be fully automated with the same pressure as the turbine blade group that can be fully automatic machined The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Accelerated by heat stored in combustion gas heat and mass or compressed air heat and mass separately + Rotor blades of the turbine have the same diameter and diameter for each stage, and bolt assembly turbines are provided in six stages with heat pumps Cycle coalescing agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Acceleration with combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and saved + Various energy preservation where the rotor blade group of the turbine has the same diameter and isomorphous with every stage and the bolt assembly turbine is provided in 7 stages with the heat pump Cycle coalescing agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic levitation levitation additional thrust bearing + acceleration with the combustion gas heat quantity and mass or compressed air heat quantity and pressure separately stored pressure + moving blade group of fully automatic machinable turbine is as same diameter as each stage Various energy storage cycle combined engines with mating bolt assembly turbine and heat pump provided in 8 stages.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored separately pressure + fully automatic processing of moving blade group of turbine that can be fully automated A variety of energy storage cycle coalesced engines equipped with mating bolt assembly turbine and heat pump in 9 stages.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided separately and saved in pressure + moving blade group of turbines that can be fully automated processing with the same pressure approximately every diameter A variety of energy storage cycle combined engines in which a mating bolt assembly turbine is provided in 10 stages with a heat pump in the same shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force driven + hydraulic levitation levy additional thrust bearing + acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + mating blade assembly of the turbine blade group of the turbine with the same diameter approximately in each stage Various energy storage cycle combined engines with turbines in one stage with heat pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force driven + hydraulic levitation levy additional thrust bearing + acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + mating blade assembly of the turbine blade group of the turbine with the same diameter approximately in each stage Various energy storage cycle combined engines with turbines and heat pumps in two stages.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + hydraulic levitation + additional thrust bearing + acceleration of combustion gas heat and mass or compressed air heat and pressure divided and stored pressure + moving blade group of fully automatic machineable turbine with the same diameter approximately every stage A variety of energy storage cycle combined engines in which a mating bolt assembly turbine is provided in three stages together with a heat pump.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + hydraulic levitation + additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored divided into mass + moving blade group of turbine that can be fully automated machined is the same diameter for every stage A variety of energy storage cycle combined engines in which mating bolt assembly turbines are provided in four stages together with heat pumps in a substantially identical shape.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection thrust force driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored in the mass The moving blade group of the turbine that can be accelerated + fully automatic processing by the same pressure A variety of energy storage cycle combined engines in which mating bolt assembly turbines and heat pumps are provided in five stages with approximately the same diameter.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored pressure + acceleration + moving blade group of turbine is fitted with the same diameter almost same shape for every paragraph Various energy storage cycle combined engines with bolt assembly turbines and heat pumps provided in six stages.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored pressure + acceleration + moving blade group of turbine is fitted with the same diameter almost same shape for every paragraph Various energy storage cycle combined engine which installed bolt assembling turbine in 7 stages with heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Rotor blade group of fully automatic machinable turbine with the same diameter approximately the same shape for every stage Provision of bolt assembly turbine with heat pump in 8 stages Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Accelerated by heat stored in combustion gas heat and mass or compressed air heat and mass separately + Fully automatic processable turbine blade group of the same diameter approximately the same size for every stage 9 bolt stages with heat pump Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Acceleration of combustion gas heat and mass or compressed air heat and pressure separately stored pressure + Acceleration of fully automatic processing of the turbine blade group that can be fully automatic processing with the same diameter approximately the same shape every stage 10 stages of bolt assembly turbine with heat pump The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Accelerated by heat stored in combustion gas heat and mass or compressed air heat and mass separately + Various energy conservation where the rotor blade group of the turbine has the same diameter and is almost the same shape in each stage and the bolt assembly turbine is provided in one stage with the heat pump Cycle coalescing agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Accelerated by heat stored in combustion gas heat and mass or compressed air heat and mass separately + Rotor blade group of the turbine with the same diameter approximately the same shape every stage Various energy preservation provided with a bolt assembly turbine in two stages with a heat pump Cycle coalescing agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Accelerating at the pressure divided and stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Rotor blade group of fully automatic machinable turbine with the same diameter approximately the same shape every stage, 3 stages of bolt assembly turbine with heat pump Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Accelerating at pressure divided and stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Moving bolt group of turbine that can be fully automatic machined with the same diameter approximately the same shape every stage 4 stages of bolt assembly turbine with heat pump The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Attaching the heat and heat of combustion gas and mass or compressed air heat and pressure separately at pressure divided and stored at the pressure that can be + automatically machined turbines of the turbine with the same diameter and the same shape for each stage Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + various energy with the rotating blade group of the turbine having the same diameter approximately the same shape in each stage and the bolt assembly turbine provided in six stages with the heat pump Preservation cycle union agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + various energy with the rotor blade group of the turbine having the same diameter and the same shape in each stage, and the bolt assembly turbine provided in seven stages with the heat pump Preservation cycle union agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Rotor blade group of fully automatic machinable turbine with the same diameter approximately the same shape for every stage Provision of bolt assembly turbine with heat pump in 8 stages Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Accelerated by heat stored in combustion gas heat and mass or compressed air heat and mass separately + Fully automatic processable turbine blade group of the same diameter approximately the same size for every stage 9 bolt stages with heat pump Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Acceleration of combustion gas heat and mass or compressed air heat and pressure separately stored pressure + Acceleration of fully automatic processing of the turbine blade group that can be fully automatic processing with the same diameter approximately the same shape every stage 10 stages of bolt assembly turbine with heat pump The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Accelerated by heat stored in combustion gas heat and mass or compressed air heat and mass separately + Various energy conservation where the rotor blade group of the turbine has the same diameter and is almost the same shape in each stage and the bolt assembly turbine is provided in one stage with the heat pump Cycle coalescing agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Accelerated by heat stored in combustion gas heat and mass or compressed air heat and mass separately + Rotor blade group of the turbine with the same diameter approximately the same shape every stage Various energy preservation provided with a bolt assembly turbine in two stages with a heat pump Cycle coalescing agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic levitation levitation additional thrust bearing + acceleration with the combustion gas heat quantity and mass or compressed air heat quantity and pressure separately stored pressure + moving blade group of fully automatic machinable turbine is as same diameter as each stage Various energy storage cycle combined engines with mating bolt assembly turbine provided in 3 stages with heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored separately pressure + fully automatic processing of moving blade group of turbine that can be fully automated A variety of energy storage cycle coalesced engines equipped with mating bolt assembly turbine and heat pump in 4 stages.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided separately and saved in pressure + moving blade group of turbines that can be fully automated processing with the same pressure approximately every diameter A variety of energy storage cycle combined engines in which mating bolt assembly turbines are provided in five stages together with heat pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force driven + hydraulic levitation levy additional thrust bearing + acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + mating blade assembly of the turbine blade group of the turbine with the same diameter approximately in each stage Various energy storage cycle combined engines with turbines provided in 6 stages with heat pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force driven + hydraulic levitation levy additional thrust bearing + acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + mating blade assembly of the turbine blade group of the turbine with the same diameter approximately in each stage Various energy storage cycle combined engine which installed the turbine in 7 stages with the heat pump.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + hydraulic levitation + additional thrust bearing + acceleration of combustion gas heat and mass or compressed air heat and pressure divided and stored pressure + moving blade group of fully automatic machineable turbine with the same diameter approximately every stage A variety of energy storage cycle combined engines in which mating bolt assembly turbines and heat pumps are provided in eight stages in the same shape.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + hydraulic levitation + additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored divided into mass + moving blade group of turbine that can be fully automated machined is the same diameter for every stage A variety of energy storage cycle combined engines in which a mating bolt assembly turbine is provided in 9 stages with a heat pump as a substantially identical shape.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection thrust force driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored in the mass The moving blade group of the turbine that can be accelerated + fully automatic processing by the same pressure A variety of energy storage cycle combined engines in which mating bolt assembly turbines and heat pumps are provided in 10 stages with approximately the same diameter.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored pressure + acceleration + moving blade group of turbine is fitted with the same diameter almost same shape for every paragraph A variety of energy storage cycle combined engines in which a bolt assembly turbine and a heat pump are provided in one stage.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored pressure + acceleration + moving blade group of turbine is fitted with the same diameter almost same shape for every paragraph A variety of energy storage cycle combined engines in which a bolt assembly turbine and a heat pump are provided in two stages.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Rotor blade group of fully automatic machinable turbine with the same diameter approximately the same shape for every stage Provision of bolt assembly turbine with heat pump in 3 stages Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Accelerated by heat stored in combustion gas heat and mass or compressed air heat and mass separately + Fully automatic processable turbine blade group with the same diameter and almost same shape for each stage 4 stages of bolt assembly turbine with heat pump Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Accelerated by heat stored in combustion gas heat and mass or compressed air heat and mass + pressure in the turbine that can be fully automated with the same pressure as the turbine blade group that can be fully automatic machined The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Accelerated by heat stored in combustion gas heat and mass or compressed air heat and mass separately + Rotor blades of the turbine have the same diameter and diameter for each stage, and bolt assembly turbines are provided in six stages with heat pumps Cycle coalescing agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Acceleration with combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and saved + Various energy preservation where the rotor blade group of the turbine has the same diameter and isomorphous with every stage and the bolt assembly turbine is provided in 7 stages with the heat pump Cycle coalescing agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Accelerating at the pressure divided and stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + As the moving blade group of the fully automatic machineable turbine has the same diameter and substantially the same shape every stage 8 stages with the heat pump Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Accelerating at the pressure divided and stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Rotor blade group of turbine capable of fully automatic machining with the same diameter approximately the same shape every stage 9 stages of bolt assembly turbine with heat pump The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing 10 + Together with the heat pump, the bolt assembly turbine with the same size of the rotor blades of a turbine that can be accelerated + fully-automatically processed by the pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass 10 Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + various energy with the rotating blade group of the turbine having the same diameter and substantially the same shape in each stage and the bolt assembly turbine provided in one stage with the heat pump Preservation cycle union agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + various energy with the rotating blade group of the turbine having the same diameter and substantially the same shape in each stage, and two stages of fitting bolt assembly turbine and heat pump Preservation cycle union agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Rotor blade group of fully automatic machinable turbine with the same diameter approximately the same shape for every stage Provision of bolt assembly turbine with heat pump in 3 stages Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Accelerated by heat stored in combustion gas heat and mass or compressed air heat and mass separately + Fully automatic processable turbine blade group with the same diameter and almost same shape for each stage 4 stages of bolt assembly turbine with heat pump Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Accelerated by heat stored in combustion gas heat and mass or compressed air heat and mass + pressure in the turbine that can be fully automated with the same pressure as the turbine blade group that can be fully automatic machined The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Accelerated by heat stored in combustion gas heat and mass or compressed air heat and mass separately + Rotor blades of the turbine have the same diameter and diameter for each stage, and bolt assembly turbines are provided in six stages with heat pumps Cycle coalescing agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Acceleration with combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and saved + Various energy preservation where the rotor blade group of the turbine has the same diameter and isomorphous with every stage and the bolt assembly turbine is provided in 7 stages with the heat pump Cycle coalescing agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic levitation levitation additional thrust bearing + acceleration with the combustion gas heat quantity and mass or compressed air heat quantity and pressure separately stored pressure + moving blade group of fully automatic machinable turbine is as same diameter as each stage Various energy storage cycle combined engines with mating bolt assembly turbine and heat pump provided in 8 stages.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored separately pressure + fully automatic processing of moving blade group of turbine that can be fully automated A variety of energy storage cycle coalesced engines equipped with mating bolt assembly turbine and heat pump in 9 stages.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided separately and saved in pressure + moving blade group of turbines that can be fully automated processing with the same pressure approximately every diameter A variety of energy storage cycle combined engines in which a mating bolt assembly turbine is provided in 10 stages with a heat pump in the same shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force driven + hydraulic levitation levy additional thrust bearing + acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + mating blade assembly of the turbine blade group of the turbine with the same diameter approximately in each stage Various energy storage cycle combined engines with turbines in one stage with heat pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force driven + hydraulic levitation levy additional thrust bearing + acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + mating blade assembly of the turbine blade group of the turbine with the same diameter approximately in each stage Various energy storage cycle combined engines with turbines and heat pumps in two stages.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + hydraulic levitation + additional thrust bearing + acceleration of combustion gas heat and mass or compressed air heat and pressure divided and stored pressure + moving blade group of fully automatic machineable turbine with the same diameter approximately every stage A variety of energy storage cycle combined engines in which a mating bolt assembly turbine is provided in three stages together with a heat pump.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + hydraulic levitation + additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored divided into mass + moving blade group of turbine that can be fully automated machined is the same diameter for every stage A variety of energy storage cycle combined engines in which mating bolt assembly turbines are provided in four stages together with heat pumps in a substantially identical shape.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection thrust force driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored in the mass The moving blade group of the turbine that can be accelerated + fully automatic processing by the same pressure A variety of energy storage cycle combined engines in which mating bolt assembly turbines and heat pumps are provided in five stages with approximately the same diameter.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored pressure + acceleration + moving blade group of turbine is fitted with the same diameter almost same shape for every paragraph Various energy storage cycle combined engines with bolt assembly turbines and heat pumps provided in six stages.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored pressure + acceleration + moving blade group of turbine is fitted with the same diameter almost same shape for every paragraph Various energy storage cycle combined engine which installed bolt assembling turbine in 7 stages with heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + configuration and method of accelerating metal ball mercury ++ equipped with hydraulic levitation additional thrust bearing Accelerating at the pressure divided and stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + As the moving blade group of the fully automatic machineable turbine has the same diameter and substantially the same shape every stage 8 stages with the heat pump Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + configuration and method of accelerating metal ball mercury ++ equipped with hydraulic levitation additional thrust bearing Accelerating at the pressure divided and stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Rotor blade group of turbine capable of fully automatic machining with the same diameter approximately the same shape every stage 9 stages of bolt assembly turbine with heat pump The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + configuration and method of accelerating metal ball mercury ++ equipped with hydraulic levitation additional thrust bearing 10 + Together with the heat pump, the bolt assembly turbine with the same size of the rotor blades of a turbine that can be accelerated + fully-automatically processed by the pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass 10 Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + configuration and method of accelerating metal ball mercury ++ equipped with hydraulic levitation additional thrust bearing + Acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + various energy with the rotating blade group of the turbine having the same diameter and substantially the same shape in each stage and the bolt assembly turbine provided in one stage with the heat pump Preservation cycle union agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + configuration and method of accelerating metal ball mercury ++ equipped with hydraulic levitation additional thrust bearing + Acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + various energy with the rotating blade group of the turbine having the same diameter and substantially the same shape in each stage, and two stages of fitting bolt assembly turbine and heat pump Preservation cycle union agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + configuration and method of accelerating metal ball mercury ++ equipped with hydraulic levitation additional thrust bearing Accelerating at the pressure divided and stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Rotor blade group of fully automatic machinable turbine with the same diameter approximately the same shape every stage, 3 stages of bolt assembly turbine with heat pump Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + configuration and method of accelerating metal ball mercury ++ equipped with hydraulic levitation additional thrust bearing Accelerating at pressure divided and stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Moving bolt group of turbine that can be fully automatic machined with the same diameter approximately the same shape every stage 4 stages of bolt assembly turbine with heat pump The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + configuration and method of accelerating metal ball mercury ++ equipped with hydraulic levitation additional thrust bearing + Attaching the heat and heat of combustion gas and mass or compressed air heat and pressure separately at pressure divided and stored at the pressure that can be + automatically machined turbines of the turbine with the same diameter and the same shape for each stage Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + configuration and method of accelerating metal ball mercury ++ equipped with hydraulic levitation additional thrust bearing + Acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + various energy with the rotating blade group of the turbine having the same diameter approximately the same shape in each stage and the bolt assembly turbine provided in six stages with the heat pump Preservation cycle union agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + configuration and method of accelerating metal ball mercury ++ equipped with hydraulic levitation additional thrust bearing + Acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + various energy with the rotor blade group of the turbine having the same diameter and the same shape in each stage, and the bolt assembly turbine provided in seven stages with the heat pump Preservation cycle union agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored separately pressure + fully automatic machinable rotor blade group of the same diameter almost same shape Various energy storage cycle coalesced engines equipped with mating bolt assembly turbine in 8 stages with heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored divided into pressure + moving blade group of turbines capable of fully automatic machining can be approximately the same diameter for every step A variety of energy storage cycle combined engines in which a mating bolt assembly turbine is provided in nine stages together with a heat pump in the same shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored in pressure mass of turbine blade group that can be accelerated + fully automatic processing with the same diameter for every stage A variety of energy storage cycle combined engines in which mating bolt assembly turbines and heat pumps are provided in 10 stages as roughly identical.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and saved pressure + mating blade group of turbine as the same diameter approximately the same shape for every stage mating bolt A variety of energy storage cycle combined engines in which an assembly turbine and a heat pump are provided in one stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and saved pressure + mating blade group of turbine as the same diameter approximately the same shape for every stage mating bolt A variety of energy storage cycle combined engines in which an assembly turbine is provided in two stages with a heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored separately pressure + fully automatic machinable rotor blade group of the same diameter almost same shape A variety of energy storage cycle coalesced engines equipped with a mating bolt assembly turbine and a heat pump in three stages.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored separately pressure + fully automatic machinable rotor blade group of the same diameter almost same shape A variety of energy storage cycle coalesced engines equipped with mating bolt assembly turbine and heat pump in 4 stages.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored separately pressure + fully automatic machinable rotor blade group of the same diameter almost same shape Various energy storage cycle coalesced engines equipped with mating bolt assembly turbine and heat pump in 5 stages.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored separately pressure + fully automatic machinable rotor blade group of the same diameter almost same shape Various energy storage cycle coalesced engines equipped with fitting bolt assembly turbine in 6 stages with heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored separately pressure + fully automatic machinable rotor blade group of the same diameter almost same shape Various energy storage cycle coalesced engines equipped with mating bolt assembly turbine and heat pump in 7 stages.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored divided into pressure + moving blade group of turbines capable of fully automatic machining can be approximately the same diameter for every step A variety of energy storage cycle combined engines in which mating bolt assembly turbines and heat pumps are provided in eight stages in the same shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored divided into pressure + moving blade group of turbines capable of fully automatic machining can be approximately the same diameter for every step A variety of energy storage cycle combined engines in which a mating bolt assembly turbine is provided in nine stages together with a heat pump in the same shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored divided into pressure + moving blade group of turbines capable of fully automatic machining can be approximately the same diameter for every step A variety of energy storage cycle combined engines in which a mating bolt assembly turbine is provided in 10 stages with a heat pump in the same shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored divided into pressure + moving blade group of turbines capable of fully automatic machining can be approximately the same diameter for every step A variety of energy storage cycle combined engines in which a mating bolt assembly turbine is provided in one stage together with a heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored divided into pressure + moving blade group of turbines capable of fully automatic machining can be approximately the same diameter for every step A variety of energy storage cycle combined engines in which a mating bolt assembly turbine is provided in two stages together with a heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored in pressure mass of turbine blade group that can be accelerated + fully automatic processing with the same diameter for every stage A variety of energy storage cycle combined engines in which a mating bolt assembly turbine is installed in three stages with a heat pump in a substantially identical shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored in pressure mass of turbine blade group that can be accelerated + fully automatic processing with the same diameter for every stage A variety of energy storage cycle combined engines in which mating bolt assembly turbines are provided in four stages together with heat pumps in a substantially identical shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored in pressure mass of turbine blade group that can be accelerated + fully automatic processing with the same diameter for every stage A variety of energy storage cycle combined engines in which mating bolt assembly turbines are provided in five stages together with a heat pump as they have substantially the same shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored in pressure mass of turbine blade group that can be accelerated + fully automatic processing with the same diameter for every stage A variety of energy storage cycle combined engines, in which mating bolt assembly turbines are installed in six stages with heat pumps as roughly identical.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored in pressure mass of turbine blade group that can be accelerated + fully automatic processing with the same diameter for every stage A variety of energy storage cycle combined engines in which mating bolt assembly turbines and heat pumps are installed in seven stages as roughly identical.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and saved pressure + mating blade group of turbine as the same diameter approximately the same shape for every stage mating bolt A variety of energy storage cycle combined engines in which an assembled turbine is provided in eight stages with a heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and saved pressure + mating blade group of turbine as the same diameter approximately the same shape for every stage mating bolt A variety of energy storage cycle combined engines, in which an assembly turbine is provided in 9 stages with a heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and saved pressure + mating blade group of turbine as the same diameter approximately the same shape for every stage mating bolt Various energy storage cycle combined engines with 10 stages of assembly turbines and heat pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and saved pressure + mating blade group of turbine as the same diameter approximately the same shape for every stage mating bolt A variety of energy storage cycle combined engines in which an assembly turbine and a heat pump are provided in one stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and saved pressure + mating blade group of turbine as the same diameter approximately the same shape for every stage mating bolt A variety of energy storage cycle combined engines in which an assembly turbine is provided in two stages with a heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and saved pressure + mating blade group of turbine as the same diameter approximately the same shape for every stage mating bolt A variety of energy storage cycle combined engines in which an assembly turbine is provided in three stages with a heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and saved pressure + mating blade group of turbine as the same diameter approximately the same shape for every stage mating bolt Various energy storage cycle combined engines with four stages of assembly turbines and heat pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and saved pressure + mating blade group of turbine as the same diameter approximately the same shape for every stage mating bolt A variety of energy storage cycle combined engines with five stages of assembly turbines and heat pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and saved pressure + mating blade group of turbine as the same diameter approximately the same shape for every stage mating bolt A variety of energy storage cycle combined engines with six stages of assembly turbines and heat pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and saved pressure + mating blade group of turbine as the same diameter approximately the same shape for every stage mating bolt A variety of energy storage cycle combined engines in which an assembly turbine is installed in seven stages with a heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and saved pressure + mating blade group of turbine as the same diameter approximately the same shape for every stage mating bolt Various energy storage cycle combined engines that are assembled and provided with heat pumps in eight stages with thrust bearings, bearings, and a square turbine outer box (77a).   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and saved pressure + mating blade group of turbine as the same diameter approximately the same shape for every stage mating bolt Various energy storage cycle combined engines that are assembled and provided with heat pumps in 9 stages along with thrust bearings, bearings and square turbine outer box (77a).   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and saved pressure + mating blade group of turbine as the same diameter approximately the same shape for every stage mating bolt Various energy storage cycle combined engines that are assembled and provided with heat pumps in 10 stages with thrust bearings, bearings, and a square turbine outer box (77a).   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and saved pressure + mating blade group of turbine as the same diameter approximately the same shape for every stage mating bolt Various energy storage cycle combined engines that are assembled and heat pumps are provided in one stage with thrust bearings, bearings and square turbine outer box (77a).   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and saved pressure + mating blade group of turbine as the same diameter approximately the same shape for every stage mating bolt Various energy storage cycle combined engines that are assembled and provided with heat pumps in two stages along with thrust bearings, bearings, and a square turbine outer box (77a).   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + maximum gravity, sunlight and surface tension Use + boost ball lift device (2F) uplift + hydraulic levitation additional thrust bearing + additional combustion gas heat and mass or compressed air heat and mass divided pressure save + accelerated with fully automatic processable turbine A variety of energy storage cycle combined engines, in which the rotating blade group has the same diameter and diameter, and the bolt assembly turbine is provided in three stages with the heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + maximum gravity, sunlight and surface tension Use + Increase ball lift device (2F) uplift + hydraulic floating levy additional thrust bearings + Heat energy of combustion gas and mass or compressed air heat and mass divided into pressure acceleration + Fully automatic processing with turbine that can be machined automatically A variety of energy storage cycle coalescing engines, in which the rotating blade group has the same diameter and diameter, and the bolt assembly turbine is provided in four stages with the heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + maximum gravity, sunlight and surface tension Use + Increase ball lift device (2F) uplift + hydraulic floating levy additional thrust bearings + Heat energy of combustion gas and mass or compressed air heat and mass divided pressure to enable acceleration + Fully automatic processing A variety of energy storage cycle combined engines in which mating bolt assembly turbines and heat pumps are provided in five stages with the same size and diameter of turbine rotor blade groups.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + maximum gravity, sunlight and surface tension Limit use + Increase ball lift device (2F) uplift storage + hydraulic floating levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided storage pressure to accelerate + turbine blade group of turbine Various energy storage cycle combined engine which provided fitting bolt assembly turbine with heat pump in six stages as same diameter approximately same shape every stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + maximum gravity, sunlight and surface tension Limit use + Increase ball lift device (2F) uplift storage + hydraulic floating levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided storage pressure to accelerate + turbine blade group of turbine A variety of energy storage cycle combined engines in which the fitting bolt assembly turbine and the heat pump are provided in seven stages with the same diameter and approximately the same shape for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Rotor blade group of fully automatic machinable turbine with the same diameter approximately the same shape for every stage Provision of bolt assembly turbine with heat pump in 8 stages Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Accelerated by heat stored in combustion gas heat and mass or compressed air heat and mass separately + Fully automatic processable turbine blade group of the same diameter approximately the same size for every stage 9 bolt stages with heat pump Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Acceleration of combustion gas heat and mass or compressed air heat and pressure separately stored pressure + Acceleration of fully automatic processing of the turbine blade group that can be fully automatic processing with the same diameter approximately the same shape every stage 10 stages of bolt assembly turbine with heat pump The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Accelerated by heat stored in combustion gas heat and mass or compressed air heat and mass separately + Various energy conservation where the rotor blade group of the turbine has the same diameter and is almost the same shape in each stage and the bolt assembly turbine is provided in one stage with the heat pump Cycle coalescing agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Accelerated by heat stored in combustion gas heat and mass or compressed air heat and mass separately + Rotor blade group of the turbine with the same diameter approximately the same shape every stage Various energy preservation provided with a bolt assembly turbine in two stages with a heat pump Cycle coalescing agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Accelerating at the pressure divided and stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Rotor blade group of fully automatic machinable turbine with the same diameter approximately the same shape every stage, 3 stages of bolt assembly turbine with heat pump Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Accelerating at pressure divided and stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Moving bolt group of turbine that can be fully automatic machined with the same diameter approximately the same shape every stage 4 stages of bolt assembly turbine with heat pump The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Attaching the heat and heat of combustion gas and mass or compressed air heat and pressure separately at pressure divided and stored at the pressure that can be + automatically machined turbines of the turbine with the same diameter and the same shape for each stage Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + various energy with the rotating blade group of the turbine having the same diameter approximately the same shape in each stage and the bolt assembly turbine provided in six stages with the heat pump Preservation cycle union agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + various energy with the rotor blade group of the turbine having the same diameter and the same shape in each stage, and the bolt assembly turbine provided in seven stages with the heat pump Preservation cycle union agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Rotor blade group of fully automatic machinable turbine with the same diameter approximately the same shape for every stage Provision of bolt assembly turbine with heat pump in 8 stages Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Accelerated by heat stored in combustion gas heat and mass or compressed air heat and mass separately + Fully automatic processable turbine blade group of the same diameter approximately the same size for every stage 9 bolt stages with heat pump Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Acceleration of combustion gas heat and mass or compressed air heat and pressure separately stored pressure + Acceleration of fully automatic processing of the turbine blade group that can be fully automatic processing with the same diameter approximately the same shape every stage 10 stages of bolt assembly turbine with heat pump The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Accelerated by heat stored in combustion gas heat and mass or compressed air heat and mass separately + Various energy conservation where the rotor blade group of the turbine has the same diameter and is almost the same shape in each stage and the bolt assembly turbine is provided in one stage with the heat pump Cycle coalescing agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Accelerated by heat stored in combustion gas heat and mass or compressed air heat and mass separately + Rotor blade group of the turbine with the same diameter approximately the same shape every stage Various energy preservation provided with a bolt assembly turbine in two stages with a heat pump Cycle coalescing agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic levitation levitation additional thrust bearing + acceleration with the combustion gas heat quantity and mass or compressed air heat quantity and pressure separately stored pressure + moving blade group of fully automatic machinable turbine is as same diameter as each stage Various energy storage cycle combined engines with mating bolt assembly turbine provided in 3 stages with heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored separately pressure + fully automatic processing of moving blade group of turbine that can be fully automated A variety of energy storage cycle coalesced engines equipped with mating bolt assembly turbine and heat pump in 4 stages.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided separately and saved in pressure + moving blade group of turbines that can be fully automated processing with the same pressure approximately every diameter A variety of energy storage cycle combined engines in which mating bolt assembly turbines are provided in five stages together with heat pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force driven + hydraulic levitation levy additional thrust bearing + acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + mating blade assembly of the turbine blade group of the turbine with the same diameter approximately in each stage Various energy storage cycle combined engines with turbines provided in 6 stages with heat pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force driven + hydraulic levitation levy additional thrust bearing + acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + mating blade assembly of the turbine blade group of the turbine with the same diameter approximately in each stage Various energy storage cycle combined engine which installed the turbine in 7 stages with the heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Accelerating at the pressure divided and stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + As the moving blade group of the fully automatic machineable turbine has the same diameter and substantially the same shape every stage 8 stages with the heat pump Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Accelerating at the pressure divided and stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Rotor blade group of turbine capable of fully automatic machining with the same diameter approximately the same shape every stage 9 stages of bolt assembly turbine with heat pump The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing 10 + Together with the heat pump, the bolt assembly turbine with the same size of the rotor blades of a turbine that can be accelerated + fully-automatically processed by the pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass 10 Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + various energy with the rotating blade group of the turbine having the same diameter and substantially the same shape in each stage and the bolt assembly turbine provided in one stage with the heat pump Preservation cycle union agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + various energy with the rotating blade group of the turbine having the same diameter and substantially the same shape in each stage, and two stages of fitting bolt assembly turbine and heat pump Preservation cycle union agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Rotor blade group of fully automatic machinable turbine with the same diameter approximately the same shape for every stage Provision of bolt assembly turbine with heat pump in 3 stages Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Accelerated by heat stored in combustion gas heat and mass or compressed air heat and mass separately + Fully automatic processable turbine blade group with the same diameter and almost same shape for each stage 4 stages of bolt assembly turbine with heat pump Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Accelerated by heat stored in combustion gas heat and mass or compressed air heat and mass + pressure in the turbine that can be fully automated with the same pressure as the turbine blade group that can be fully automatic machined The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Accelerated by heat stored in combustion gas heat and mass or compressed air heat and mass separately + Rotor blades of the turbine have the same diameter and diameter for each stage, and bolt assembly turbines are provided in six stages with heat pumps Cycle coalescing agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Acceleration with combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and saved + Various energy preservation where the rotor blade group of the turbine has the same diameter and isomorphous with every stage and the bolt assembly turbine is provided in 7 stages with the heat pump Cycle coalescing agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic levitation levitation additional thrust bearing + acceleration with the combustion gas heat quantity and mass or compressed air heat quantity and pressure separately stored pressure + moving blade group of fully automatic machinable turbine is as same diameter as each stage Various energy storage cycle combined engines with mating bolt assembly turbine and heat pump provided in 8 stages.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored separately pressure + fully automatic processing of moving blade group of turbine that can be fully automated A variety of energy storage cycle coalesced engines equipped with mating bolt assembly turbine and heat pump in 9 stages.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided separately and saved in pressure + moving blade group of turbines that can be fully automated processing with the same pressure approximately every diameter A variety of energy storage cycle combined engines in which a mating bolt assembly turbine is provided in 10 stages with a heat pump in the same shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force driven + hydraulic levitation levy additional thrust bearing + acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + mating blade assembly of the turbine blade group of the turbine with the same diameter approximately in each stage Various energy storage cycle combined engines with turbines in one stage with heat pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force driven + hydraulic levitation levy additional thrust bearing + acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + mating blade assembly of the turbine blade group of the turbine with the same diameter approximately in each stage Various energy storage cycle combined engines with turbines and heat pumps in two stages.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + hydraulic levitation + additional thrust bearing + acceleration of combustion gas heat and mass or compressed air heat and pressure divided and stored pressure + moving blade group of fully automatic machineable turbine with the same diameter approximately every stage A variety of energy storage cycle combined engines in which a mating bolt assembly turbine is provided in three stages together with a heat pump.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + hydraulic levitation + additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored divided into mass + moving blade group of turbine that can be fully automated machined is the same diameter for every stage A variety of energy storage cycle combined engines in which mating bolt assembly turbines are provided in four stages together with heat pumps in a substantially identical shape.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection thrust force driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored in the mass The moving blade group of the turbine that can be accelerated + fully automatic processing by the same pressure A variety of energy storage cycle combined engines in which mating bolt assembly turbines and heat pumps are provided in five stages with approximately the same diameter.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored pressure + acceleration + moving blade group of turbine is fitted with the same diameter almost same shape for every paragraph Various energy storage cycle combined engines with bolt assembly turbines and heat pumps provided in six stages.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored pressure + acceleration + moving blade group of turbine is fitted with the same diameter almost same shape for every paragraph Various energy storage cycle combined engine which installed bolt assembling turbine in 7 stages with heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Rotor blade group of fully automatic machinable turbine with the same diameter approximately the same shape for every stage Provision of bolt assembly turbine with heat pump in 8 stages Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Accelerated by heat stored in combustion gas heat and mass or compressed air heat and mass separately + Fully automatic processable turbine blade group of the same diameter approximately the same size for every stage 9 bolt stages with heat pump Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Acceleration of combustion gas heat and mass or compressed air heat and pressure separately stored pressure + Acceleration of fully automatic processing of the turbine blade group that can be fully automatic processing with the same diameter approximately the same shape every stage 10 stages of bolt assembly turbine with heat pump The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Accelerated by heat stored in combustion gas heat and mass or compressed air heat and mass separately + Various energy conservation where the rotor blade group of the turbine has the same diameter and is almost the same shape in each stage and the bolt assembly turbine is provided in one stage with the heat pump Cycle coalescing agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Accelerated by heat stored in combustion gas heat and mass or compressed air heat and mass separately + Rotor blade group of the turbine with the same diameter approximately the same shape every stage Various energy preservation provided with a bolt assembly turbine in two stages with a heat pump Cycle coalescing agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Accelerating at the pressure divided and stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Rotor blade group of fully automatic machinable turbine with the same diameter approximately the same shape every stage, 3 stages of bolt assembly turbine with heat pump Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Accelerating at pressure divided and stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Moving bolt group of turbine that can be fully automatic machined with the same diameter approximately the same shape every stage 4 stages of bolt assembly turbine with heat pump The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Attaching the heat and heat of combustion gas and mass or compressed air heat and pressure separately at pressure divided and stored at the pressure that can be + automatically machined turbines of the turbine with the same diameter and the same shape for each stage Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + various energy with the rotating blade group of the turbine having the same diameter approximately the same shape in each stage and the bolt assembly turbine provided in six stages with the heat pump Preservation cycle union agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + various energy with the rotor blade group of the turbine having the same diameter and the same shape in each stage, and the bolt assembly turbine provided in seven stages with the heat pump Preservation cycle union agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Rotor blade group of fully automatic machinable turbine with the same diameter approximately the same shape for every stage Provision of bolt assembly turbine with heat pump in 8 stages Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Accelerated by heat stored in combustion gas heat and mass or compressed air heat and mass separately + Fully automatic processable turbine blade group of the same diameter approximately the same size for every stage 9 bolt stages with heat pump Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Acceleration of combustion gas heat and mass or compressed air heat and pressure separately stored pressure + Acceleration of fully automatic processing of the turbine blade group that can be fully automatic processing with the same diameter approximately the same shape every stage 10 stages of bolt assembly turbine with heat pump The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Accelerated by heat stored in combustion gas heat and mass or compressed air heat and mass separately + Various energy conservation where the rotor blade group of the turbine has the same diameter and is almost the same shape in each stage and the bolt assembly turbine is provided in one stage with the heat pump Cycle coalescing agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Accelerated by heat stored in combustion gas heat and mass or compressed air heat and mass separately + Rotor blade group of the turbine with the same diameter approximately the same shape every stage Various energy preservation provided with a bolt assembly turbine in two stages with a heat pump Cycle coalescing agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic levitation levitation additional thrust bearing + acceleration with the combustion gas heat quantity and mass or compressed air heat quantity and pressure separately stored pressure + moving blade group of fully automatic machinable turbine is as same diameter as each stage Various energy storage cycle combined engines with mating bolt assembly turbine provided in 3 stages with heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored separately pressure + fully automatic processing of moving blade group of turbine that can be fully automated A variety of energy storage cycle coalesced engines equipped with mating bolt assembly turbine and heat pump in 4 stages.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided separately and saved in pressure + moving blade group of turbines that can be fully automated processing with the same pressure approximately every diameter A variety of energy storage cycle combined engines in which mating bolt assembly turbines are provided in five stages together with heat pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force driven + hydraulic levitation levy additional thrust bearing + acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + mating blade assembly of the turbine blade group of the turbine with the same diameter approximately in each stage Various energy storage cycle combined engines with turbines provided in 6 stages with heat pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force driven + hydraulic levitation levy additional thrust bearing + acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + mating blade assembly of the turbine blade group of the turbine with the same diameter approximately in each stage Various energy storage cycle combined engine which installed the turbine in 7 stages with the heat pump.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + hydraulic levitation + additional thrust bearing + acceleration of combustion gas heat and mass or compressed air heat and pressure divided and stored pressure + moving blade group of fully automatic machineable turbine with the same diameter approximately every stage A variety of energy storage cycle combined engines in which mating bolt assembly turbines and heat pumps are provided in eight stages in the same shape.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + hydraulic levitation + additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored divided into mass + moving blade group of turbine that can be fully automated machined is the same diameter for every stage A variety of energy storage cycle combined engines in which a mating bolt assembly turbine is provided in 9 stages with a heat pump as a substantially identical shape.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection thrust force driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored in the mass The moving blade group of the turbine that can be accelerated + fully automatic processing by the same pressure A variety of energy storage cycle combined engines in which mating bolt assembly turbines and heat pumps are provided in 10 stages with approximately the same diameter.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored pressure + acceleration + moving blade group of turbine is fitted with the same diameter almost same shape for every paragraph A variety of energy storage cycle combined engines in which a bolt assembly turbine and a heat pump are provided in one stage.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored pressure + acceleration + moving blade group of turbine is fitted with the same diameter almost same shape for every paragraph A variety of energy storage cycle combined engines in which a bolt assembly turbine and a heat pump are provided in two stages.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Rotor blade group of fully automatic machinable turbine with the same diameter approximately the same shape for every stage Provision of bolt assembly turbine with heat pump in 3 stages Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Accelerated by heat stored in combustion gas heat and mass or compressed air heat and mass separately + Fully automatic processable turbine blade group with the same diameter and almost same shape for each stage 4 stages of bolt assembly turbine with heat pump Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Accelerated by heat stored in combustion gas heat and mass or compressed air heat and mass + pressure in the turbine that can be fully automated with the same pressure as the turbine blade group that can be fully automatic machined The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Accelerated by heat stored in combustion gas heat and mass or compressed air heat and mass separately + Rotor blades of the turbine have the same diameter and diameter for each stage, and bolt assembly turbines are provided in six stages with heat pumps Cycle coalescing agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Acceleration with combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and saved + Various energy preservation where the rotor blade group of the turbine has the same diameter and isomorphous with every stage and the bolt assembly turbine is provided in 7 stages with the heat pump Cycle coalescing agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Accelerating at the pressure divided and stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + As the moving blade group of the fully automatic machineable turbine has the same diameter and substantially the same shape every stage 8 stages with the heat pump Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Accelerating at the pressure divided and stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Rotor blade group of turbine capable of fully automatic machining with the same diameter approximately the same shape every stage 9 stages of bolt assembly turbine with heat pump The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing 10 + Together with the heat pump, the bolt assembly turbine with the same size of the rotor blades of a turbine that can be accelerated + fully-automatically processed by the pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass 10 Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + various energy with the rotating blade group of the turbine having the same diameter and substantially the same shape in each stage and the bolt assembly turbine provided in one stage with the heat pump Preservation cycle union agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + various energy with the rotating blade group of the turbine having the same diameter and substantially the same shape in each stage, and two stages of fitting bolt assembly turbine and heat pump Preservation cycle union agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Rotor blade group of fully automatic machinable turbine with the same diameter approximately the same shape for every stage Provision of bolt assembly turbine with heat pump in 3 stages Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Accelerated by heat stored in combustion gas heat and mass or compressed air heat and mass separately + Fully automatic processable turbine blade group with the same diameter and almost same shape for each stage 4 stages of bolt assembly turbine with heat pump Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Accelerated by heat stored in combustion gas heat and mass or compressed air heat and mass + pressure in the turbine that can be fully automated with the same pressure as the turbine blade group that can be fully automatic machined The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Accelerated by heat stored in combustion gas heat and mass or compressed air heat and mass separately + Rotor blades of the turbine have the same diameter and diameter for each stage, and bolt assembly turbines are provided in six stages with heat pumps Cycle coalescing agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Acceleration with combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and saved + Various energy preservation where the rotor blade group of the turbine has the same diameter and isomorphous with every stage and the bolt assembly turbine is provided in 7 stages with the heat pump Cycle coalescing agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic levitation levitation additional thrust bearing + acceleration with the combustion gas heat quantity and mass or compressed air heat quantity and pressure separately stored pressure + moving blade group of fully automatic machinable turbine is as same diameter as each stage Various energy storage cycle combined engines with mating bolt assembly turbine and heat pump provided in 8 stages.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored separately pressure + fully automatic processing of moving blade group of turbine that can be fully automated A variety of energy storage cycle coalesced engines equipped with mating bolt assembly turbine and heat pump in 9 stages.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided separately and saved in pressure + moving blade group of turbines that can be fully automated processing with the same pressure approximately every diameter A variety of energy storage cycle combined engines in which a mating bolt assembly turbine is provided in 10 stages with a heat pump in the same shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force driven + hydraulic levitation levy additional thrust bearing + acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + mating blade assembly of the turbine blade group of the turbine with the same diameter approximately in each stage Various energy storage cycle combined engines with turbines in one stage with heat pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force driven + hydraulic levitation levy additional thrust bearing + acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + mating blade assembly of the turbine blade group of the turbine with the same diameter approximately in each stage Various energy storage cycle combined engines with turbines and heat pumps in two stages.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + hydraulic levitation + additional thrust bearing + acceleration of combustion gas heat and mass or compressed air heat and pressure divided and stored pressure + moving blade group of fully automatic machineable turbine with the same diameter approximately every stage A variety of energy storage cycle combined engines in which a mating bolt assembly turbine is provided in three stages together with a heat pump.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + hydraulic levitation + additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored divided into mass + moving blade group of turbine that can be fully automated machined is the same diameter for every stage A variety of energy storage cycle combined engines in which mating bolt assembly turbines are provided in four stages together with heat pumps in a substantially identical shape.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection thrust force driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored in the mass The moving blade group of the turbine that can be accelerated + fully automatic processing by the same pressure A variety of energy storage cycle combined engines in which mating bolt assembly turbines and heat pumps are provided in five stages with approximately the same diameter.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored pressure + acceleration + moving blade group of turbine is fitted with the same diameter almost same shape for every paragraph Various energy storage cycle combined engines with bolt assembly turbines and heat pumps provided in six stages.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored pressure + acceleration + moving blade group of turbine is fitted with the same diameter almost same shape for every paragraph Various energy storage cycle combined engine which installed bolt assembling turbine in 7 stages with heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Rotor blade group of fully automatic machinable turbine with the same diameter approximately the same shape for every stage Provision of bolt assembly turbine with heat pump in 8 stages Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Accelerated by heat stored in combustion gas heat and mass or compressed air heat and mass separately + Fully automatic processable turbine blade group of the same diameter approximately the same size for every stage 9 bolt stages with heat pump Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Acceleration of combustion gas heat and mass or compressed air heat and pressure separately stored pressure + Acceleration of fully automatic processing of the turbine blade group that can be fully automatic processing with the same diameter approximately the same shape every stage 10 stages of bolt assembly turbine with heat pump The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Accelerated by heat stored in combustion gas heat and mass or compressed air heat and mass separately + Various energy conservation where the rotor blade group of the turbine has the same diameter and is almost the same shape in each stage and the bolt assembly turbine is provided in one stage with the heat pump Cycle coalescing agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Accelerated by heat stored in combustion gas heat and mass or compressed air heat and mass separately + Rotor blade group of the turbine with the same diameter approximately the same shape every stage Various energy preservation provided with a bolt assembly turbine in two stages with a heat pump Cycle coalescing agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Accelerating at the pressure divided and stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Rotor blade group of fully automatic machinable turbine with the same diameter approximately the same shape every stage, 3 stages of bolt assembly turbine with heat pump Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Accelerating at pressure divided and stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Moving bolt group of turbine that can be fully automatic machined with the same diameter approximately the same shape every stage 4 stages of bolt assembly turbine with heat pump The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Attaching the heat and heat of combustion gas and mass or compressed air heat and pressure separately at pressure divided and stored at the pressure that can be + automatically machined turbines of the turbine with the same diameter and the same shape for each stage Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + various energy with the rotating blade group of the turbine having the same diameter approximately the same shape in each stage and the bolt assembly turbine provided in six stages with the heat pump Preservation cycle union agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + various energy with the rotor blade group of the turbine having the same diameter and the same shape in each stage, and the bolt assembly turbine provided in seven stages with the heat pump Preservation cycle union agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Rotor blade group of fully automatic machinable turbine with the same diameter approximately the same shape for every stage Provision of bolt assembly turbine with heat pump in 8 stages Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Accelerated by heat stored in combustion gas heat and mass or compressed air heat and mass separately + Fully automatic processable turbine blade group of the same diameter approximately the same size for every stage 9 bolt stages with heat pump Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Acceleration of combustion gas heat and mass or compressed air heat and pressure separately stored pressure + Acceleration of fully automatic processing of the turbine blade group that can be fully automatic processing with the same diameter approximately the same shape every stage 10 stages of bolt assembly turbine with heat pump The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Accelerated by heat stored in combustion gas heat and mass or compressed air heat and mass separately + Various energy conservation where the rotor blade group of the turbine has the same diameter and is almost the same shape in each stage and the bolt assembly turbine is provided in one stage with the heat pump Cycle coalescing agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Accelerated by heat stored in combustion gas heat and mass or compressed air heat and mass separately + Rotor blade group of the turbine with the same diameter approximately the same shape every stage Various energy preservation provided with a bolt assembly turbine in two stages with a heat pump Cycle coalescing agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic levitation levitation additional thrust bearing + acceleration with the combustion gas heat quantity and mass or compressed air heat quantity and pressure separately stored pressure + moving blade group of fully automatic machinable turbine is as same diameter as each stage Various energy storage cycle combined engines with mating bolt assembly turbine provided in 3 stages with heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored separately pressure + fully automatic processing of moving blade group of turbine that can be fully automated A variety of energy storage cycle coalesced engines equipped with mating bolt assembly turbine and heat pump in 4 stages.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided separately and saved in pressure + moving blade group of turbines that can be fully automated processing with the same pressure approximately every diameter A variety of energy storage cycle combined engines in which mating bolt assembly turbines are provided in five stages together with heat pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force driven + hydraulic levitation levy additional thrust bearing + acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + mating blade assembly of the turbine blade group of the turbine with the same diameter approximately in each stage Various energy storage cycle combined engines with turbines provided in 6 stages with heat pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force driven + hydraulic levitation levy additional thrust bearing + acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + mating blade assembly of the turbine blade group of the turbine with the same diameter approximately in each stage Various energy storage cycle combined engine which installed the turbine in 7 stages with the heat pump.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + hydraulic levitation + additional thrust bearing + acceleration of combustion gas heat and mass or compressed air heat and pressure divided and stored pressure + moving blade group of fully automatic machineable turbine with the same diameter approximately every stage A variety of energy storage cycle combined engines in which mating bolt assembly turbines and heat pumps are provided in eight stages in the same shape.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + hydraulic levitation + additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored divided into mass + moving blade group of turbine that can be fully automated machined is the same diameter for every stage A variety of energy storage cycle combined engines in which a mating bolt assembly turbine is provided in 9 stages with a heat pump as a substantially identical shape.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection thrust force driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored in the mass The moving blade group of the turbine that can be accelerated + fully automatic processing by the same pressure A variety of energy storage cycle combined engines in which mating bolt assembly turbines and heat pumps are provided in 10 stages with approximately the same diameter.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored pressure + acceleration + moving blade group of turbine is fitted with the same diameter almost same shape for every paragraph A variety of energy storage cycle combined engines in which a bolt assembly turbine and a heat pump are provided in one stage.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored pressure + acceleration + moving blade group of turbine is fitted with the same diameter almost same shape for every paragraph A variety of energy storage cycle combined engines in which a bolt assembly turbine and a heat pump are provided in two stages.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Rotor blade group of fully automatic machinable turbine with the same diameter approximately the same shape for every stage Provision of bolt assembly turbine with heat pump in 3 stages Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Accelerated by heat stored in combustion gas heat and mass or compressed air heat and mass separately + Fully automatic processable turbine blade group with the same diameter and almost same shape for each stage 4 stages of bolt assembly turbine with heat pump Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Accelerated by heat stored in combustion gas heat and mass or compressed air heat and mass + pressure in the turbine that can be fully automated with the same pressure as the turbine blade group that can be fully automatic machined The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Accelerated by heat stored in combustion gas heat and mass or compressed air heat and mass separately + Rotor blades of the turbine have the same diameter and diameter for each stage, and bolt assembly turbines are provided in six stages with heat pumps Cycle coalescing agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Acceleration with combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and saved + Various energy preservation where the rotor blade group of the turbine has the same diameter and isomorphous with every stage and the bolt assembly turbine is provided in 7 stages with the heat pump Cycle coalescing agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Accelerating at the pressure divided and stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + As the moving blade group of the fully automatic machineable turbine has the same diameter and substantially the same shape every stage 8 stages with the heat pump Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Accelerating at the pressure divided and stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Rotor blade group of turbine capable of fully automatic machining with the same diameter approximately the same shape every stage 9 stages of bolt assembly turbine with heat pump The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing 10 + Together with the heat pump, the bolt assembly turbine with the same size of the rotor blades of a turbine that can be accelerated + fully-automatically processed by the pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass 10 Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + various energy with the rotating blade group of the turbine having the same diameter and substantially the same shape in each stage and the bolt assembly turbine provided in one stage with the heat pump Preservation cycle union agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + various energy with the rotating blade group of the turbine having the same diameter and substantially the same shape in each stage, and two stages of fitting bolt assembly turbine and heat pump Preservation cycle union agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Rotor blade group of fully automatic machinable turbine with the same diameter approximately the same shape for every stage Provision of bolt assembly turbine with heat pump in 3 stages Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Accelerated by heat stored in combustion gas heat and mass or compressed air heat and mass separately + Fully automatic processable turbine blade group with the same diameter and almost same shape for each stage 4 stages of bolt assembly turbine with heat pump Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Accelerated by heat stored in combustion gas heat and mass or compressed air heat and mass + pressure in the turbine that can be fully automated with the same pressure as the turbine blade group that can be fully automatic machined The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Accelerated by heat stored in combustion gas heat and mass or compressed air heat and mass separately + Rotor blades of the turbine have the same diameter and diameter for each stage, and bolt assembly turbines are provided in six stages with heat pumps Cycle coalescing agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Acceleration with combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and saved + Various energy preservation where the rotor blade group of the turbine has the same diameter and isomorphous with every stage and the bolt assembly turbine is provided in 7 stages with the heat pump Cycle coalescing agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic levitation levitation additional thrust bearing + acceleration with the combustion gas heat quantity and mass or compressed air heat quantity and pressure separately stored pressure + moving blade group of fully automatic machinable turbine is as same diameter as each stage Various energy storage cycle combined engines with mating bolt assembly turbine and heat pump provided in 8 stages.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored separately pressure + fully automatic processing of moving blade group of turbine that can be fully automated A variety of energy storage cycle coalesced engines equipped with mating bolt assembly turbine and heat pump in 9 stages.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided separately and saved in pressure + moving blade group of turbines that can be fully automated processing with the same pressure approximately every diameter A variety of energy storage cycle combined engines in which a mating bolt assembly turbine is provided in 10 stages with a heat pump in the same shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force driven + hydraulic levitation levy additional thrust bearing + acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + mating blade assembly of the turbine blade group of the turbine with the same diameter approximately in each stage Various energy storage cycle combined engines with turbines in one stage with heat pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force driven + hydraulic levitation levy additional thrust bearing + acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + mating blade assembly of the turbine blade group of the turbine with the same diameter approximately in each stage Various energy storage cycle combined engines with turbines and heat pumps in two stages.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + hydraulic levitation + additional thrust bearing + acceleration of combustion gas heat and mass or compressed air heat and pressure divided and stored pressure + moving blade group of fully automatic machineable turbine with the same diameter approximately every stage A variety of energy storage cycle combined engines in which a mating bolt assembly turbine is provided in three stages together with a heat pump.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + hydraulic levitation + additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored divided into mass + moving blade group of turbine that can be fully automated machined is the same diameter for every stage A variety of energy storage cycle combined engines in which mating bolt assembly turbines are provided in four stages together with heat pumps in a substantially identical shape.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection thrust force driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored in the mass The moving blade group of the turbine that can be accelerated + fully automatic processing by the same pressure A variety of energy storage cycle combined engines in which mating bolt assembly turbines and heat pumps are provided in five stages with approximately the same diameter.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored pressure + acceleration + moving blade group of turbine is fitted with the same diameter almost same shape for every paragraph Various energy storage cycle combined engines with bolt assembly turbines and heat pumps provided in six stages.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored pressure + acceleration + moving blade group of turbine is fitted with the same diameter almost same shape for every paragraph Various energy storage cycle combined engine which installed bolt assembling turbine in 7 stages with heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Rotor blade group of fully automatic machinable turbine with the same diameter approximately the same shape for every stage Provision of bolt assembly turbine with heat pump in 8 stages Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Accelerated by heat stored in combustion gas heat and mass or compressed air heat and mass separately + Fully automatic processable turbine blade group of the same diameter approximately the same size for every stage 9 bolt stages with heat pump Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Acceleration of combustion gas heat and mass or compressed air heat and pressure separately stored pressure + Acceleration of fully automatic processing of the turbine blade group that can be fully automatic processing with the same diameter approximately the same shape every stage 10 stages of bolt assembly turbine with heat pump The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Accelerated by heat stored in combustion gas heat and mass or compressed air heat and mass separately + Various energy conservation where the rotor blade group of the turbine has the same diameter and is almost the same shape in each stage and the bolt assembly turbine is provided in one stage with the heat pump Cycle coalescing agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Accelerated by heat stored in combustion gas heat and mass or compressed air heat and mass separately + Rotor blade group of the turbine with the same diameter approximately the same shape every stage Various energy preservation provided with a bolt assembly turbine in two stages with a heat pump Cycle coalescing agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Accelerating at the pressure divided and stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Rotor blade group of fully automatic machinable turbine with the same diameter approximately the same shape every stage, 3 stages of bolt assembly turbine with heat pump Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Accelerating at pressure divided and stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Moving bolt group of turbine that can be fully automatic machined with the same diameter approximately the same shape every stage 4 stages of bolt assembly turbine with heat pump The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Attaching the heat and heat of combustion gas and mass or compressed air heat and pressure separately at pressure divided and stored at the pressure that can be + automatically machined turbines of the turbine with the same diameter and the same shape for each stage Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + various energy with the rotating blade group of the turbine having the same diameter approximately the same shape in each stage and the bolt assembly turbine provided in six stages with the heat pump Preservation cycle union agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + various energy with the rotor blade group of the turbine having the same diameter and the same shape in each stage, and the bolt assembly turbine provided in seven stages with the heat pump Preservation cycle union agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Rotor blade group of fully automatic machinable turbine with the same diameter approximately the same shape for every stage Provision of bolt assembly turbine with heat pump in 8 stages Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Accelerated by heat stored in combustion gas heat and mass or compressed air heat and mass separately + Fully automatic processable turbine blade group of the same diameter approximately the same size for every stage 9 bolt stages with heat pump Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Acceleration of combustion gas heat and mass or compressed air heat and pressure separately stored pressure + Acceleration of fully automatic processing of the turbine blade group that can be fully automatic processing with the same diameter approximately the same shape every stage 10 stages of bolt assembly turbine with heat pump The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Accelerated by heat stored in combustion gas heat and mass or compressed air heat and mass separately + Various energy conservation where the rotor blade group of the turbine has the same diameter and is almost the same shape in each stage and the bolt assembly turbine is provided in one stage with the heat pump Cycle coalescing agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Accelerated by heat stored in combustion gas heat and mass or compressed air heat and mass separately + Rotor blade group of the turbine with the same diameter approximately the same shape every stage Various energy preservation provided with a bolt assembly turbine in two stages with a heat pump Cycle coalescing agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic levitation levitation additional thrust bearing + acceleration with the combustion gas heat quantity and mass or compressed air heat quantity and pressure separately stored pressure + moving blade group of fully automatic machinable turbine is as same diameter as each stage Various energy storage cycle combined engines with mating bolt assembly turbine provided in 3 stages with heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored separately pressure + fully automatic processing of moving blade group of turbine that can be fully automated A variety of energy storage cycle coalesced engines equipped with mating bolt assembly turbine and heat pump in 4 stages.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided separately and saved in pressure + moving blade group of turbines that can be fully automated processing with the same pressure approximately every diameter A variety of energy storage cycle combined engines in which mating bolt assembly turbines are provided in five stages together with heat pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force driven + hydraulic levitation levy additional thrust bearing + acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + mating blade assembly of the turbine blade group of the turbine with the same diameter approximately in each stage Various energy storage cycle combined engines with turbines provided in 6 stages with heat pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force driven + hydraulic levitation levy additional thrust bearing + acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + mating blade assembly of the turbine blade group of the turbine with the same diameter approximately in each stage Various energy storage cycle combined engine which installed the turbine in 7 stages with the heat pump.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + hydraulic levitation + additional thrust bearing + acceleration of combustion gas heat and mass or compressed air heat and pressure divided and stored pressure + moving blade group of fully automatic machineable turbine with the same diameter approximately every stage A variety of energy storage cycle combined engines in which mating bolt assembly turbines and heat pumps are provided in eight stages in the same shape.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + hydraulic levitation + additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored divided into mass + moving blade group of turbine that can be fully automated machined is the same diameter for every stage A variety of energy storage cycle combined engines in which a mating bolt assembly turbine is provided in 9 stages with a heat pump as a substantially identical shape.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection thrust force driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored in the mass The moving blade group of the turbine that can be accelerated + fully automatic processing by the same pressure A variety of energy storage cycle combined engines in which mating bolt assembly turbines and heat pumps are provided in 10 stages with approximately the same diameter.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored pressure + acceleration + moving blade group of turbine is fitted with the same diameter almost same shape for every paragraph A variety of energy storage cycle combined engines in which a bolt assembly turbine and a heat pump are provided in one stage.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored pressure + acceleration + moving blade group of turbine is fitted with the same diameter almost same shape for every paragraph A variety of energy storage cycle combined engines in which a bolt assembly turbine and a heat pump are provided in two stages.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Rotor blade group of fully automatic machinable turbine with the same diameter approximately the same shape for every stage Provision of bolt assembly turbine with heat pump in 3 stages Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Accelerated by heat stored in combustion gas heat and mass or compressed air heat and mass separately + Fully automatic processable turbine blade group with the same diameter and almost same shape for each stage 4 stages of bolt assembly turbine with heat pump Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Accelerated by heat stored in combustion gas heat and mass or compressed air heat and mass + pressure in the turbine that can be fully automated with the same pressure as the turbine blade group that can be fully automatic machined The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Accelerated by heat stored in combustion gas heat and mass or compressed air heat and mass separately + Rotor blades of the turbine have the same diameter and diameter for each stage, and bolt assembly turbines are provided in six stages with heat pumps Cycle coalescing agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Acceleration with combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and saved + Various energy preservation where the rotor blade group of the turbine has the same diameter and isomorphous with every stage and the bolt assembly turbine is provided in 7 stages with the heat pump Cycle coalescing agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Accelerating at the pressure divided and stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + As the moving blade group of the fully automatic machineable turbine has the same diameter and substantially the same shape every stage 8 stages with the heat pump Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Accelerating at the pressure divided and stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Rotor blade group of turbine capable of fully automatic machining with the same diameter approximately the same shape every stage 9 stages of bolt assembly turbine with heat pump The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing 10 + Together with the heat pump, the bolt assembly turbine with the same size of the rotor blades of a turbine that can be accelerated + fully-automatically processed by the pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass 10 Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + various energy with the rotating blade group of the turbine having the same diameter and substantially the same shape in each stage and the bolt assembly turbine provided in one stage with the heat pump Preservation cycle union agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + various energy with the rotating blade group of the turbine having the same diameter and substantially the same shape in each stage, and two stages of fitting bolt assembly turbine and heat pump Preservation cycle union agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + Rotor blade group of fully automatic machinable turbine with the same diameter approximately the same shape for every stage Provision of bolt assembly turbine with heat pump in 3 stages Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Accelerated by heat stored in combustion gas heat and mass or compressed air heat and mass separately + Fully automatic processable turbine blade group with the same diameter and almost same shape for each stage 4 stages of bolt assembly turbine with heat pump Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Accelerated by heat stored in combustion gas heat and mass or compressed air heat and mass + pressure in the turbine that can be fully automated with the same pressure as the turbine blade group that can be fully automatic machined The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Accelerated by heat stored in combustion gas heat and mass or compressed air heat and mass separately + Rotor blades of the turbine have the same diameter and diameter for each stage, and bolt assembly turbines are provided in six stages with heat pumps Cycle coalescing agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Acceleration with combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and saved + Various energy preservation where the rotor blade group of the turbine has the same diameter and isomorphous with every stage and the bolt assembly turbine is provided in 7 stages with the heat pump Cycle coalescing agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic levitation levitation additional thrust bearing + acceleration with the combustion gas heat quantity and mass or compressed air heat quantity and pressure separately stored pressure + moving blade group of fully automatic machinable turbine is as same diameter as each stage Various energy storage cycle combined engines with mating bolt assembly turbine and heat pump provided in 8 stages.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided and stored separately pressure + fully automatic processing of moving blade group of turbine that can be fully automated A variety of energy storage cycle coalesced engines equipped with mating bolt assembly turbine and heat pump in 9 stages.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation levitation additional thrust bearing + combustion gas heat quantity and mass or compressed air heat quantity and pressure divided separately and saved in pressure + moving blade group of turbines that can be fully automated processing with the same pressure approximately every diameter A variety of energy storage cycle combined engines in which a mating bolt assembly turbine is provided in 10 stages with a heat pump in the same shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force driven + hydraulic levitation levy additional thrust bearing + acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + mating blade assembly of the turbine blade group of the turbine with the same diameter approximately in each stage Various energy storage cycle combined engines with turbines in one stage with heat pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force driven + hydraulic levitation levy additional thrust bearing + acceleration by pressure stored separately in combustion gas heat quantity and mass or compressed air heat quantity and mass + mating blade assembly of the turbine blade group of the turbine with the same diameter approximately in each stage Various energy storage cycle combined engines with turbines and heat pumps in two stages.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Drive + Hydraulic Levitation + Additional Thrust Bearing + Solar Heated Air Compression Heat and Cold Heat Production + Fully Automatic Processable Turbine Rotatable Rotor Blades of Each Stage with Same Diameter Same Shape for Each Bolt Assembly Bolt Assembly Turbine Various energy storage cycle combined engines provided in 3 stages with heat pumps.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Drive + Hydraulic Levitation + Additional Thrust Bearing + Solar Heated Air Compressive Thermal and Cold Heat Production + Fully Automatic Processable Turbine Rotatable Blade Group of Each Stage with Same Diameter Same Fitting Bolt Assembly Turbine A variety of energy storage cycle coalescing engines provided in four stages with heat pumps.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Force Drive + Hydraulic Levitation + Additional Thrust Bearing + Solar Heated Air Compressive Heat and Cold Heat Production + Fully Automatic Machining of Turbine Blades with Equal Diameters for Each Stage and Fitting Bolt Assembly Various energy storage cycle combined engines with turbines provided in 5 stages with heat pumps.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + solar heat air compressed heat and cold heat production + turbine rotor blade group with the same diameter and diameter for each stage with bolt assembly turbine with heat pump 6 Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + solar heat air compressed heat and cold heat production + turbine rotor blade group with the same diameter almost same shape every stage 7 together with heat pump with heat pump Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + structure and method of accelerating metal ball mercury + intake air path length lens and sunlight Heat and cold manufacture at + + hydraulic floating levitation + additional thrust bearing + solar heat air compressed and heat produced + thermal processing + fully automatic processable turbine blade group with the same diameter approximately the same shape for every paragraph mating bolt assembly turbine Various energy storage cycle combined engines provided in 8 stages with heat pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + structure and method of accelerating metal ball mercury + intake air path length lens and sunlight Heat and cold manufacture at + + hydraulic levitation levitation + additional thrust bearing + solar heat air compressed and heat generation + thermal processing + fully automatic processable turbine blade group with the same diameter almost the same shape for each stage A variety of energy storage cycle combined engine provided in 9 stages with a heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + structure and method of accelerating metal ball mercury + intake air path length lens and sunlight Heat and cold heat production in + + floating floating additional thrust bearing + solar heat air compressed and heat and heat production + turbine blade group capable of fully automatic processing with the same diameter of the same diameter for each paragraph-mating bolt assembly A variety of energy storage cycle combined engines with 10 stages of turbines and heat pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + structure and method of accelerating metal ball mercury + intake air path length lens and sunlight Heat and cold heat production in + heat float with additional thrust bearing + solar heat air compressed heat and cold heat production + turbine rotor blade group with the same diameter of the same diameter for each stage bolt assembly turbine with heat pump 1 Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + structure and method of accelerating metal ball mercury + intake air path length lens and sunlight Heat and cold heat production in + heat float with additional thrust bearing + solar heat air compressed heat and cold heat production + turbine rotor blade group with the same diameter of the same diameter for each stage bolt assembly turbine with heat pump 2 Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + structure and method of accelerating metal ball mercury + intake air path length lens and sunlight Heat and cold manufacture at + + hydraulic floating levitation + additional thrust bearing + solar heat air compressed and heat produced + thermal processing + fully automatic processable turbine blade group with the same diameter approximately the same shape for every paragraph mating bolt assembly turbine Various energy storage cycle combined engines provided in 3 stages with heat pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + structure and method of accelerating metal ball mercury + intake air path length lens and sunlight Heat and cold manufacture at + + hydraulic levitation levitation + additional thrust bearing + solar heat air compressed and heat generation + thermal processing + fully automatic processable turbine blade group with the same diameter almost the same shape for each stage A variety of energy storage cycle coalescing engines provided in four stages with heat pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + structure and method of accelerating metal ball mercury + intake air path length lens and sunlight Heat and cold heat production in + + floating floating additional thrust bearing + solar heat air compressed and heat and heat production + turbine blade group capable of fully automatic processing with the same diameter of the same diameter for each paragraph-mating bolt assembly Various energy storage cycle combined engines with turbines provided in 5 stages with heat pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + structure and method of accelerating metal ball mercury + intake air path length lens and sunlight Heat and cold heat production in + heat float with additional thrust bearing + solar heat air compressed heat and cold heat production + turbine rotor blade group with the same diameter of the same diameter for each stage bolt assembly turbine with heat pump 6 Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + structure and method of accelerating metal ball mercury + intake air path length lens and sunlight Heat and cold heat production in + heat float with additional thrust bearing + solar heat air compressed heat and cold heat production + turbine rotor blade group with the same diameter approximately the same shape for each stage bolt assembly turbine with heat pump 7 Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force drive + Hydraulic levitation + additional thrust bearing + solar heat air compressed and heat produced by thermal air + fully automatic machineable turbine blade group with the same diameter for each paragraph Various energy storage cycle combined engines provided in 8 stages with pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force drive + hydraulic levitation + additional thrust bearing + solar heat air compressed and heat produced by thermal air + fully automatic machined turbine blade group with the same diameter for each stage-bolt assembly turbine Various energy storage cycle combined engines provided in 9 stages with heat pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation + additional thrust bearing + solar heat air compressed and heated by heat + cold heat production + fully automatic processing The moving blade group of the turbine can be the same diameter for each paragraph and the same shape is fitted bolt assembled turbine Various energy storage cycle united engines provided in 10 stages with a heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + solar heat air compressed and heat and cold heat production + turbine rotor blade group with the same diameter and diameter for each stage 1 assembly of bolt assembly turbine with heat pump The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + solar heat air compression and heat and cold heat production + turbine rotor blade group with the same diameter and substantially the same shape for every stage 2 stages of bolt assembly turbine with heat pump The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force drive + Hydraulic levitation + additional thrust bearing + solar heat air compressed and heat produced by thermal air + fully automatic machineable turbine blade group with the same diameter for each paragraph Various energy storage cycle combined engines provided in 3 stages with pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force drive + Hydraulic levitation + additional thrust bearing + solar heat air compressed and heat produced by thermal air + fully automatic machineable turbine blade group with the same diameter for each paragraph Various energy storage cycle combined engines provided in 4 stages with pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force drive + Hydraulic levitation + additional thrust bearing + solar heat air compressed and heat produced by thermal air + fully automatic machineable turbine blade group with the same diameter for each paragraph Various energy storage cycle combined engines provided in 5 stages with pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force drive + Hydraulic levitation + additional thrust bearing + solar heat air compressed and heat produced by thermal air + fully automatic machineable turbine blade group with the same diameter for each paragraph Various energy storage cycle combined engines provided in 6 stages with pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force drive + Hydraulic levitation + additional thrust bearing + solar heat air compressed and heat produced by thermal air + fully automatic machineable turbine blade group with the same diameter for each paragraph Various energy storage cycle combined engines provided in 7 stages with pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force drive + hydraulic levitation + additional thrust bearing + solar heat air compressed and heat produced by thermal air + fully automatic machined turbine blade group with the same diameter for each stage-bolt assembly turbine Various energy storage cycle combined engines provided in 8 stages with heat pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force drive + hydraulic levitation + additional thrust bearing + solar heat air compressed and heat produced by thermal air + fully automatic machined turbine blade group with the same diameter for each stage-bolt assembly turbine Various energy storage cycle combined engines provided in 9 stages with heat pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force drive + hydraulic levitation + additional thrust bearing + solar heat air compressed and heat produced by thermal air + fully automatic machined turbine blade group with the same diameter for each stage-bolt assembly turbine Various energy storage cycle combined engines provided in 10 stages with heat pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force drive + hydraulic levitation + additional thrust bearing + solar heat air compressed and heat produced by thermal air + fully automatic machined turbine blade group with the same diameter for each stage-bolt assembly turbine Various energy storage cycle combined engines provided in one stage with heat pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force drive + hydraulic levitation + additional thrust bearing + solar heat air compressed and heat produced by thermal air + fully automatic machined turbine blade group with the same diameter for each stage-bolt assembly turbine Various energy storage cycle combined engines provided in two stages with heat pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation + additional thrust bearing + solar heat air compressed and heated by heat + cold heat production + fully automatic processing The moving blade group of the turbine can be the same diameter for each paragraph and the same shape is fitted bolt assembled turbine Various energy storage cycle combined engine which was provided in 3 stages with a heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation + additional thrust bearing + solar heat air compressed and heated by heat + cold heat production + fully automatic processing The moving blade group of the turbine can be the same diameter for each paragraph and the same shape is fitted bolt assembled turbine A variety of energy storage cycle coalescing engines provided in four stages with heat pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation + additional thrust bearing + solar heat air compressed and heated by heat + cold heat production + fully automatic processing The moving blade group of the turbine can be the same diameter for each paragraph and the same shape is fitted bolt assembled turbine Various energy storage cycle combined engine which was provided in 5 stages with a heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation + additional thrust bearing + solar heat air compressed and heated by heat + cold heat production + fully automatic processing The moving blade group of the turbine can be the same diameter for each paragraph and the same shape is fitted bolt assembled turbine A variety of energy storage cycle coalescing engines provided in six stages with heat pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation + additional thrust bearing + solar heat air compressed and heated by heat + cold heat production + fully automatic processing The moving blade group of the turbine can be the same diameter for each paragraph and the same shape is fitted bolt assembled turbine A variety of energy storage cycle coalescing engine provided in 7 stages with a heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force drive + Hydraulic levitation + additional thrust bearing + solar heat air compressed and heat produced by thermal air + turbine blade group with the same diameter for each stage-bolt assembly turbine 8 stages with heat pump The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + solar heat air compressed and heat and cold heat produced + turbine rotor blade group with the same diameter and substantially the same shape for each stage 9 stages of bolt assembly turbine with heat pump The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + solar heat air compressed and heat and cold heat produced + turbine rotor blade group with the same diameter and substantially the same shape for each stage 10 stages of bolt assembly turbine with heat pump The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + solar heat air compressed and heat and cold heat production + turbine rotor blade group with the same diameter and diameter for each stage 1 assembly of bolt assembly turbine with heat pump The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + solar heat air compression and heat and cold heat production + turbine rotor blade group with the same diameter and substantially the same shape for every stage 2 stages of bolt assembly turbine with heat pump The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force drive + Hydraulic levitation + additional thrust bearing + solar heat air compressed and heat produced by thermal air + turbine blade group with the same diameter for each stage-bolt assembly turbine 3 stages with heat pump The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + solar heat air compressed and heat and cold heat produced + turbine blade group of the same diameter for each stage substantially the same shape mating bolt assembly turbine 4 stages with heat pump The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force drive + hydraulic levitation + additional thrust bearing + solar heat air compressed and heat produced by thermal air + turbine rotor blade group with the same diameter of each stage and fitted bolt assembly turbine 5 stages with heat pump The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + solar heat air compressed and heat and cold heat production + turbine rotor blade group with the same diameter and substantially the same shape for each stage 6 stages of bolt assembly turbine with heat pump The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + solar heat air compression and heat and cold heat production + turbine blade group of the same diameter for each stage and mating bolt assembly turbine seven stages with heat pump The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force drive + hydraulic levitation levy additional thrust bearing + solar heat air for compression thermal and cold heat production + turbine rotor blade group with the same diameter almost same shape for every stage to make fitting bolt assembly and thrust for heat pump Various energy storage cycle combined engines installed in eight stages with bearings, bearings and square turbine outer box (77a).   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force drive + hydraulic levitation levy additional thrust bearing + solar heat air for compression thermal and cold heat production + turbine rotor blade group with the same diameter almost same shape for every stage to make fitting bolt assembly and thrust for heat pump Various energy storage cycle combined engines installed in 9 stages with bearings, bearings and square turbine outer box (77a).   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force drive + hydraulic levitation levy additional thrust bearing + solar heat air for compression thermal and cold heat production + turbine rotor blade group with the same diameter almost same shape for every stage to make fitting bolt assembly and thrust for heat pump Various energy storage cycle combined engines installed in 10 stages with bearings, bearings and square turbine outer box (77a).   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force drive + hydraulic levitation levy additional thrust bearing + solar heat air for compression thermal and cold heat production + turbine rotor blade group with the same diameter almost same shape for every stage to make fitting bolt assembly and thrust for heat pump Various energy storage cycle combined engines installed in a single stage with bearings, bearings and square turbine outer box (77a).   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force drive + hydraulic levitation levy additional thrust bearing + solar heat air for compression thermal and cold heat production + turbine rotor blade group with the same diameter almost same shape for every stage to make fitting bolt assembly and thrust for heat pump Various energy storage cycle combined engines installed in two stages with bearings, bearings and square turbine outer box (77a).   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + maximum gravity, sunlight and surface tension Limited use + Water jet rotatably mounted so that it can move up and down + Hydraulic floating levitation additional thrust bearing + Solar heat air compression and heat generation + Fully automatic machined turbine blade group of the same diameter for each stage A variety of energy storage cycle combined engines in which a mating bolt assembly turbine is installed in three stages with a heat pump in a substantially identical shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + maximum gravity, sunlight and surface tension Limited use + Water jet rotatably mounted so that it can move up and down + Hydraulic levitation additional thrust bearing installed + Solar heating air compressed and heat produced by heating air + Rotatable blade group of turbine capable of fully automatic processing A variety of energy storage cycle combined engines in which mating bolt assembly turbines and heat pumps are provided in four stages with roughly the same diameter.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + maximum gravity, sunlight and surface tension Limited use + Water jet rotatably mounted so that it can move up and down + Hydraulic levitation additional thrust bearing installed + Solar heating air compressed with heat and cold heat production + Turbine blade group capable of fully automatic processing at every stage A variety of energy storage cycle combined engines in which mating bolt assembly turbines and heat pumps are provided in five stages with approximately the same diameter and shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + maximum gravity, sunlight and surface tension Limited use + Water jet rotatably mounted so that it can move up and down + Hydraulic levitation additional thrust bearing + Solar heat air compressed heat and cold heat production + Turbine rotor blade group fitted with the same diameter and diameter A variety of energy storage cycle combined engines in which a double bolt assembly turbine is provided in six stages with a heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + maximum gravity, sunlight and surface tension Limited use + Water jet rotatably mounted so that it can move up and down + Hydraulic levitation additional thrust bearing + Solar heat air compressed heat and cold heat production + Turbine rotor blade group fitted with the same diameter and diameter A variety of energy storage cycle combined engines in which a combined bolt assembly turbine and a heat pump are provided in seven stages.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with 8 stages of mating bolt assembly turbines and heat pumps, with solar heating air compressed and produced by heat and cold heat + moving blade group of fully automatically processable turbines with the same diameter and shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with heat and cold heat production of solar heating air + fully automatic processing of the turbine blades of the turbine which can be machined with the same diameter and the same diameter for each stage. .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle combinations including 10 sets of mating bolt assembly turbines and heat pumps, with the buckets of the turbines capable of compression thermal energy and cold energy production + fully automatic processing of the solar heating air and having the same diameter and substantially the same shape organ.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines in which the solar heating air is compressed thermal and cold heat production + turbine rotor blade groups have the same diameter and the same shape in each stage, and the bolt assembly turbine is provided in one stage with the heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines, in which the solar heating air is compressed thermal and cold heat production + the turbine blade group has the same diameter and the same shape in each stage, and the bolt assembly turbine is provided in two stages with the heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Various energy storage cycle coalescing engines equipped with 3 stages of mating bolt assembly turbines and heat pumps with the same size and approximately the same diameter of the moving blades of the turbine with fully heated and compressed heat and cold heat + fully automatic processing of turbines .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Heat buildup of solar heating air by compression heat and cold heat + turbine assembly of fully automatable turbine with the same diameter and diameter with the same diameter for each stage. organ.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Various heat preservation cycles where the rotor blade group of the turbine that can compress and heat and cool the solar heating air + can be fully automated and has the same diameter and shape with the same diameter for each stage is provided in 5 stages with the heat pump Coalition agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + + Various types of energy storage cycle coalescing engines equipped with heat and cold heat production of solar heating air + heat exchangers of turbines with the same diameter of turbine rotors, and fitted with bolt assembly turbines and heat pumps in six stages.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + + Various types of energy storage cycle coalescing engines equipped with heat and cold heat production of solar heating air + heat and cold energy + turbine blade groups of approximately the same diameter for each stage, fitted bolt assembly turbine and heat pump in seven stages.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with 8 stages of mating bolt assembly turbines and heat pumps, with solar heating air compressed and produced by heat and cold heat + moving blade group of fully automatically processable turbines with the same diameter and shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with heat and cold heat production of solar heating air + fully automatic processing of the turbine blades of the turbine which can be machined with the same diameter and the same diameter for each stage. .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle combinations including 10 sets of mating bolt assembly turbines and heat pumps, with the buckets of the turbines capable of compression thermal energy and cold energy production + fully automatic processing of the solar heating air and having the same diameter and substantially the same shape organ.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines in which the solar heating air is compressed thermal and cold heat production + turbine rotor blade groups have the same diameter and the same shape in each stage, and the bolt assembly turbine is provided in one stage with the heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines, in which the solar heating air is compressed thermal and cold heat production + the turbine blade group has the same diameter and the same shape in each stage, and the bolt assembly turbine is provided in two stages with the heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation + additional thrust bearing + solar heat air compressed and heated by heat + cold heat + fully-automatically processable turbine blade of the same diameter for each paragraph And various energy conservation cycle combined engines provided in 3 stages.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic floating + additional thrust bearing + solar light heating air compression thermal and cold heat production + fully automatic processing turbine blade group of the same diameter for each stage approximately the same diameter heat the mating bolt assembly turbine Various energy storage cycle combined engines provided in 4 stages with pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic floating + additional thrust bearing + solar heat air compressed and heated by heat + cold heat production + fully automatic processing The moving blade group of the turbine can have the same diameter and diameter for each stage and the bolt assembly turbine Various energy storage cycle combined engines provided in 5 stages with heat pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic floating + additional thrust bearing + solar heat air for compression thermal and cold heat production + turbine rotor blade group with the same diameter and shape for each stage bolt assembly turbine 6 stages with heat pump Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation + additional thrust bearing + solar heat air for compression thermal and cold heat production + turbine turbine blade group with the same diameter and shape for each stage bolt assembly turbine with heat pump in 7 stages Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Drive + Hydraulic Levitation + Additional Thrust Bearing + Solar Heated Air Compression Heat and Cold Heat Production + Fully Automatic Processable Turbine Rotatable Rotor Blades of Each Stage with Same Diameter Same Shape for Each Bolt Assembly Bolt Assembly Turbine Various energy storage cycle combined engines provided in 8 stages with heat pumps.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Drive + Hydraulic Levitation + Additional Thrust Bearing + Solar Heated Air Compressive Thermal and Cold Heat Production + Fully Automatic Processable Turbine Rotatable Blade Group of Each Stage with Same Diameter Same Fitting Bolt Assembly Turbine A variety of energy storage cycle combined engine provided in 9 stages with a heat pump.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Force Drive + Hydraulic Levitation + Additional Thrust Bearing + Solar Heated Air Compressive Heat and Cold Heat Production + Fully Automatic Machining of Turbine Blades with Equal Diameters for Each Stage and Fitting Bolt Assembly A variety of energy storage cycle combined engines with 10 stages of turbines and heat pumps.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + solar heat air compressed heat and cold heat production + turbine rotor blade group with the same diameter and diameter for each stage with bolt assembly turbine with heat pump 1 Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + solar heat air compressed and heat produced + compression + heat transfer of turbine blades with same diameter for each stage-bolt assembly turbine with heat pump 2 Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with heat and cold heat production of solar heating air + production of fully automatic machined turbine blades with the same diameter of each section and fitted bolt assembly turbine in 3 stages with heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with 4 stages of mating bolt assembly turbines and heat pumps with the rotor blades of the turbine capable of compression thermal energy and cold energy production + fully automatic processing of the solar heating air with the same diameter and substantially the same shape .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy preservation cycle combination that installed the bolt assembly turbine with the heat pump in 5 stages with the same size of the diameter and the same diameter for each stage of turbine blade group capable of compression thermal energy and cold energy + fully automatic processing of solar heating air organ.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with heat buildup of solar heating air and compression / thermal heat production + Turbine rotor blade group of approximately the same diameter with the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with heat buildup of solar heating air and compression heat and cold heat + Turbine rotor blade group with the same diameter and approximately the same shape for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Various heat preservation cycle coalescing engines equipped with 8 stages of mating bolt assembly turbines and heat pumps with the same size and almost same shape of the moving blades of the turbine with fully heated and compressed heat and cold heat + fully automatic processing of turbines .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Heat buildup of solar heating air by compression heat and cold heat + fully automatic machined turbine blades of the same diameter for each section with the same diameter and almost same shape bolt assembly turbine combined with various types of energy storage cycle combined with heat pump in 9 stages organ.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Various energy storage cycles with 10 stages of mating bolt assembly turbines and heat pumps, with the buckets of the turbines capable of compression thermal energy and cold heat production + fully automatic processing of the solar heating air and having the same diameter approximately the same shape Coalition agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Various energy storage cycle combined engines with heat and cold heat production of solar heating air + heat and cold energy of the heat + turbines and blades of the same diameter for each stage and fitting bolt assembly turbine provided with heat pump in one stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Various energy storage cycle coalescing engines equipped with heat and cold heat production for solar heating air + heat and cold for heat generation + turbine blades with the same diameter of each section and fitted bolt assembly turbine in two stages with heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with heat and cold heat production of solar heating air + production of fully automatic machined turbine blades with the same diameter of each section and fitted bolt assembly turbine in 3 stages with heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with 4 stages of mating bolt assembly turbines and heat pumps with the rotor blades of the turbine capable of compression thermal energy and cold energy production + fully automatic processing of the solar heating air with the same diameter and substantially the same shape .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy preservation cycle combination that installed the bolt assembly turbine with the heat pump in 5 stages with the same size of the diameter and the same diameter for each stage of turbine blade group capable of compression thermal energy and cold energy + fully automatic processing of solar heating air organ.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with heat buildup of solar heating air and compression / thermal heat production + Turbine rotor blade group of approximately the same diameter with the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with heat buildup of solar heating air and compression heat and cold heat + Turbine rotor blade group with the same diameter and approximately the same shape for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation + additional thrust bearing + solar heat air compressed and heated by heat + cold heat + fully-automatically processable turbine blade of the same diameter for each paragraph The various energy preservation cycle united engine provided in 8 stages with.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic floating + additional thrust bearing + solar light heating air compression thermal and cold heat production + fully automatic processing turbine blade group of the same diameter for each stage approximately the same diameter heat the mating bolt assembly turbine Various energy storage cycle combined engines provided in 9 stages with pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic floating + additional thrust bearing + solar heat air compressed and heated by heat + cold heat production + fully automatic processing The moving blade group of the turbine can have the same diameter and diameter for each stage and the bolt assembly turbine Various energy storage cycle combined engines provided in 10 stages with heat pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation + additional thrust bearing + solar heat air for compression thermal and cold heat production + turbine rotor blade group with the same diameter and shape for each stage bolt assembly turbine with heat pump in one stage Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation + additional thrust bearing + solar heat air for compression thermal and cold heat production + turbine blade group with the same diameter for each stage and bolt assembly turbine in two stages with heat pump Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Drive + Hydraulic Levitation + Additional Thrust Bearing + Solar Heated Air Compression Heat and Cold Heat Production + Fully Automatic Processable Turbine Rotatable Rotor Blades of Each Stage with Same Diameter Same Shape for Each Bolt Assembly Bolt Assembly Turbine Various energy storage cycle combined engines provided in 3 stages with heat pumps.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Drive + Hydraulic Levitation + Additional Thrust Bearing + Solar Heated Air Compressive Thermal and Cold Heat Production + Fully Automatic Processable Turbine Rotatable Blade Group of Each Stage with Same Diameter Same Fitting Bolt Assembly Turbine A variety of energy storage cycle coalescing engines provided in four stages with heat pumps.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Force Drive + Hydraulic Levitation + Additional Thrust Bearing + Solar Heated Air Compressive Heat and Cold Heat Production + Fully Automatic Machining of Turbine Blades with Equal Diameters for Each Stage and Fitting Bolt Assembly Various energy storage cycle combined engines with turbines provided in 5 stages with heat pumps.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + solar heat air compressed heat and cold heat production + turbine rotor blade group with the same diameter and diameter for each stage with bolt assembly turbine with heat pump 6 Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + solar heat air compressed heat and cold heat production + turbine rotor blade group with the same diameter almost same shape every stage 7 together with heat pump with heat pump Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with 8 stages of mating bolt assembly turbines and heat pumps, with solar heating air compressed and produced by heat and cold heat + moving blade group of fully automatically processable turbines with the same diameter and shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with heat and cold heat production of solar heating air + fully automatic processing of the turbine blades of the turbine which can be machined with the same diameter and the same diameter for each stage. .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle combinations including 10 sets of mating bolt assembly turbines and heat pumps, with the buckets of the turbines capable of compression thermal energy and cold energy production + fully automatic processing of the solar heating air and having the same diameter and substantially the same shape organ.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines in which the solar heating air is compressed thermal and cold heat production + turbine rotor blade groups have the same diameter and the same shape in each stage, and the bolt assembly turbine is provided in one stage with the heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines, in which the solar heating air is compressed thermal and cold heat production + the turbine blade group has the same diameter and the same shape in each stage, and the bolt assembly turbine is provided in two stages with the heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Various energy storage cycle coalescing engines equipped with 3 stages of mating bolt assembly turbines and heat pumps with the same size and approximately the same diameter of the moving blades of the turbine with fully heated and compressed heat and cold heat + fully automatic processing of turbines .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Heat buildup of solar heating air by compression heat and cold heat + turbine assembly of fully automatable turbine with the same diameter and diameter with the same diameter for each stage. organ.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Various heat preservation cycles where the rotor blade group of the turbine that can compress and heat and cool the solar heating air + can be fully automated and has the same diameter and shape with the same diameter for each stage is provided in 5 stages with the heat pump Coalition agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + + Various types of energy storage cycle coalescing engines equipped with heat and cold heat production of solar heating air + heat exchangers of turbines with the same diameter of turbine rotors, and fitted with bolt assembly turbines and heat pumps in six stages.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + + Various types of energy storage cycle coalescing engines equipped with heat and cold heat production of solar heating air + heat and cold energy + turbine blade groups of approximately the same diameter for each stage, fitted bolt assembly turbine and heat pump in seven stages.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with 8 stages of mating bolt assembly turbines and heat pumps, with solar heating air compressed and produced by heat and cold heat + moving blade group of fully automatically processable turbines with the same diameter and shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with heat and cold heat production of solar heating air + fully automatic processing of the turbine blades of the turbine which can be machined with the same diameter and the same diameter for each stage. .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle combinations including 10 sets of mating bolt assembly turbines and heat pumps, with the buckets of the turbines capable of compression thermal energy and cold energy production + fully automatic processing of the solar heating air and having the same diameter and substantially the same shape organ.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines in which the solar heating air is compressed thermal and cold heat production + turbine rotor blade groups have the same diameter and the same shape in each stage, and the bolt assembly turbine is provided in one stage with the heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines, in which the solar heating air is compressed thermal and cold heat production + the turbine blade group has the same diameter and the same shape in each stage, and the bolt assembly turbine is provided in two stages with the heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation + additional thrust bearing + solar heat air compressed and heated by heat + cold heat + fully-automatically processable turbine blade of the same diameter for each paragraph And various energy conservation cycle combined engines provided in 3 stages.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic floating + additional thrust bearing + solar light heating air compression thermal and cold heat production + fully automatic processing turbine blade group of the same diameter for each stage approximately the same diameter heat the mating bolt assembly turbine Various energy storage cycle combined engines provided in 4 stages with pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic floating + additional thrust bearing + solar heat air compressed and heated by heat + cold heat production + fully automatic processing The moving blade group of the turbine can have the same diameter and diameter for each stage and the bolt assembly turbine Various energy storage cycle combined engines provided in 5 stages with heat pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic floating + additional thrust bearing + solar heat air for compression thermal and cold heat production + turbine rotor blade group with the same diameter and shape for each stage bolt assembly turbine 6 stages with heat pump Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation + additional thrust bearing + solar heat air for compression thermal and cold heat production + turbine turbine blade group with the same diameter and shape for each stage bolt assembly turbine with heat pump in 7 stages Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Drive + Hydraulic Levitation + Additional Thrust Bearing + Solar Heated Air Compression Heat and Cold Heat Production + Fully Automatic Processable Turbine Rotatable Rotor Blades of Each Stage with Same Diameter Same Shape for Each Bolt Assembly Bolt Assembly Turbine Various energy storage cycle combined engines provided in 8 stages with heat pumps.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Drive + Hydraulic Levitation + Additional Thrust Bearing + Solar Heated Air Compressive Thermal and Cold Heat Production + Fully Automatic Processable Turbine Rotatable Blade Group of Each Stage with Same Diameter Same Fitting Bolt Assembly Turbine A variety of energy storage cycle combined engine provided in 9 stages with a heat pump.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Force Drive + Hydraulic Levitation + Additional Thrust Bearing + Solar Heated Air Compressive Heat and Cold Heat Production + Fully Automatic Machining of Turbine Blades with Equal Diameters for Each Stage and Fitting Bolt Assembly A variety of energy storage cycle combined engines with 10 stages of turbines and heat pumps.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + solar heat air compressed heat and cold heat production + turbine rotor blade group with the same diameter and diameter for each stage with bolt assembly turbine with heat pump 1 Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + solar heat air compressed and heat produced + compression + heat transfer of turbine blades with same diameter for each stage-bolt assembly turbine with heat pump 2 Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with heat and cold heat production of solar heating air + production of fully automatic machined turbine blades with the same diameter of each section and fitted bolt assembly turbine in 3 stages with heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with 4 stages of mating bolt assembly turbines and heat pumps with the rotor blades of the turbine capable of compression thermal energy and cold energy production + fully automatic processing of the solar heating air with the same diameter and substantially the same shape .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy preservation cycle combination that installed the bolt assembly turbine with the heat pump in 5 stages with the same size of the diameter and the same diameter for each stage of turbine blade group capable of compression thermal energy and cold energy + fully automatic processing of solar heating air organ.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with heat buildup of solar heating air and compression / thermal heat production + Turbine rotor blade group of approximately the same diameter with the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with heat buildup of solar heating air and compression heat and cold heat + Turbine rotor blade group with the same diameter and approximately the same shape for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Various heat preservation cycle coalescing engines equipped with 8 stages of mating bolt assembly turbines and heat pumps with the same size and almost same shape of the moving blades of the turbine with fully heated and compressed heat and cold heat + fully automatic processing of turbines .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Heat buildup of solar heating air by compression heat and cold heat + fully automatic machined turbine blades of the same diameter for each section with the same diameter and almost same shape bolt assembly turbine combined with various types of energy storage cycle combined with heat pump in 9 stages organ.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Various energy storage cycles with 10 stages of mating bolt assembly turbines and heat pumps, with the buckets of the turbines capable of compression thermal energy and cold heat production + fully automatic processing of the solar heating air and having the same diameter approximately the same shape Coalition agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Various energy storage cycle combined engines with heat and cold heat production of solar heating air + heat and cold energy of the heat + turbines and blades of the same diameter for each stage and fitting bolt assembly turbine provided with heat pump in one stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Various energy storage cycle coalescing engines equipped with heat and cold heat production for solar heating air + heat and cold for heat generation + turbine blades with the same diameter of each section and fitted bolt assembly turbine in two stages with heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with heat and cold heat production of solar heating air + production of fully automatic machined turbine blades with the same diameter of each section and fitted bolt assembly turbine in 3 stages with heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with 4 stages of mating bolt assembly turbines and heat pumps with the rotor blades of the turbine capable of compression thermal energy and cold energy production + fully automatic processing of the solar heating air with the same diameter and substantially the same shape .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy preservation cycle combination that installed the bolt assembly turbine with the heat pump in 5 stages with the same size of the diameter and the same diameter for each stage of turbine blade group capable of compression thermal energy and cold energy + fully automatic processing of solar heating air organ.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with heat buildup of solar heating air and compression / thermal heat production + Turbine rotor blade group of approximately the same diameter with the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with heat buildup of solar heating air and compression heat and cold heat + Turbine rotor blade group with the same diameter and approximately the same shape for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation + additional thrust bearing + solar heat air compressed and heated by heat + cold heat + fully-automatically processable turbine blade of the same diameter for each paragraph The various energy preservation cycle united engine provided in 8 stages with.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic floating + additional thrust bearing + solar light heating air compression thermal and cold heat production + fully automatic processing turbine blade group of the same diameter for each stage approximately the same diameter heat the mating bolt assembly turbine Various energy storage cycle combined engines provided in 9 stages with pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic floating + additional thrust bearing + solar heat air compressed and heated by heat + cold heat production + fully automatic processing The moving blade group of the turbine can have the same diameter and diameter for each stage and the bolt assembly turbine Various energy storage cycle combined engines provided in 10 stages with heat pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation + additional thrust bearing + solar heat air for compression thermal and cold heat production + turbine rotor blade group with the same diameter and shape for each stage bolt assembly turbine with heat pump in one stage Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation + additional thrust bearing + solar heat air for compression thermal and cold heat production + turbine blade group with the same diameter for each stage and bolt assembly turbine in two stages with heat pump Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Drive + Hydraulic Levitation + Additional Thrust Bearing + Solar Heated Air Compression Heat and Cold Heat Production + Fully Automatic Processable Turbine Rotatable Rotor Blades of Each Stage with Same Diameter Same Shape for Each Bolt Assembly Bolt Assembly Turbine Various energy storage cycle combined engines provided in 3 stages with heat pumps.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Drive + Hydraulic Levitation + Additional Thrust Bearing + Solar Heated Air Compressive Thermal and Cold Heat Production + Fully Automatic Processable Turbine Rotatable Blade Group of Each Stage with Same Diameter Same Fitting Bolt Assembly Turbine A variety of energy storage cycle coalescing engines provided in four stages with heat pumps.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Force Drive + Hydraulic Levitation + Additional Thrust Bearing + Solar Heated Air Compressive Heat and Cold Heat Production + Fully Automatic Machining of Turbine Blades with Equal Diameters for Each Stage and Fitting Bolt Assembly Various energy storage cycle combined engines with turbines provided in 5 stages with heat pumps.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + solar heat air compressed heat and cold heat production + turbine rotor blade group with the same diameter and diameter for each stage with bolt assembly turbine with heat pump 6 Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + solar heat air compressed heat and cold heat production + turbine rotor blade group with the same diameter almost same shape every stage 7 together with heat pump with heat pump Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with 8 stages of mating bolt assembly turbines and heat pumps, with solar heating air compressed and produced by heat and cold heat + moving blade group of fully automatically processable turbines with the same diameter and shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with heat and cold heat production of solar heating air + fully automatic processing of the turbine blades of the turbine which can be machined with the same diameter and the same diameter for each stage. .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle combinations including 10 sets of mating bolt assembly turbines and heat pumps, with the buckets of the turbines capable of compression thermal energy and cold energy production + fully automatic processing of the solar heating air and having the same diameter and substantially the same shape organ.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines in which the solar heating air is compressed thermal and cold heat production + turbine rotor blade groups have the same diameter and the same shape in each stage, and the bolt assembly turbine is provided in one stage with the heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines, in which the solar heating air is compressed thermal and cold heat production + the turbine blade group has the same diameter and the same shape in each stage, and the bolt assembly turbine is provided in two stages with the heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Various energy storage cycle coalescing engines equipped with 3 stages of mating bolt assembly turbines and heat pumps with the same size and approximately the same diameter of the moving blades of the turbine with fully heated and compressed heat and cold heat + fully automatic processing of turbines .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Heat buildup of solar heating air by compression heat and cold heat + turbine assembly of fully automatable turbine with the same diameter and diameter with the same diameter for each stage. organ.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Various heat preservation cycles where the rotor blade group of the turbine that can compress and heat and cool the solar heating air + can be fully automated and has the same diameter and shape with the same diameter for each stage is provided in 5 stages with the heat pump Coalition agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + + Various types of energy storage cycle coalescing engines equipped with heat and cold heat production of solar heating air + heat exchangers of turbines with the same diameter of turbine rotors, and fitted with bolt assembly turbines and heat pumps in six stages.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + + Various types of energy storage cycle coalescing engines equipped with heat and cold heat production of solar heating air + heat and cold energy + turbine blade groups of approximately the same diameter for each stage, fitted bolt assembly turbine and heat pump in seven stages.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with 8 stages of mating bolt assembly turbines and heat pumps, with solar heating air compressed and produced by heat and cold heat + moving blade group of fully automatically processable turbines with the same diameter and shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with heat and cold heat production of solar heating air + fully automatic processing of the turbine blades of the turbine which can be machined with the same diameter and the same diameter for each stage. .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle combinations including 10 sets of mating bolt assembly turbines and heat pumps, with the buckets of the turbines capable of compression thermal energy and cold energy production + fully automatic processing of the solar heating air and having the same diameter and substantially the same shape organ.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines in which the solar heating air is compressed thermal and cold heat production + turbine rotor blade groups have the same diameter and the same shape in each stage, and the bolt assembly turbine is provided in one stage with the heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines, in which the solar heating air is compressed thermal and cold heat production + the turbine blade group has the same diameter and the same shape in each stage, and the bolt assembly turbine is provided in two stages with the heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation + additional thrust bearing + solar heat air compressed and heated by heat + cold heat + fully-automatically processable turbine blade of the same diameter for each paragraph And various energy conservation cycle combined engines provided in 3 stages.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic floating + additional thrust bearing + solar light heating air compression thermal and cold heat production + fully automatic processing turbine blade group of the same diameter for each stage approximately the same diameter heat the mating bolt assembly turbine Various energy storage cycle combined engines provided in 4 stages with pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic floating + additional thrust bearing + solar heat air compressed and heated by heat + cold heat production + fully automatic processing The moving blade group of the turbine can have the same diameter and diameter for each stage and the bolt assembly turbine Various energy storage cycle combined engines provided in 5 stages with heat pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic floating + additional thrust bearing + solar heat air for compression thermal and cold heat production + turbine rotor blade group with the same diameter and shape for each stage bolt assembly turbine 6 stages with heat pump Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation + additional thrust bearing + solar heat air for compression thermal and cold heat production + turbine turbine blade group with the same diameter and shape for each stage bolt assembly turbine with heat pump in 7 stages Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Drive + Hydraulic Levitation + Additional Thrust Bearing + Solar Heated Air Compression Heat and Cold Heat Production + Fully Automatic Processable Turbine Rotatable Rotor Blades of Each Stage with Same Diameter Same Shape for Each Bolt Assembly Bolt Assembly Turbine Various energy storage cycle combined engines provided in 8 stages with heat pumps.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Drive + Hydraulic Levitation + Additional Thrust Bearing + Solar Heated Air Compressive Thermal and Cold Heat Production + Fully Automatic Processable Turbine Rotatable Blade Group of Each Stage with Same Diameter Same Fitting Bolt Assembly Turbine A variety of energy storage cycle combined engine provided in 9 stages with a heat pump.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Force Drive + Hydraulic Levitation + Additional Thrust Bearing + Solar Heated Air Compressive Heat and Cold Heat Production + Fully Automatic Machining of Turbine Blades with Equal Diameters for Each Stage and Fitting Bolt Assembly A variety of energy storage cycle combined engines with 10 stages of turbines and heat pumps.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + solar heat air compressed heat and cold heat production + turbine rotor blade group with the same diameter and diameter for each stage with bolt assembly turbine with heat pump 1 Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + solar heat air compressed and heat produced + compression + heat transfer of turbine blades with same diameter for each stage-bolt assembly turbine with heat pump 2 Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with heat and cold heat production of solar heating air + production of fully automatic machined turbine blades with the same diameter of each section and fitted bolt assembly turbine in 3 stages with heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with 4 stages of mating bolt assembly turbines and heat pumps with the rotor blades of the turbine capable of compression thermal energy and cold energy production + fully automatic processing of the solar heating air with the same diameter and substantially the same shape .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy preservation cycle combination that installed the bolt assembly turbine with the heat pump in 5 stages with the same size of the diameter and the same diameter for each stage of turbine blade group capable of compression thermal energy and cold energy + fully automatic processing of solar heating air organ.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with heat buildup of solar heating air and compression / thermal heat production + Turbine rotor blade group of approximately the same diameter with the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with heat buildup of solar heating air and compression heat and cold heat + Turbine rotor blade group with the same diameter and approximately the same shape for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Various heat preservation cycle coalescing engines equipped with 8 stages of mating bolt assembly turbines and heat pumps with the same size and almost same shape of the moving blades of the turbine with fully heated and compressed heat and cold heat + fully automatic processing of turbines .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Heat buildup of solar heating air by compression heat and cold heat + fully automatic machined turbine blades of the same diameter for each section with the same diameter and almost same shape bolt assembly turbine combined with various types of energy storage cycle combined with heat pump in 9 stages organ.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Various energy storage cycles with 10 stages of mating bolt assembly turbines and heat pumps, with the buckets of the turbines capable of compression thermal energy and cold heat production + fully automatic processing of the solar heating air and having the same diameter approximately the same shape Coalition agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Various energy storage cycle combined engines with heat and cold heat production of solar heating air + heat and cold energy of the heat + turbines and blades of the same diameter for each stage and fitting bolt assembly turbine provided with heat pump in one stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Various energy storage cycle coalescing engines equipped with heat and cold heat production for solar heating air + heat and cold for heat generation + turbine blades with the same diameter of each section and fitted bolt assembly turbine in two stages with heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with heat and cold heat production of solar heating air + production of fully automatic machined turbine blades with the same diameter of each section and fitted bolt assembly turbine in 3 stages with heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with 4 stages of mating bolt assembly turbines and heat pumps with the rotor blades of the turbine capable of compression thermal energy and cold energy production + fully automatic processing of the solar heating air with the same diameter and substantially the same shape .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy preservation cycle combination that installed the bolt assembly turbine with the heat pump in 5 stages with the same size of the diameter and the same diameter for each stage of turbine blade group capable of compression thermal energy and cold energy + fully automatic processing of solar heating air organ.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with heat buildup of solar heating air and compression / thermal heat production + Turbine rotor blade group of approximately the same diameter with the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with heat buildup of solar heating air and compression heat and cold heat + Turbine rotor blade group with the same diameter and approximately the same shape for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation + additional thrust bearing + solar heat air compressed and heated by heat + cold heat + fully-automatically processable turbine blade of the same diameter for each paragraph The various energy preservation cycle united engine provided in 8 stages with.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic floating + additional thrust bearing + solar light heating air compression thermal and cold heat production + fully automatic processing turbine blade group of the same diameter for each stage approximately the same diameter heat the mating bolt assembly turbine Various energy storage cycle combined engines provided in 9 stages with pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic floating + additional thrust bearing + solar heat air compressed and heated by heat + cold heat production + fully automatic processing The moving blade group of the turbine can have the same diameter and diameter for each stage and the bolt assembly turbine Various energy storage cycle combined engines provided in 10 stages with heat pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation + additional thrust bearing + solar heat air for compression thermal and cold heat production + turbine rotor blade group with the same diameter and shape for each stage bolt assembly turbine with heat pump in one stage Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation + additional thrust bearing + solar heat air for compression thermal and cold heat production + turbine blade group with the same diameter for each stage and bolt assembly turbine in two stages with heat pump Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Drive + Hydraulic Levitation + Additional Thrust Bearing + Solar Heated Air Compression Heat and Cold Heat Production + Fully Automatic Processable Turbine Rotatable Rotor Blades of Each Stage with Same Diameter Same Shape for Each Bolt Assembly Bolt Assembly Turbine Various energy storage cycle combined engines provided in 3 stages with heat pumps.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Drive + Hydraulic Levitation + Additional Thrust Bearing + Solar Heated Air Compressive Thermal and Cold Heat Production + Fully Automatic Processable Turbine Rotatable Blade Group of Each Stage with Same Diameter Same Fitting Bolt Assembly Turbine A variety of energy storage cycle coalescing engines provided in four stages with heat pumps.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Force Drive + Hydraulic Levitation + Additional Thrust Bearing + Solar Heated Air Compressive Heat and Cold Heat Production + Fully Automatic Machining of Turbine Blades with Equal Diameters for Each Stage and Fitting Bolt Assembly Various energy storage cycle combined engines with turbines provided in 5 stages with heat pumps.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + solar heat air compressed heat and cold heat production + turbine rotor blade group with the same diameter and diameter for each stage with bolt assembly turbine with heat pump 6 Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + solar heat air compressed heat and cold heat production + turbine rotor blade group with the same diameter almost same shape every stage 7 together with heat pump with heat pump Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with 8 stages of mating bolt assembly turbines and heat pumps, with solar heating air compressed and produced by heat and cold heat + moving blade group of fully automatically processable turbines with the same diameter and shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with heat and cold heat production of solar heating air + fully automatic processing of the turbine blades of the turbine which can be machined with the same diameter and the same diameter for each stage. .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle combinations including 10 sets of mating bolt assembly turbines and heat pumps, with the buckets of the turbines capable of compression thermal energy and cold energy production + fully automatic processing of the solar heating air and having the same diameter and substantially the same shape organ.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines in which the solar heating air is compressed thermal and cold heat production + turbine rotor blade groups have the same diameter and the same shape in each stage, and the bolt assembly turbine is provided in one stage with the heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines, in which the solar heating air is compressed thermal and cold heat production + the turbine blade group has the same diameter and the same shape in each stage, and the bolt assembly turbine is provided in two stages with the heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Various energy storage cycle coalescing engines equipped with 3 stages of mating bolt assembly turbines and heat pumps with the same size and approximately the same diameter of the moving blades of the turbine with fully heated and compressed heat and cold heat + fully automatic processing of turbines .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Heat buildup of solar heating air by compression heat and cold heat + turbine assembly of fully automatable turbine with the same diameter and diameter with the same diameter for each stage. organ.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Various heat preservation cycles where the rotor blade group of the turbine that can compress and heat and cool the solar heating air + can be fully automated and has the same diameter and shape with the same diameter for each stage is provided in 5 stages with the heat pump Coalition agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + + Various types of energy storage cycle coalescing engines equipped with heat and cold heat production of solar heating air + heat exchangers of turbines with the same diameter of turbine rotors, and fitted with bolt assembly turbines and heat pumps in six stages.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + + Various types of energy storage cycle coalescing engines equipped with heat and cold heat production of solar heating air + heat and cold energy + turbine blade groups of approximately the same diameter for each stage, fitted bolt assembly turbine and heat pump in seven stages.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with 8 stages of mating bolt assembly turbines and heat pumps, with solar heating air compressed and produced by heat and cold heat + moving blade group of fully automatically processable turbines with the same diameter and shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with heat and cold heat production of solar heating air + fully automatic processing of the turbine blades of the turbine which can be machined with the same diameter and the same diameter for each stage. .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle combinations including 10 sets of mating bolt assembly turbines and heat pumps, with the buckets of the turbines capable of compression thermal energy and cold energy production + fully automatic processing of the solar heating air and having the same diameter and substantially the same shape organ.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines in which the solar heating air is compressed thermal and cold heat production + turbine rotor blade groups have the same diameter and the same shape in each stage, and the bolt assembly turbine is provided in one stage with the heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines, in which the solar heating air is compressed thermal and cold heat production + the turbine blade group has the same diameter and the same shape in each stage, and the bolt assembly turbine is provided in two stages with the heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation + additional thrust bearing + solar heat air compressed and heated by heat + cold heat + fully-automatically processable turbine blade of the same diameter for each paragraph And various energy conservation cycle combined engines provided in 3 stages.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic floating + additional thrust bearing + solar light heating air compression thermal and cold heat production + fully automatic processing turbine blade group of the same diameter for each stage approximately the same diameter heat the mating bolt assembly turbine Various energy storage cycle combined engines provided in 4 stages with pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic floating + additional thrust bearing + solar heat air compressed and heated by heat + cold heat production + fully automatic processing The moving blade group of the turbine can have the same diameter and diameter for each stage and the bolt assembly turbine Various energy storage cycle combined engines provided in 5 stages with heat pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic floating + additional thrust bearing + solar heat air for compression thermal and cold heat production + turbine rotor blade group with the same diameter and shape for each stage bolt assembly turbine 6 stages with heat pump Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation + additional thrust bearing + solar heat air for compression thermal and cold heat production + turbine turbine blade group with the same diameter and shape for each stage bolt assembly turbine with heat pump in 7 stages Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Drive + Hydraulic Levitation + Additional Thrust Bearing + Solar Heated Air Compression Heat and Cold Heat Production + Fully Automatic Processable Turbine Rotatable Rotor Blades of Each Stage with Same Diameter Same Shape for Each Bolt Assembly Bolt Assembly Turbine Various energy storage cycle combined engines provided in 8 stages with heat pumps.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Drive + Hydraulic Levitation + Additional Thrust Bearing + Solar Heated Air Compressive Thermal and Cold Heat Production + Fully Automatic Processable Turbine Rotatable Blade Group of Each Stage with Same Diameter Same Fitting Bolt Assembly Turbine A variety of energy storage cycle combined engine provided in 9 stages with a heat pump.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Force Drive + Hydraulic Levitation + Additional Thrust Bearing + Solar Heated Air Compressive Heat and Cold Heat Production + Fully Automatic Machining of Turbine Blades with Equal Diameters for Each Stage and Fitting Bolt Assembly A variety of energy storage cycle combined engines with 10 stages of turbines and heat pumps.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + solar heat air compressed heat and cold heat production + turbine rotor blade group with the same diameter and diameter for each stage with bolt assembly turbine with heat pump 1 Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + solar heat air compressed and heat produced + compression + heat transfer of turbine blades with same diameter for each stage-bolt assembly turbine with heat pump 2 Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with heat and cold heat production of solar heating air + production of fully automatic machined turbine blades with the same diameter of each section and fitted bolt assembly turbine in 3 stages with heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with 4 stages of mating bolt assembly turbines and heat pumps with the rotor blades of the turbine capable of compression thermal energy and cold energy production + fully automatic processing of the solar heating air with the same diameter and substantially the same shape .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy preservation cycle combination that installed the bolt assembly turbine with the heat pump in 5 stages with the same size of the diameter and the same diameter for each stage of turbine blade group capable of compression thermal energy and cold energy + fully automatic processing of solar heating air organ.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with heat buildup of solar heating air and compression / thermal heat production + Turbine rotor blade group of approximately the same diameter with the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with heat buildup of solar heating air and compression heat and cold heat + Turbine rotor blade group with the same diameter and approximately the same shape for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Various heat preservation cycle coalescing engines equipped with 8 stages of mating bolt assembly turbines and heat pumps with the same size and almost same shape of the moving blades of the turbine with fully heated and compressed heat and cold heat + fully automatic processing of turbines .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Heat buildup of solar heating air by compression heat and cold heat + fully automatic machined turbine blades of the same diameter for each section with the same diameter and almost same shape bolt assembly turbine combined with various types of energy storage cycle combined with heat pump in 9 stages organ.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Various energy storage cycles with 10 stages of mating bolt assembly turbines and heat pumps, with the buckets of the turbines capable of compression thermal energy and cold heat production + fully automatic processing of the solar heating air and having the same diameter approximately the same shape Coalition agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Various energy storage cycle combined engines with heat and cold heat production of solar heating air + heat and cold energy of the heat + turbines and blades of the same diameter for each stage and fitting bolt assembly turbine provided with heat pump in one stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Various energy storage cycle coalescing engines equipped with heat and cold heat production for solar heating air + heat and cold for heat generation + turbine blades with the same diameter of each section and fitted bolt assembly turbine in two stages with heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with heat and cold heat production of solar heating air + production of fully automatic machined turbine blades with the same diameter of each section and fitted bolt assembly turbine in 3 stages with heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with 4 stages of mating bolt assembly turbines and heat pumps with the rotor blades of the turbine capable of compression thermal energy and cold energy production + fully automatic processing of the solar heating air with the same diameter and substantially the same shape .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy preservation cycle combination that installed the bolt assembly turbine with the heat pump in 5 stages with the same size of the diameter and the same diameter for each stage of turbine blade group capable of compression thermal energy and cold energy + fully automatic processing of solar heating air organ.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with heat buildup of solar heating air and compression / thermal heat production + Turbine rotor blade group of approximately the same diameter with the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with heat buildup of solar heating air and compression heat and cold heat + Turbine rotor blade group with the same diameter and approximately the same shape for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation + additional thrust bearing + solar heat air compressed and heated by heat + cold heat + fully-automatically processable turbine blade of the same diameter for each paragraph The various energy preservation cycle united engine provided in 8 stages with.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic floating + additional thrust bearing + solar light heating air compression thermal and cold heat production + fully automatic processing turbine blade group of the same diameter for each stage approximately the same diameter heat the mating bolt assembly turbine Various energy storage cycle combined engines provided in 9 stages with pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic floating + additional thrust bearing + solar heat air compressed and heated by heat + cold heat production + fully automatic processing The moving blade group of the turbine can have the same diameter and diameter for each stage and the bolt assembly turbine Various energy storage cycle combined engines provided in 10 stages with heat pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation + additional thrust bearing + solar heat air for compression thermal and cold heat production + turbine rotor blade group with the same diameter and shape for each stage bolt assembly turbine with heat pump in one stage Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation + additional thrust bearing + solar heat air for compression thermal and cold heat production + turbine blade group with the same diameter for each stage and bolt assembly turbine in two stages with heat pump Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Drive + Hydraulic Levitation + Additional Thrust Bearing + Solar Heated Air Compression Heat and Cold Heat Production + Fully Automatic Processable Turbine Rotatable Rotor Blades of Each Stage with Same Diameter Same Shape for Each Bolt Assembly Bolt Assembly Turbine Various energy storage cycle combined engines provided in 3 stages with heat pumps.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Drive + Hydraulic Levitation + Additional Thrust Bearing + Solar Heated Air Compressive Thermal and Cold Heat Production + Fully Automatic Processable Turbine Rotatable Blade Group of Each Stage with Same Diameter Same Fitting Bolt Assembly Turbine A variety of energy storage cycle coalescing engines provided in four stages with heat pumps.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Force Drive + Hydraulic Levitation + Additional Thrust Bearing + Solar Heated Air Compressive Heat and Cold Heat Production + Fully Automatic Machining of Turbine Blades with Equal Diameters for Each Stage and Fitting Bolt Assembly Various energy storage cycle combined engines with turbines provided in 5 stages with heat pumps.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + solar heat air compressed heat and cold heat production + turbine rotor blade group with the same diameter and diameter for each stage with bolt assembly turbine with heat pump 6 Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + solar heat air compressed heat and cold heat production + turbine rotor blade group with the same diameter almost same shape every stage 7 together with heat pump with heat pump Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + structure and method of accelerating metal ball mercury + intake air path length lens and sunlight Heat and cold manufacture at + + hydraulic floating levitation + additional thrust bearing + solar heat air compressed and heat produced + thermal processing + fully automatic processable turbine blade group with the same diameter approximately the same shape for every paragraph mating bolt assembly turbine Various energy storage cycle combined engines provided in 8 stages with heat pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + structure and method of accelerating metal ball mercury + intake air path length lens and sunlight Heat and cold manufacture at + + hydraulic levitation levitation + additional thrust bearing + solar heat air compressed and heat generation + thermal processing + fully automatic processable turbine blade group with the same diameter almost the same shape for each stage A variety of energy storage cycle combined engine provided in 9 stages with a heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + structure and method of accelerating metal ball mercury + intake air path length lens and sunlight Heat and cold heat production in + + floating floating additional thrust bearing + solar heat air compressed and heat and heat production + turbine blade group capable of fully automatic processing with the same diameter of the same diameter for each paragraph-mating bolt assembly A variety of energy storage cycle combined engines with 10 stages of turbines and heat pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + structure and method of accelerating metal ball mercury + intake air path length lens and sunlight Heat and cold heat production in + heat float with additional thrust bearing + solar heat air compressed heat and cold heat production + turbine rotor blade group with the same diameter of the same diameter for each stage bolt assembly turbine with heat pump 1 Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + structure and method of accelerating metal ball mercury + intake air path length lens and sunlight Heat and cold heat production in + heat float with additional thrust bearing + solar heat air compressed heat and cold heat production + turbine rotor blade group with the same diameter of the same diameter for each stage bolt assembly turbine with heat pump 2 Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + structure and method of accelerating metal ball mercury + intake air path length lens and sunlight Heat and cold manufacture at + + hydraulic floating levitation + additional thrust bearing + solar heat air compressed and heat produced + thermal processing + fully automatic processable turbine blade group with the same diameter approximately the same shape for every paragraph mating bolt assembly turbine Various energy storage cycle combined engines provided in 3 stages with heat pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + structure and method of accelerating metal ball mercury + intake air path length lens and sunlight Heat and cold manufacture at + + hydraulic levitation levitation + additional thrust bearing + solar heat air compressed and heat generation + thermal processing + fully automatic processable turbine blade group with the same diameter almost the same shape for each stage A variety of energy storage cycle coalescing engines provided in four stages with heat pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + structure and method of accelerating metal ball mercury + intake air path length lens and sunlight Heat and cold heat production in + + floating floating additional thrust bearing + solar heat air compressed and heat and heat production + turbine blade group capable of fully automatic processing with the same diameter of the same diameter for each paragraph-mating bolt assembly Various energy storage cycle combined engines with turbines provided in 5 stages with heat pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + structure and method of accelerating metal ball mercury + intake air path length lens and sunlight Heat and cold heat production in + heat float with additional thrust bearing + solar heat air compressed heat and cold heat production + turbine rotor blade group with the same diameter of the same diameter for each stage bolt assembly turbine with heat pump 6 Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + structure and method of accelerating metal ball mercury + intake air path length lens and sunlight Heat and cold heat production in + heat float with additional thrust bearing + solar heat air compressed heat and cold heat production + turbine rotor blade group with the same diameter approximately the same shape for each stage bolt assembly turbine with heat pump 7 Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force drive + Hydraulic levitation + additional thrust bearing + solar heat air compressed and heat produced by thermal air + fully automatic machineable turbine blade group with the same diameter for each paragraph Various energy storage cycle combined engines provided in 8 stages with pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force drive + hydraulic levitation + additional thrust bearing + solar heat air compressed and heat produced by thermal air + fully automatic machined turbine blade group with the same diameter for each stage-bolt assembly turbine Various energy storage cycle combined engines provided in 9 stages with heat pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation + additional thrust bearing + solar heat air compressed and heated by heat + cold heat production + fully automatic processing The moving blade group of the turbine can be the same diameter for each paragraph and the same shape is fitted bolt assembled turbine Various energy storage cycle united engines provided in 10 stages with a heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + solar heat air compressed and heat and cold heat production + turbine rotor blade group with the same diameter and diameter for each stage 1 assembly of bolt assembly turbine with heat pump The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + solar heat air compression and heat and cold heat production + turbine rotor blade group with the same diameter and substantially the same shape for every stage 2 stages of bolt assembly turbine with heat pump The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force drive + Hydraulic levitation + additional thrust bearing + solar heat air compressed and heat produced by thermal air + fully automatic machineable turbine blade group with the same diameter for each paragraph Various energy storage cycle combined engines provided in 3 stages with pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force drive + Hydraulic levitation + additional thrust bearing + solar heat air compressed and heat produced by thermal air + fully automatic machineable turbine blade group with the same diameter for each paragraph Various energy storage cycle combined engines provided in 4 stages with pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force drive + Hydraulic levitation + additional thrust bearing + solar heat air compressed and heat produced by thermal air + fully automatic machineable turbine blade group with the same diameter for each paragraph Various energy storage cycle combined engines provided in 5 stages with pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force drive + Hydraulic levitation + additional thrust bearing + solar heat air compressed and heat produced by thermal air + fully automatic machineable turbine blade group with the same diameter for each paragraph Various energy storage cycle combined engines provided in 6 stages with pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force drive + Hydraulic levitation + additional thrust bearing + solar heat air compressed and heat produced by thermal air + fully automatic machineable turbine blade group with the same diameter for each paragraph Various energy storage cycle combined engines provided in 7 stages with pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force drive + hydraulic levitation + additional thrust bearing + solar heat air compressed and heat produced by thermal air + fully automatic machined turbine blade group with the same diameter for each stage-bolt assembly turbine Various energy storage cycle combined engines provided in 8 stages with heat pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force drive + hydraulic levitation + additional thrust bearing + solar heat air compressed and heat produced by thermal air + fully automatic machined turbine blade group with the same diameter for each stage-bolt assembly turbine Various energy storage cycle combined engines provided in 9 stages with heat pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force drive + hydraulic levitation + additional thrust bearing + solar heat air compressed and heat produced by thermal air + fully automatic machined turbine blade group with the same diameter for each stage-bolt assembly turbine Various energy storage cycle combined engines provided in 10 stages with heat pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force drive + hydraulic levitation + additional thrust bearing + solar heat air compressed and heat produced by thermal air + fully automatic machined turbine blade group with the same diameter for each stage-bolt assembly turbine Various energy storage cycle combined engines provided in one stage with heat pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force drive + hydraulic levitation + additional thrust bearing + solar heat air compressed and heat produced by thermal air + fully automatic machined turbine blade group with the same diameter for each stage-bolt assembly turbine Various energy storage cycle combined engines provided in two stages with heat pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation + additional thrust bearing + solar heat air compressed and heated by heat + cold heat production + fully automatic processing The moving blade group of the turbine can be the same diameter for each paragraph and the same shape is fitted bolt assembled turbine Various energy storage cycle combined engine which was provided in 3 stages with a heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation + additional thrust bearing + solar heat air compressed and heated by heat + cold heat production + fully automatic processing The moving blade group of the turbine can be the same diameter for each paragraph and the same shape is fitted bolt assembled turbine A variety of energy storage cycle coalescing engines provided in four stages with heat pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation + additional thrust bearing + solar heat air compressed and heated by heat + cold heat production + fully automatic processing The moving blade group of the turbine can be the same diameter for each paragraph and the same shape is fitted bolt assembled turbine Various energy storage cycle combined engine which was provided in 5 stages with a heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation + additional thrust bearing + solar heat air compressed and heated by heat + cold heat production + fully automatic processing The moving blade group of the turbine can be the same diameter for each paragraph and the same shape is fitted bolt assembled turbine A variety of energy storage cycle coalescing engines provided in six stages with heat pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation + additional thrust bearing + solar heat air compressed and heated by heat + cold heat production + fully automatic processing The moving blade group of the turbine can be the same diameter for each paragraph and the same shape is fitted bolt assembled turbine A variety of energy storage cycle coalescing engine provided in 7 stages with a heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force drive + Hydraulic levitation + additional thrust bearing + solar heat air compressed and heat produced by thermal air + turbine blade group with the same diameter for each stage-bolt assembly turbine 8 stages with heat pump The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + solar heat air compressed and heat and cold heat produced + turbine rotor blade group with the same diameter and substantially the same shape for each stage 9 stages of bolt assembly turbine with heat pump The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + solar heat air compressed and heat and cold heat produced + turbine rotor blade group with the same diameter and substantially the same shape for each stage 10 stages of bolt assembly turbine with heat pump The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + solar heat air compressed and heat and cold heat production + turbine rotor blade group with the same diameter and diameter for each stage 1 assembly of bolt assembly turbine with heat pump The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + solar heat air compression and heat and cold heat production + turbine rotor blade group with the same diameter and substantially the same shape for every stage 2 stages of bolt assembly turbine with heat pump The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force drive + Hydraulic levitation + additional thrust bearing + solar heat air compressed and heat produced by thermal air + turbine blade group with the same diameter for each stage-bolt assembly turbine 3 stages with heat pump The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + solar heat air compressed and heat and cold heat produced + turbine blade group of the same diameter for each stage substantially the same shape mating bolt assembly turbine 4 stages with heat pump The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force drive + hydraulic levitation + additional thrust bearing + solar heat air compressed and heat produced by thermal air + turbine rotor blade group with the same diameter of each stage and fitted bolt assembly turbine 5 stages with heat pump The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + solar heat air compressed and heat and cold heat production + turbine rotor blade group with the same diameter and substantially the same shape for each stage 6 stages of bolt assembly turbine with heat pump The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + solar heat air compression and heat and cold heat production + turbine blade group of the same diameter for each stage and mating bolt assembly turbine seven stages with heat pump The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force drive + hydraulic levitation levy additional thrust bearing + solar heat air for compression thermal and cold heat production + turbine rotor blade group with the same diameter almost same shape for every stage to make fitting bolt assembly and thrust for heat pump Various energy storage cycle combined engines installed in eight stages with bearings, bearings and square turbine outer box (77a).   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force drive + hydraulic levitation levy additional thrust bearing + solar heat air for compression thermal and cold heat production + turbine rotor blade group with the same diameter almost same shape for every stage to make fitting bolt assembly and thrust for heat pump Various energy storage cycle combined engines installed in 9 stages with bearings, bearings and square turbine outer box (77a).   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force drive + hydraulic levitation levy additional thrust bearing + solar heat air for compression thermal and cold heat production + turbine rotor blade group with the same diameter almost same shape for every stage to make fitting bolt assembly and thrust for heat pump Various energy storage cycle combined engines installed in 10 stages with bearings, bearings and square turbine outer box (77a).   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force drive + hydraulic levitation levy additional thrust bearing + solar heat air for compression thermal and cold heat production + turbine rotor blade group with the same diameter almost same shape for every stage to make fitting bolt assembly and thrust for heat pump Various energy storage cycle combined engines installed in a single stage with bearings, bearings and square turbine outer box (77a).   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force drive + hydraulic levitation levy additional thrust bearing + solar heat air for compression thermal and cold heat production + turbine rotor blade group with the same diameter almost same shape for every stage to make fitting bolt assembly and thrust for heat pump Various energy storage cycle combined engines installed in two stages with bearings, bearings and square turbine outer box (77a).   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + maximum gravity, sunlight and surface tension Limited use + Water jet rotatably mounted so that it can move up and down + Hydraulic floating levitation additional thrust bearing + Solar heat air compression and heat generation + Fully automatic machined turbine blade group of the same diameter for each stage A variety of energy storage cycle combined engines in which a mating bolt assembly turbine is installed in three stages with a heat pump in a substantially identical shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + maximum gravity, sunlight and surface tension Limited use + Water jet rotatably mounted so that it can move up and down + Hydraulic levitation additional thrust bearing installed + Solar heating air compressed and heat produced by heating air + Rotatable blade group of turbine capable of fully automatic processing A variety of energy storage cycle combined engines in which mating bolt assembly turbines and heat pumps are provided in four stages with roughly the same diameter.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + maximum gravity, sunlight and surface tension Limited use + Water jet rotatably mounted so that it can move up and down + Hydraulic levitation additional thrust bearing installed + Solar heating air compressed with heat and cold heat production + Turbine blade group capable of fully automatic processing at every stage A variety of energy storage cycle combined engines in which mating bolt assembly turbines and heat pumps are provided in five stages with approximately the same diameter and shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + maximum gravity, sunlight and surface tension Limited use + Water jet rotatably mounted so that it can move up and down + Hydraulic levitation additional thrust bearing + Solar heat air compressed heat and cold heat production + Turbine rotor blade group fitted with the same diameter and diameter A variety of energy storage cycle combined engines in which a double bolt assembly turbine is provided in six stages with a heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + maximum gravity, sunlight and surface tension Limited use + Water jet rotatably mounted so that it can move up and down + Hydraulic levitation additional thrust bearing + Solar heat air compressed heat and cold heat production + Turbine rotor blade group fitted with the same diameter and diameter A variety of energy storage cycle combined engines in which a combined bolt assembly turbine and a heat pump are provided in seven stages.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with 8 stages of mating bolt assembly turbines and heat pumps, with solar heating air compressed and produced by heat and cold heat + moving blade group of fully automatically processable turbines with the same diameter and shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with heat and cold heat production of solar heating air + fully automatic processing of the turbine blades of the turbine which can be machined with the same diameter and the same diameter for each stage. .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle combinations including 10 sets of mating bolt assembly turbines and heat pumps, with the buckets of the turbines capable of compression thermal energy and cold energy production + fully automatic processing of the solar heating air and having the same diameter and substantially the same shape organ.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines in which the solar heating air is compressed thermal and cold heat production + turbine rotor blade groups have the same diameter and the same shape in each stage, and the bolt assembly turbine is provided in one stage with the heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines, in which the solar heating air is compressed thermal and cold heat production + the turbine blade group has the same diameter and the same shape in each stage, and the bolt assembly turbine is provided in two stages with the heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Various energy storage cycle coalescing engines equipped with 3 stages of mating bolt assembly turbines and heat pumps with the same size and approximately the same diameter of the moving blades of the turbine with fully heated and compressed heat and cold heat + fully automatic processing of turbines .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Heat buildup of solar heating air by compression heat and cold heat + turbine assembly of fully automatable turbine with the same diameter and diameter with the same diameter for each stage. organ.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Various heat preservation cycles where the rotor blade group of the turbine that can compress and heat and cool the solar heating air + can be fully automated and has the same diameter and shape with the same diameter for each stage is provided in 5 stages with the heat pump Coalition agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + + Various types of energy storage cycle coalescing engines equipped with heat and cold heat production of solar heating air + heat exchangers of turbines with the same diameter of turbine rotors, and fitted with bolt assembly turbines and heat pumps in six stages.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + + Various types of energy storage cycle coalescing engines equipped with heat and cold heat production of solar heating air + heat and cold energy + turbine blade groups of approximately the same diameter for each stage, fitted bolt assembly turbine and heat pump in seven stages.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with 8 stages of mating bolt assembly turbines and heat pumps, with solar heating air compressed and produced by heat and cold heat + moving blade group of fully automatically processable turbines with the same diameter and shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with heat and cold heat production of solar heating air + fully automatic processing of the turbine blades of the turbine which can be machined with the same diameter and the same diameter for each stage. .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle combinations including 10 sets of mating bolt assembly turbines and heat pumps, with the buckets of the turbines capable of compression thermal energy and cold energy production + fully automatic processing of the solar heating air and having the same diameter and substantially the same shape organ.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines in which the solar heating air is compressed thermal and cold heat production + turbine rotor blade groups have the same diameter and the same shape in each stage, and the bolt assembly turbine is provided in one stage with the heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines, in which the solar heating air is compressed thermal and cold heat production + the turbine blade group has the same diameter and the same shape in each stage, and the bolt assembly turbine is provided in two stages with the heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation + additional thrust bearing + solar heat air compressed and heated by heat + cold heat + fully-automatically processable turbine blade of the same diameter for each paragraph And various energy conservation cycle combined engines provided in 3 stages.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic floating + additional thrust bearing + solar light heating air compression thermal and cold heat production + fully automatic processing turbine blade group of the same diameter for each stage approximately the same diameter heat the mating bolt assembly turbine Various energy storage cycle combined engines provided in 4 stages with pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic floating + additional thrust bearing + solar heat air compressed and heated by heat + cold heat production + fully automatic processing The moving blade group of the turbine can have the same diameter and diameter for each stage and the bolt assembly turbine Various energy storage cycle combined engines provided in 5 stages with heat pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic floating + additional thrust bearing + solar heat air for compression thermal and cold heat production + turbine rotor blade group with the same diameter and shape for each stage bolt assembly turbine 6 stages with heat pump Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation + additional thrust bearing + solar heat air for compression thermal and cold heat production + turbine turbine blade group with the same diameter and shape for each stage bolt assembly turbine with heat pump in 7 stages Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Drive + Hydraulic Levitation + Additional Thrust Bearing + Solar Heated Air Compression Heat and Cold Heat Production + Fully Automatic Processable Turbine Rotatable Rotor Blades of Each Stage with Same Diameter Same Shape for Each Bolt Assembly Bolt Assembly Turbine Various energy storage cycle combined engines provided in 8 stages with heat pumps.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Drive + Hydraulic Levitation + Additional Thrust Bearing + Solar Heated Air Compressive Thermal and Cold Heat Production + Fully Automatic Processable Turbine Rotatable Blade Group of Each Stage with Same Diameter Same Fitting Bolt Assembly Turbine A variety of energy storage cycle combined engine provided in 9 stages with a heat pump.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Force Drive + Hydraulic Levitation + Additional Thrust Bearing + Solar Heated Air Compressive Heat and Cold Heat Production + Fully Automatic Machining of Turbine Blades with Equal Diameters for Each Stage and Fitting Bolt Assembly A variety of energy storage cycle combined engines with 10 stages of turbines and heat pumps.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + solar heat air compressed heat and cold heat production + turbine rotor blade group with the same diameter and diameter for each stage with bolt assembly turbine with heat pump 1 Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + solar heat air compressed and heat produced + compression + heat transfer of turbine blades with same diameter for each stage-bolt assembly turbine with heat pump 2 Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with heat and cold heat production of solar heating air + production of fully automatic machined turbine blades with the same diameter of each section and fitted bolt assembly turbine in 3 stages with heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with 4 stages of mating bolt assembly turbines and heat pumps with the rotor blades of the turbine capable of compression thermal energy and cold energy production + fully automatic processing of the solar heating air with the same diameter and substantially the same shape .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy preservation cycle combination that installed the bolt assembly turbine with the heat pump in 5 stages with the same size of the diameter and the same diameter for each stage of turbine blade group capable of compression thermal energy and cold energy + fully automatic processing of solar heating air organ.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with heat buildup of solar heating air and compression / thermal heat production + Turbine rotor blade group of approximately the same diameter with the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with heat buildup of solar heating air and compression heat and cold heat + Turbine rotor blade group with the same diameter and approximately the same shape for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Various heat preservation cycle coalescing engines equipped with 8 stages of mating bolt assembly turbines and heat pumps with the same size and almost same shape of the moving blades of the turbine with fully heated and compressed heat and cold heat + fully automatic processing of turbines .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Heat buildup of solar heating air by compression heat and cold heat + fully automatic machined turbine blades of the same diameter for each section with the same diameter and almost same shape bolt assembly turbine combined with various types of energy storage cycle combined with heat pump in 9 stages organ.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Various energy storage cycles with 10 stages of mating bolt assembly turbines and heat pumps, with the buckets of the turbines capable of compression thermal energy and cold heat production + fully automatic processing of the solar heating air and having the same diameter approximately the same shape Coalition agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Various energy storage cycle combined engines with heat and cold heat production of solar heating air + heat and cold energy of the heat + turbines and blades of the same diameter for each stage and fitting bolt assembly turbine provided with heat pump in one stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Various energy storage cycle coalescing engines equipped with heat and cold heat production for solar heating air + heat and cold for heat generation + turbine blades with the same diameter of each section and fitted bolt assembly turbine in two stages with heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with heat and cold heat production of solar heating air + production of fully automatic machined turbine blades with the same diameter of each section and fitted bolt assembly turbine in 3 stages with heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with 4 stages of mating bolt assembly turbines and heat pumps with the rotor blades of the turbine capable of compression thermal energy and cold energy production + fully automatic processing of the solar heating air with the same diameter and substantially the same shape .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy preservation cycle combination that installed the bolt assembly turbine with the heat pump in 5 stages with the same size of the diameter and the same diameter for each stage of turbine blade group capable of compression thermal energy and cold energy + fully automatic processing of solar heating air organ.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with heat buildup of solar heating air and compression / thermal heat production + Turbine rotor blade group of approximately the same diameter with the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with heat buildup of solar heating air and compression heat and cold heat + Turbine rotor blade group with the same diameter and approximately the same shape for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation + additional thrust bearing + solar heat air compressed and heated by heat + cold heat + fully-automatically processable turbine blade of the same diameter for each paragraph The various energy preservation cycle united engine provided in 8 stages with.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic floating + additional thrust bearing + solar light heating air compression thermal and cold heat production + fully automatic processing turbine blade group of the same diameter for each stage approximately the same diameter heat the mating bolt assembly turbine Various energy storage cycle combined engines provided in 9 stages with pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic floating + additional thrust bearing + solar heat air compressed and heated by heat + cold heat production + fully automatic processing The moving blade group of the turbine can have the same diameter and diameter for each stage and the bolt assembly turbine Various energy storage cycle combined engines provided in 10 stages with heat pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation + additional thrust bearing + solar heat air for compression thermal and cold heat production + turbine rotor blade group with the same diameter and shape for each stage bolt assembly turbine with heat pump in one stage Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation + additional thrust bearing + solar heat air for compression thermal and cold heat production + turbine blade group with the same diameter for each stage and bolt assembly turbine in two stages with heat pump Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Drive + Hydraulic Levitation + Additional Thrust Bearing + Solar Heated Air Compression Heat and Cold Heat Production + Fully Automatic Processable Turbine Rotatable Rotor Blades of Each Stage with Same Diameter Same Shape for Each Bolt Assembly Bolt Assembly Turbine Various energy storage cycle combined engines provided in 3 stages with heat pumps.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Drive + Hydraulic Levitation + Additional Thrust Bearing + Solar Heated Air Compressive Thermal and Cold Heat Production + Fully Automatic Processable Turbine Rotatable Blade Group of Each Stage with Same Diameter Same Fitting Bolt Assembly Turbine A variety of energy storage cycle coalescing engines provided in four stages with heat pumps.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Force Drive + Hydraulic Levitation + Additional Thrust Bearing + Solar Heated Air Compressive Heat and Cold Heat Production + Fully Automatic Machining of Turbine Blades with Equal Diameters for Each Stage and Fitting Bolt Assembly Various energy storage cycle combined engines with turbines provided in 5 stages with heat pumps.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + solar heat air compressed heat and cold heat production + turbine rotor blade group with the same diameter and diameter for each stage with bolt assembly turbine with heat pump 6 Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + solar heat air compressed heat and cold heat production + turbine rotor blade group with the same diameter almost same shape every stage 7 together with heat pump with heat pump Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with 8 stages of mating bolt assembly turbines and heat pumps, with solar heating air compressed and produced by heat and cold heat + moving blade group of fully automatically processable turbines with the same diameter and shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with heat and cold heat production of solar heating air + fully automatic processing of the turbine blades of the turbine which can be machined with the same diameter and the same diameter for each stage. .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle combinations including 10 sets of mating bolt assembly turbines and heat pumps, with the buckets of the turbines capable of compression thermal energy and cold energy production + fully automatic processing of the solar heating air and having the same diameter and substantially the same shape organ.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines in which the solar heating air is compressed thermal and cold heat production + turbine rotor blade groups have the same diameter and the same shape in each stage, and the bolt assembly turbine is provided in one stage with the heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines, in which the solar heating air is compressed thermal and cold heat production + the turbine blade group has the same diameter and the same shape in each stage, and the bolt assembly turbine is provided in two stages with the heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Various energy storage cycle coalescing engines equipped with 3 stages of mating bolt assembly turbines and heat pumps with the same size and approximately the same diameter of the moving blades of the turbine with fully heated and compressed heat and cold heat + fully automatic processing of turbines .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Heat buildup of solar heating air by compression heat and cold heat + turbine assembly of fully automatable turbine with the same diameter and diameter with the same diameter for each stage. organ.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Various heat preservation cycles where the rotor blade group of the turbine that can compress and heat and cool the solar heating air + can be fully automated and has the same diameter and shape with the same diameter for each stage is provided in 5 stages with the heat pump Coalition agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + + Various types of energy storage cycle coalescing engines equipped with heat and cold heat production of solar heating air + heat exchangers of turbines with the same diameter of turbine rotors, and fitted with bolt assembly turbines and heat pumps in six stages.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + + Various types of energy storage cycle coalescing engines equipped with heat and cold heat production of solar heating air + heat and cold energy + turbine blade groups of approximately the same diameter for each stage, fitted bolt assembly turbine and heat pump in seven stages.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with 8 stages of mating bolt assembly turbines and heat pumps, with solar heating air compressed and produced by heat and cold heat + moving blade group of fully automatically processable turbines with the same diameter and shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with heat and cold heat production of solar heating air + fully automatic processing of the turbine blades of the turbine which can be machined with the same diameter and the same diameter for each stage. .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle combinations including 10 sets of mating bolt assembly turbines and heat pumps, with the buckets of the turbines capable of compression thermal energy and cold energy production + fully automatic processing of the solar heating air and having the same diameter and substantially the same shape organ.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines in which the solar heating air is compressed thermal and cold heat production + turbine rotor blade groups have the same diameter and the same shape in each stage, and the bolt assembly turbine is provided in one stage with the heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines, in which the solar heating air is compressed thermal and cold heat production + the turbine blade group has the same diameter and the same shape in each stage, and the bolt assembly turbine is provided in two stages with the heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation + additional thrust bearing + solar heat air compressed and heated by heat + cold heat + fully-automatically processable turbine blade of the same diameter for each paragraph And various energy conservation cycle combined engines provided in 3 stages.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic floating + additional thrust bearing + solar light heating air compression thermal and cold heat production + fully automatic processing turbine blade group of the same diameter for each stage approximately the same diameter heat the mating bolt assembly turbine Various energy storage cycle combined engines provided in 4 stages with pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic floating + additional thrust bearing + solar heat air compressed and heated by heat + cold heat production + fully automatic processing The moving blade group of the turbine can have the same diameter and diameter for each stage and the bolt assembly turbine Various energy storage cycle combined engines provided in 5 stages with heat pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic floating + additional thrust bearing + solar heat air for compression thermal and cold heat production + turbine rotor blade group with the same diameter and shape for each stage bolt assembly turbine 6 stages with heat pump Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation + additional thrust bearing + solar heat air for compression thermal and cold heat production + turbine turbine blade group with the same diameter and shape for each stage bolt assembly turbine with heat pump in 7 stages Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Drive + Hydraulic Levitation + Additional Thrust Bearing + Solar Heated Air Compression Heat and Cold Heat Production + Fully Automatic Processable Turbine Rotatable Rotor Blades of Each Stage with Same Diameter Same Shape for Each Bolt Assembly Bolt Assembly Turbine Various energy storage cycle combined engines provided in 8 stages with heat pumps.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Drive + Hydraulic Levitation + Additional Thrust Bearing + Solar Heated Air Compressive Thermal and Cold Heat Production + Fully Automatic Processable Turbine Rotatable Blade Group of Each Stage with Same Diameter Same Fitting Bolt Assembly Turbine A variety of energy storage cycle combined engine provided in 9 stages with a heat pump.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Force Drive + Hydraulic Levitation + Additional Thrust Bearing + Solar Heated Air Compressive Heat and Cold Heat Production + Fully Automatic Machining of Turbine Blades with Equal Diameters for Each Stage and Fitting Bolt Assembly A variety of energy storage cycle combined engines with 10 stages of turbines and heat pumps.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + solar heat air compressed heat and cold heat production + turbine rotor blade group with the same diameter and diameter for each stage with bolt assembly turbine with heat pump 1 Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + solar heat air compressed and heat produced + compression + heat transfer of turbine blades with same diameter for each stage-bolt assembly turbine with heat pump 2 Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with heat and cold heat production of solar heating air + production of fully automatic machined turbine blades with the same diameter of each section and fitted bolt assembly turbine in 3 stages with heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with 4 stages of mating bolt assembly turbines and heat pumps with the rotor blades of the turbine capable of compression thermal energy and cold energy production + fully automatic processing of the solar heating air with the same diameter and substantially the same shape .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy preservation cycle combination that installed the bolt assembly turbine with the heat pump in 5 stages with the same size of the diameter and the same diameter for each stage of turbine blade group capable of compression thermal energy and cold energy + fully automatic processing of solar heating air organ.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with heat buildup of solar heating air and compression / thermal heat production + Turbine rotor blade group of approximately the same diameter with the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with heat buildup of solar heating air and compression heat and cold heat + Turbine rotor blade group with the same diameter and approximately the same shape for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Various heat preservation cycle coalescing engines equipped with 8 stages of mating bolt assembly turbines and heat pumps with the same size and almost same shape of the moving blades of the turbine with fully heated and compressed heat and cold heat + fully automatic processing of turbines .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Heat buildup of solar heating air by compression heat and cold heat + fully automatic machined turbine blades of the same diameter for each section with the same diameter and almost same shape bolt assembly turbine combined with various types of energy storage cycle combined with heat pump in 9 stages organ.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Various energy storage cycles with 10 stages of mating bolt assembly turbines and heat pumps, with the buckets of the turbines capable of compression thermal energy and cold heat production + fully automatic processing of the solar heating air and having the same diameter approximately the same shape Coalition agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Various energy storage cycle combined engines with heat and cold heat production of solar heating air + heat and cold energy of the heat + turbines and blades of the same diameter for each stage and fitting bolt assembly turbine provided with heat pump in one stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Various energy storage cycle coalescing engines equipped with heat and cold heat production for solar heating air + heat and cold for heat generation + turbine blades with the same diameter of each section and fitted bolt assembly turbine in two stages with heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with heat and cold heat production of solar heating air + production of fully automatic machined turbine blades with the same diameter of each section and fitted bolt assembly turbine in 3 stages with heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with 4 stages of mating bolt assembly turbines and heat pumps with the rotor blades of the turbine capable of compression thermal energy and cold energy production + fully automatic processing of the solar heating air with the same diameter and substantially the same shape .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy preservation cycle combination that installed the bolt assembly turbine with the heat pump in 5 stages with the same size of the diameter and the same diameter for each stage of turbine blade group capable of compression thermal energy and cold energy + fully automatic processing of solar heating air organ.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with heat buildup of solar heating air and compression / thermal heat production + Turbine rotor blade group of approximately the same diameter with the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with heat buildup of solar heating air and compression heat and cold heat + Turbine rotor blade group with the same diameter and approximately the same shape for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation + additional thrust bearing + solar heat air compressed and heated by heat + cold heat + fully-automatically processable turbine blade of the same diameter for each paragraph The various energy preservation cycle united engine provided in 8 stages with.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic floating + additional thrust bearing + solar light heating air compression thermal and cold heat production + fully automatic processing turbine blade group of the same diameter for each stage approximately the same diameter heat the mating bolt assembly turbine Various energy storage cycle combined engines provided in 9 stages with pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic floating + additional thrust bearing + solar heat air compressed and heated by heat + cold heat production + fully automatic processing The moving blade group of the turbine can have the same diameter and diameter for each stage and the bolt assembly turbine Various energy storage cycle combined engines provided in 10 stages with heat pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation + additional thrust bearing + solar heat air for compression thermal and cold heat production + turbine rotor blade group with the same diameter and shape for each stage bolt assembly turbine with heat pump in one stage Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation + additional thrust bearing + solar heat air for compression thermal and cold heat production + turbine blade group with the same diameter for each stage and bolt assembly turbine in two stages with heat pump Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Drive + Hydraulic Levitation + Additional Thrust Bearing + Solar Heated Air Compression Heat and Cold Heat Production + Fully Automatic Processable Turbine Rotatable Rotor Blades of Each Stage with Same Diameter Same Shape for Each Bolt Assembly Bolt Assembly Turbine Various energy storage cycle combined engines provided in 3 stages with heat pumps.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Drive + Hydraulic Levitation + Additional Thrust Bearing + Solar Heated Air Compressive Thermal and Cold Heat Production + Fully Automatic Processable Turbine Rotatable Blade Group of Each Stage with Same Diameter Same Fitting Bolt Assembly Turbine A variety of energy storage cycle coalescing engines provided in four stages with heat pumps.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Force Drive + Hydraulic Levitation + Additional Thrust Bearing + Solar Heated Air Compressive Heat and Cold Heat Production + Fully Automatic Machining of Turbine Blades with Equal Diameters for Each Stage and Fitting Bolt Assembly Various energy storage cycle combined engines with turbines provided in 5 stages with heat pumps.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + solar heat air compressed heat and cold heat production + turbine rotor blade group with the same diameter and diameter for each stage with bolt assembly turbine with heat pump 6 Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + solar heat air compressed heat and cold heat production + turbine rotor blade group with the same diameter almost same shape every stage 7 together with heat pump with heat pump Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with 8 stages of mating bolt assembly turbines and heat pumps, with solar heating air compressed and produced by heat and cold heat + moving blade group of fully automatically processable turbines with the same diameter and shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with heat and cold heat production of solar heating air + fully automatic processing of the turbine blades of the turbine which can be machined with the same diameter and the same diameter for each stage. .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle combinations including 10 sets of mating bolt assembly turbines and heat pumps, with the buckets of the turbines capable of compression thermal energy and cold energy production + fully automatic processing of the solar heating air and having the same diameter and substantially the same shape organ.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines in which the solar heating air is compressed thermal and cold heat production + turbine rotor blade groups have the same diameter and the same shape in each stage, and the bolt assembly turbine is provided in one stage with the heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines, in which the solar heating air is compressed thermal and cold heat production + the turbine blade group has the same diameter and the same shape in each stage, and the bolt assembly turbine is provided in two stages with the heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Various energy storage cycle coalescing engines equipped with 3 stages of mating bolt assembly turbines and heat pumps with the same size and approximately the same diameter of the moving blades of the turbine with fully heated and compressed heat and cold heat + fully automatic processing of turbines .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Heat buildup of solar heating air by compression heat and cold heat + turbine assembly of fully automatable turbine with the same diameter and diameter with the same diameter for each stage. organ.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Various heat preservation cycles where the rotor blade group of the turbine that can compress and heat and cool the solar heating air + can be fully automated and has the same diameter and shape with the same diameter for each stage is provided in 5 stages with the heat pump Coalition agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + + Various types of energy storage cycle coalescing engines equipped with heat and cold heat production of solar heating air + heat exchangers of turbines with the same diameter of turbine rotors, and fitted with bolt assembly turbines and heat pumps in six stages.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + + Various types of energy storage cycle coalescing engines equipped with heat and cold heat production of solar heating air + heat and cold energy + turbine blade groups of approximately the same diameter for each stage, fitted bolt assembly turbine and heat pump in seven stages.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with 8 stages of mating bolt assembly turbines and heat pumps, with solar heating air compressed and produced by heat and cold heat + moving blade group of fully automatically processable turbines with the same diameter and shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with heat and cold heat production of solar heating air + fully automatic processing of the turbine blades of the turbine which can be machined with the same diameter and the same diameter for each stage. .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle combinations including 10 sets of mating bolt assembly turbines and heat pumps, with the buckets of the turbines capable of compression thermal energy and cold energy production + fully automatic processing of the solar heating air and having the same diameter and substantially the same shape organ.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines in which the solar heating air is compressed thermal and cold heat production + turbine rotor blade groups have the same diameter and the same shape in each stage, and the bolt assembly turbine is provided in one stage with the heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines, in which the solar heating air is compressed thermal and cold heat production + the turbine blade group has the same diameter and the same shape in each stage, and the bolt assembly turbine is provided in two stages with the heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation + additional thrust bearing + solar heat air compressed and heated by heat + cold heat + fully-automatically processable turbine blade of the same diameter for each paragraph And various energy conservation cycle combined engines provided in 3 stages.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic floating + additional thrust bearing + solar light heating air compression thermal and cold heat production + fully automatic processing turbine blade group of the same diameter for each stage approximately the same diameter heat the mating bolt assembly turbine Various energy storage cycle combined engines provided in 4 stages with pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic floating + additional thrust bearing + solar heat air compressed and heated by heat + cold heat production + fully automatic processing The moving blade group of the turbine can have the same diameter and diameter for each stage and the bolt assembly turbine Various energy storage cycle combined engines provided in 5 stages with heat pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic floating + additional thrust bearing + solar heat air for compression thermal and cold heat production + turbine rotor blade group with the same diameter and shape for each stage bolt assembly turbine 6 stages with heat pump Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation + additional thrust bearing + solar heat air for compression thermal and cold heat production + turbine turbine blade group with the same diameter and shape for each stage bolt assembly turbine with heat pump in 7 stages Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Drive + Hydraulic Levitation + Additional Thrust Bearing + Solar Heated Air Compression Heat and Cold Heat Production + Fully Automatic Processable Turbine Rotatable Rotor Blades of Each Stage with Same Diameter Same Shape for Each Bolt Assembly Bolt Assembly Turbine Various energy storage cycle combined engines provided in 8 stages with heat pumps.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Drive + Hydraulic Levitation + Additional Thrust Bearing + Solar Heated Air Compressive Thermal and Cold Heat Production + Fully Automatic Processable Turbine Rotatable Blade Group of Each Stage with Same Diameter Same Fitting Bolt Assembly Turbine A variety of energy storage cycle combined engine provided in 9 stages with a heat pump.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Force Drive + Hydraulic Levitation + Additional Thrust Bearing + Solar Heated Air Compressive Heat and Cold Heat Production + Fully Automatic Machining of Turbine Blades with Equal Diameters for Each Stage and Fitting Bolt Assembly A variety of energy storage cycle combined engines with 10 stages of turbines and heat pumps.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + solar heat air compressed heat and cold heat production + turbine rotor blade group with the same diameter and diameter for each stage with bolt assembly turbine with heat pump 1 Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + solar heat air compressed and heat produced + compression + heat transfer of turbine blades with same diameter for each stage-bolt assembly turbine with heat pump 2 Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with heat and cold heat production of solar heating air + production of fully automatic machined turbine blades with the same diameter of each section and fitted bolt assembly turbine in 3 stages with heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with 4 stages of mating bolt assembly turbines and heat pumps with the rotor blades of the turbine capable of compression thermal energy and cold energy production + fully automatic processing of the solar heating air with the same diameter and substantially the same shape .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy preservation cycle combination that installed the bolt assembly turbine with the heat pump in 5 stages with the same size of the diameter and the same diameter for each stage of turbine blade group capable of compression thermal energy and cold energy + fully automatic processing of solar heating air organ.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with heat buildup of solar heating air and compression / thermal heat production + Turbine rotor blade group of approximately the same diameter with the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with heat buildup of solar heating air and compression heat and cold heat + Turbine rotor blade group with the same diameter and approximately the same shape for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Various heat preservation cycle coalescing engines equipped with 8 stages of mating bolt assembly turbines and heat pumps with the same size and almost same shape of the moving blades of the turbine with fully heated and compressed heat and cold heat + fully automatic processing of turbines .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Heat buildup of solar heating air by compression heat and cold heat + fully automatic machined turbine blades of the same diameter for each section with the same diameter and almost same shape bolt assembly turbine combined with various types of energy storage cycle combined with heat pump in 9 stages organ.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Various energy storage cycles with 10 stages of mating bolt assembly turbines and heat pumps, with the buckets of the turbines capable of compression thermal energy and cold heat production + fully automatic processing of the solar heating air and having the same diameter approximately the same shape Coalition agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Various energy storage cycle combined engines with heat and cold heat production of solar heating air + heat and cold energy of the heat + turbines and blades of the same diameter for each stage and fitting bolt assembly turbine provided with heat pump in one stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Various energy storage cycle coalescing engines equipped with heat and cold heat production for solar heating air + heat and cold for heat generation + turbine blades with the same diameter of each section and fitted bolt assembly turbine in two stages with heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with heat and cold heat production of solar heating air + production of fully automatic machined turbine blades with the same diameter of each section and fitted bolt assembly turbine in 3 stages with heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with 4 stages of mating bolt assembly turbines and heat pumps with the rotor blades of the turbine capable of compression thermal energy and cold energy production + fully automatic processing of the solar heating air with the same diameter and substantially the same shape .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy preservation cycle combination that installed the bolt assembly turbine with the heat pump in 5 stages with the same size of the diameter and the same diameter for each stage of turbine blade group capable of compression thermal energy and cold energy + fully automatic processing of solar heating air organ.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with heat buildup of solar heating air and compression / thermal heat production + Turbine rotor blade group of approximately the same diameter with the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with heat buildup of solar heating air and compression heat and cold heat + Turbine rotor blade group with the same diameter and approximately the same shape for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation + additional thrust bearing + solar heat air compressed and heated by heat + cold heat + fully-automatically processable turbine blade of the same diameter for each paragraph The various energy preservation cycle united engine provided in 8 stages with.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic floating + additional thrust bearing + solar light heating air compression thermal and cold heat production + fully automatic processing turbine blade group of the same diameter for each stage approximately the same diameter heat the mating bolt assembly turbine Various energy storage cycle combined engines provided in 9 stages with pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic floating + additional thrust bearing + solar heat air compressed and heated by heat + cold heat production + fully automatic processing The moving blade group of the turbine can have the same diameter and diameter for each stage and the bolt assembly turbine Various energy storage cycle combined engines provided in 10 stages with heat pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation + additional thrust bearing + solar heat air for compression thermal and cold heat production + turbine rotor blade group with the same diameter and shape for each stage bolt assembly turbine with heat pump in one stage Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation + additional thrust bearing + solar heat air for compression thermal and cold heat production + turbine blade group with the same diameter for each stage and bolt assembly turbine in two stages with heat pump Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Drive + Hydraulic Levitation + Additional Thrust Bearing + Solar Heated Air Compression Heat and Cold Heat Production + Fully Automatic Processable Turbine Rotatable Rotor Blades of Each Stage with Same Diameter Same Shape for Each Bolt Assembly Bolt Assembly Turbine Various energy storage cycle combined engines provided in 3 stages with heat pumps.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Drive + Hydraulic Levitation + Additional Thrust Bearing + Solar Heated Air Compressive Thermal and Cold Heat Production + Fully Automatic Processable Turbine Rotatable Blade Group of Each Stage with Same Diameter Same Fitting Bolt Assembly Turbine A variety of energy storage cycle coalescing engines provided in four stages with heat pumps.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Force Drive + Hydraulic Levitation + Additional Thrust Bearing + Solar Heated Air Compressive Heat and Cold Heat Production + Fully Automatic Machining of Turbine Blades with Equal Diameters for Each Stage and Fitting Bolt Assembly Various energy storage cycle combined engines with turbines provided in 5 stages with heat pumps.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + solar heat air compressed heat and cold heat production + turbine rotor blade group with the same diameter and diameter for each stage with bolt assembly turbine with heat pump 6 Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + solar heat air compressed heat and cold heat production + turbine rotor blade group with the same diameter almost same shape every stage 7 together with heat pump with heat pump Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with 8 stages of mating bolt assembly turbines and heat pumps, with solar heating air compressed and produced by heat and cold heat + moving blade group of fully automatically processable turbines with the same diameter and shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with heat and cold heat production of solar heating air + fully automatic processing of the turbine blades of the turbine which can be machined with the same diameter and the same diameter for each stage. .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle combinations including 10 sets of mating bolt assembly turbines and heat pumps, with the buckets of the turbines capable of compression thermal energy and cold energy production + fully automatic processing of the solar heating air and having the same diameter and substantially the same shape organ.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines in which the solar heating air is compressed thermal and cold heat production + turbine rotor blade groups have the same diameter and the same shape in each stage, and the bolt assembly turbine is provided in one stage with the heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines, in which the solar heating air is compressed thermal and cold heat production + the turbine blade group has the same diameter and the same shape in each stage, and the bolt assembly turbine is provided in two stages with the heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Various energy storage cycle coalescing engines equipped with 3 stages of mating bolt assembly turbines and heat pumps with the same size and approximately the same diameter of the moving blades of the turbine with fully heated and compressed heat and cold heat + fully automatic processing of turbines .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Heat buildup of solar heating air by compression heat and cold heat + turbine assembly of fully automatable turbine with the same diameter and diameter with the same diameter for each stage. organ.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Various heat preservation cycles where the rotor blade group of the turbine that can compress and heat and cool the solar heating air + can be fully automated and has the same diameter and shape with the same diameter for each stage is provided in 5 stages with the heat pump Coalition agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + + Various types of energy storage cycle coalescing engines equipped with heat and cold heat production of solar heating air + heat exchangers of turbines with the same diameter of turbine rotors, and fitted with bolt assembly turbines and heat pumps in six stages.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + + Various types of energy storage cycle coalescing engines equipped with heat and cold heat production of solar heating air + heat and cold energy + turbine blade groups of approximately the same diameter for each stage, fitted bolt assembly turbine and heat pump in seven stages.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with 8 stages of mating bolt assembly turbines and heat pumps, with solar heating air compressed and produced by heat and cold heat + moving blade group of fully automatically processable turbines with the same diameter and shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with heat and cold heat production of solar heating air + fully automatic processing of the turbine blades of the turbine which can be machined with the same diameter and the same diameter for each stage. .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle combinations including 10 sets of mating bolt assembly turbines and heat pumps, with the buckets of the turbines capable of compression thermal energy and cold energy production + fully automatic processing of the solar heating air and having the same diameter and substantially the same shape organ.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines in which the solar heating air is compressed thermal and cold heat production + turbine rotor blade groups have the same diameter and the same shape in each stage, and the bolt assembly turbine is provided in one stage with the heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines, in which the solar heating air is compressed thermal and cold heat production + the turbine blade group has the same diameter and the same shape in each stage, and the bolt assembly turbine is provided in two stages with the heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation + additional thrust bearing + solar heat air compressed and heated by heat + cold heat + fully-automatically processable turbine blade of the same diameter for each paragraph And various energy conservation cycle combined engines provided in 3 stages.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic floating + additional thrust bearing + solar light heating air compression thermal and cold heat production + fully automatic processing turbine blade group of the same diameter for each stage approximately the same diameter heat the mating bolt assembly turbine Various energy storage cycle combined engines provided in 4 stages with pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic floating + additional thrust bearing + solar heat air compressed and heated by heat + cold heat production + fully automatic processing The moving blade group of the turbine can have the same diameter and diameter for each stage and the bolt assembly turbine Various energy storage cycle combined engines provided in 5 stages with heat pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic floating + additional thrust bearing + solar heat air for compression thermal and cold heat production + turbine rotor blade group with the same diameter and shape for each stage bolt assembly turbine 6 stages with heat pump Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation + additional thrust bearing + solar heat air for compression thermal and cold heat production + turbine turbine blade group with the same diameter and shape for each stage bolt assembly turbine with heat pump in 7 stages Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Drive + Hydraulic Levitation + Additional Thrust Bearing + Solar Heated Air Compression Heat and Cold Heat Production + Fully Automatic Processable Turbine Rotatable Rotor Blades of Each Stage with Same Diameter Same Shape for Each Bolt Assembly Bolt Assembly Turbine Various energy storage cycle combined engines provided in 8 stages with heat pumps.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Drive + Hydraulic Levitation + Additional Thrust Bearing + Solar Heated Air Compressive Thermal and Cold Heat Production + Fully Automatic Processable Turbine Rotatable Blade Group of Each Stage with Same Diameter Same Fitting Bolt Assembly Turbine A variety of energy storage cycle combined engine provided in 9 stages with a heat pump.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Force Drive + Hydraulic Levitation + Additional Thrust Bearing + Solar Heated Air Compressive Heat and Cold Heat Production + Fully Automatic Machining of Turbine Blades with Equal Diameters for Each Stage and Fitting Bolt Assembly A variety of energy storage cycle combined engines with 10 stages of turbines and heat pumps.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + solar heat air compressed heat and cold heat production + turbine rotor blade group with the same diameter and diameter for each stage with bolt assembly turbine with heat pump 1 Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + solar heat air compressed and heat produced + compression + heat transfer of turbine blades with same diameter for each stage-bolt assembly turbine with heat pump 2 Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with heat and cold heat production of solar heating air + production of fully automatic machined turbine blades with the same diameter of each section and fitted bolt assembly turbine in 3 stages with heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with 4 stages of mating bolt assembly turbines and heat pumps with the rotor blades of the turbine capable of compression thermal energy and cold energy production + fully automatic processing of the solar heating air with the same diameter and substantially the same shape .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy preservation cycle combination that installed the bolt assembly turbine with the heat pump in 5 stages with the same size of the diameter and the same diameter for each stage of turbine blade group capable of compression thermal energy and cold energy + fully automatic processing of solar heating air organ.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with heat buildup of solar heating air and compression / thermal heat production + Turbine rotor blade group of approximately the same diameter with the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with heat buildup of solar heating air and compression heat and cold heat + Turbine rotor blade group with the same diameter and approximately the same shape for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Various heat preservation cycle coalescing engines equipped with 8 stages of mating bolt assembly turbines and heat pumps with the same size and almost same shape of the moving blades of the turbine with fully heated and compressed heat and cold heat + fully automatic processing of turbines .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Heat buildup of solar heating air by compression heat and cold heat + fully automatic machined turbine blades of the same diameter for each section with the same diameter and almost same shape bolt assembly turbine combined with various types of energy storage cycle combined with heat pump in 9 stages organ.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Various energy storage cycles with 10 stages of mating bolt assembly turbines and heat pumps, with the buckets of the turbines capable of compression thermal energy and cold heat production + fully automatic processing of the solar heating air and having the same diameter approximately the same shape Coalition agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Various energy storage cycle combined engines with heat and cold heat production of solar heating air + heat and cold energy of the heat + turbines and blades of the same diameter for each stage and fitting bolt assembly turbine provided with heat pump in one stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Various energy storage cycle coalescing engines equipped with heat and cold heat production for solar heating air + heat and cold for heat generation + turbine blades with the same diameter of each section and fitted bolt assembly turbine in two stages with heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with heat and cold heat production of solar heating air + production of fully automatic machined turbine blades with the same diameter of each section and fitted bolt assembly turbine in 3 stages with heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with 4 stages of mating bolt assembly turbines and heat pumps with the rotor blades of the turbine capable of compression thermal energy and cold energy production + fully automatic processing of the solar heating air with the same diameter and substantially the same shape .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy preservation cycle combination that installed the bolt assembly turbine with the heat pump in 5 stages with the same size of the diameter and the same diameter for each stage of turbine blade group capable of compression thermal energy and cold energy + fully automatic processing of solar heating air organ.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with heat buildup of solar heating air and compression / thermal heat production + Turbine rotor blade group of approximately the same diameter with the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with heat buildup of solar heating air and compression heat and cold heat + Turbine rotor blade group with the same diameter and approximately the same shape for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation + additional thrust bearing + solar heat air compressed and heated by heat + cold heat + fully-automatically processable turbine blade of the same diameter for each paragraph The various energy preservation cycle united engine provided in 8 stages with.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic floating + additional thrust bearing + solar light heating air compression thermal and cold heat production + fully automatic processing turbine blade group of the same diameter for each stage approximately the same diameter heat the mating bolt assembly turbine Various energy storage cycle combined engines provided in 9 stages with pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic floating + additional thrust bearing + solar heat air compressed and heated by heat + cold heat production + fully automatic processing The moving blade group of the turbine can have the same diameter and diameter for each stage and the bolt assembly turbine Various energy storage cycle combined engines provided in 10 stages with heat pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation + additional thrust bearing + solar heat air for compression thermal and cold heat production + turbine rotor blade group with the same diameter and shape for each stage bolt assembly turbine with heat pump in one stage Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation + additional thrust bearing + solar heat air for compression thermal and cold heat production + turbine blade group with the same diameter for each stage and bolt assembly turbine in two stages with heat pump Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Drive + Hydraulic Levitation + Additional Thrust Bearing + Solar Heated Air Compression Heat and Cold Heat Production + Fully Automatic Processable Turbine Rotatable Rotor Blades of Each Stage with Same Diameter Same Shape for Each Bolt Assembly Bolt Assembly Turbine Various energy storage cycle combined engines provided in 3 stages with heat pumps.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Drive + Hydraulic Levitation + Additional Thrust Bearing + Solar Heated Air Compressive Thermal and Cold Heat Production + Fully Automatic Processable Turbine Rotatable Blade Group of Each Stage with Same Diameter Same Fitting Bolt Assembly Turbine A variety of energy storage cycle coalescing engines provided in four stages with heat pumps.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Force Drive + Hydraulic Levitation + Additional Thrust Bearing + Solar Heated Air Compressive Heat and Cold Heat Production + Fully Automatic Machining of Turbine Blades with Equal Diameters for Each Stage and Fitting Bolt Assembly Various energy storage cycle combined engines with turbines provided in 5 stages with heat pumps.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + solar heat air compressed heat and cold heat production + turbine rotor blade group with the same diameter and diameter for each stage with bolt assembly turbine with heat pump 6 Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + solar heat air compressed heat and cold heat production + turbine rotor blade group with the same diameter almost same shape every stage 7 together with heat pump with heat pump Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + structure and method of accelerating metal ball mercury + intake air path length lens and sunlight Heat and cold manufacture at + + hydraulic floating levitation + additional thrust bearing + solar heat air compressed and heat produced + thermal processing + fully automatic processable turbine blade group with the same diameter approximately the same shape for every paragraph mating bolt assembly turbine Various energy storage cycle combined engines provided in 8 stages with heat pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + structure and method of accelerating metal ball mercury + intake air path length lens and sunlight Heat and cold manufacture at + + hydraulic levitation levitation + additional thrust bearing + solar heat air compressed and heat generation + thermal processing + fully automatic processable turbine blade group with the same diameter almost the same shape for each stage A variety of energy storage cycle combined engine provided in 9 stages with a heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + structure and method of accelerating metal ball mercury + intake air path length lens and sunlight Heat and cold heat production in + + floating floating additional thrust bearing + solar heat air compressed and heat and heat production + turbine blade group capable of fully automatic processing with the same diameter of the same diameter for each paragraph-mating bolt assembly A variety of energy storage cycle combined engines with 10 stages of turbines and heat pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + structure and method of accelerating metal ball mercury + intake air path length lens and sunlight Heat and cold heat production in + heat float with additional thrust bearing + solar heat air compressed heat and cold heat production + turbine rotor blade group with the same diameter of the same diameter for each stage bolt assembly turbine with heat pump 1 Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + structure and method of accelerating metal ball mercury + intake air path length lens and sunlight Heat and cold heat production in + heat float with additional thrust bearing + solar heat air compressed heat and cold heat production + turbine rotor blade group with the same diameter of the same diameter for each stage bolt assembly turbine with heat pump 2 Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + structure and method of accelerating metal ball mercury + intake air path length lens and sunlight Heat and cold manufacture at + + hydraulic floating levitation + additional thrust bearing + solar heat air compressed and heat produced + thermal processing + fully automatic processable turbine blade group with the same diameter approximately the same shape for every paragraph mating bolt assembly turbine Various energy storage cycle combined engines provided in 3 stages with heat pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + structure and method of accelerating metal ball mercury + intake air path length lens and sunlight Heat and cold manufacture at + + hydraulic levitation levitation + additional thrust bearing + solar heat air compressed and heat generation + thermal processing + fully automatic processable turbine blade group with the same diameter almost the same shape for each stage A variety of energy storage cycle coalescing engines provided in four stages with heat pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + structure and method of accelerating metal ball mercury + intake air path length lens and sunlight Heat and cold heat production in + + floating floating additional thrust bearing + solar heat air compressed and heat and heat production + turbine blade group capable of fully automatic processing with the same diameter of the same diameter for each paragraph-mating bolt assembly Various energy storage cycle combined engines with turbines provided in 5 stages with heat pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + structure and method of accelerating metal ball mercury + intake air path length lens and sunlight Heat and cold heat production in + heat float with additional thrust bearing + solar heat air compressed heat and cold heat production + turbine rotor blade group with the same diameter of the same diameter for each stage bolt assembly turbine with heat pump 6 Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + structure and method of accelerating metal ball mercury + intake air path length lens and sunlight Heat and cold heat production in + heat float with additional thrust bearing + solar heat air compressed heat and cold heat production + turbine rotor blade group with the same diameter approximately the same shape for each stage bolt assembly turbine with heat pump 7 Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force drive + Hydraulic levitation + additional thrust bearing + solar heat air compressed and heat produced by thermal air + fully automatic machineable turbine blade group with the same diameter for each paragraph Various energy storage cycle combined engines provided in 8 stages with pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force drive + hydraulic levitation + additional thrust bearing + solar heat air compressed and heat produced by thermal air + fully automatic machined turbine blade group with the same diameter for each stage-bolt assembly turbine Various energy storage cycle combined engines provided in 9 stages with heat pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation + additional thrust bearing + solar heat air compressed and heated by heat + cold heat production + fully automatic processing The moving blade group of the turbine can be the same diameter for each paragraph and the same shape is fitted bolt assembled turbine Various energy storage cycle united engines provided in 10 stages with a heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + solar heat air compressed and heat and cold heat production + turbine rotor blade group with the same diameter and diameter for each stage 1 assembly of bolt assembly turbine with heat pump The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + solar heat air compression and heat and cold heat production + turbine rotor blade group with the same diameter and substantially the same shape for every stage 2 stages of bolt assembly turbine with heat pump The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force drive + Hydraulic levitation + additional thrust bearing + solar heat air compressed and heat produced by thermal air + fully automatic machineable turbine blade group with the same diameter for each paragraph Various energy storage cycle combined engines provided in 3 stages with pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force drive + Hydraulic levitation + additional thrust bearing + solar heat air compressed and heat produced by thermal air + fully automatic machineable turbine blade group with the same diameter for each paragraph Various energy storage cycle combined engines provided in 4 stages with pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force drive + Hydraulic levitation + additional thrust bearing + solar heat air compressed and heat produced by thermal air + fully automatic machineable turbine blade group with the same diameter for each paragraph Various energy storage cycle combined engines provided in 5 stages with pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force drive + Hydraulic levitation + additional thrust bearing + solar heat air compressed and heat produced by thermal air + fully automatic machineable turbine blade group with the same diameter for each paragraph Various energy storage cycle combined engines provided in 6 stages with pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force drive + Hydraulic levitation + additional thrust bearing + solar heat air compressed and heat produced by thermal air + fully automatic machineable turbine blade group with the same diameter for each paragraph Various energy storage cycle combined engines provided in 7 stages with pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force drive + hydraulic levitation + additional thrust bearing + solar heat air compressed and heat produced by thermal air + fully automatic machined turbine blade group with the same diameter for each stage-bolt assembly turbine Various energy storage cycle combined engines provided in 8 stages with heat pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force drive + hydraulic levitation + additional thrust bearing + solar heat air compressed and heat produced by thermal air + fully automatic machined turbine blade group with the same diameter for each stage-bolt assembly turbine Various energy storage cycle combined engines provided in 9 stages with heat pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force drive + hydraulic levitation + additional thrust bearing + solar heat air compressed and heat produced by thermal air + fully automatic machined turbine blade group with the same diameter for each stage-bolt assembly turbine Various energy storage cycle combined engines provided in 10 stages with heat pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force drive + hydraulic levitation + additional thrust bearing + solar heat air compressed and heat produced by thermal air + fully automatic machined turbine blade group with the same diameter for each stage-bolt assembly turbine Various energy storage cycle combined engines provided in one stage with heat pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force drive + hydraulic levitation + additional thrust bearing + solar heat air compressed and heat produced by thermal air + fully automatic machined turbine blade group with the same diameter for each stage-bolt assembly turbine Various energy storage cycle combined engines provided in two stages with heat pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation + additional thrust bearing + solar heat air compressed and heated by heat + cold heat production + fully automatic processing The moving blade group of the turbine can be the same diameter for each paragraph and the same shape is fitted bolt assembled turbine Various energy storage cycle combined engine which was provided in 3 stages with a heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation + additional thrust bearing + solar heat air compressed and heated by heat + cold heat production + fully automatic processing The moving blade group of the turbine can be the same diameter for each paragraph and the same shape is fitted bolt assembled turbine A variety of energy storage cycle coalescing engines provided in four stages with heat pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation + additional thrust bearing + solar heat air compressed and heated by heat + cold heat production + fully automatic processing The moving blade group of the turbine can be the same diameter for each paragraph and the same shape is fitted bolt assembled turbine Various energy storage cycle combined engine which was provided in 5 stages with a heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation + additional thrust bearing + solar heat air compressed and heated by heat + cold heat production + fully automatic processing The moving blade group of the turbine can be the same diameter for each paragraph and the same shape is fitted bolt assembled turbine A variety of energy storage cycle coalescing engines provided in six stages with heat pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation + additional thrust bearing + solar heat air compressed and heated by heat + cold heat production + fully automatic processing The moving blade group of the turbine can be the same diameter for each paragraph and the same shape is fitted bolt assembled turbine A variety of energy storage cycle coalescing engine provided in 7 stages with a heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force drive + Hydraulic levitation + additional thrust bearing + solar heat air compressed and heat produced by thermal air + turbine blade group with the same diameter for each stage-bolt assembly turbine 8 stages with heat pump The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + solar heat air compressed and heat and cold heat produced + turbine rotor blade group with the same diameter and substantially the same shape for each stage 9 stages of bolt assembly turbine with heat pump The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + solar heat air compressed and heat and cold heat produced + turbine rotor blade group with the same diameter and substantially the same shape for each stage 10 stages of bolt assembly turbine with heat pump The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + solar heat air compressed and heat and cold heat production + turbine rotor blade group with the same diameter and diameter for each stage 1 assembly of bolt assembly turbine with heat pump The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + solar heat air compression and heat and cold heat production + turbine rotor blade group with the same diameter and substantially the same shape for every stage 2 stages of bolt assembly turbine with heat pump The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force drive + Hydraulic levitation + additional thrust bearing + solar heat air compressed and heat produced by thermal air + turbine blade group with the same diameter for each stage-bolt assembly turbine 3 stages with heat pump The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + solar heat air compressed and heat and cold heat produced + turbine blade group of the same diameter for each stage substantially the same shape mating bolt assembly turbine 4 stages with heat pump The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force drive + hydraulic levitation + additional thrust bearing + solar heat air compressed and heat produced by thermal air + turbine rotor blade group with the same diameter of each stage and fitted bolt assembly turbine 5 stages with heat pump The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + solar heat air compressed and heat and cold heat production + turbine rotor blade group with the same diameter and substantially the same shape for each stage 6 stages of bolt assembly turbine with heat pump The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + solar heat air compression and heat and cold heat production + turbine blade group of the same diameter for each stage and mating bolt assembly turbine seven stages with heat pump The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force drive + hydraulic levitation levy additional thrust bearing + solar heat air for compression thermal and cold heat production + turbine rotor blade group with the same diameter almost same shape for every stage to make fitting bolt assembly and thrust for heat pump Various energy storage cycle combined engines installed in eight stages with bearings, bearings and square turbine outer box (77a).   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force drive + hydraulic levitation levy additional thrust bearing + solar heat air for compression thermal and cold heat production + turbine rotor blade group with the same diameter almost same shape for every stage to make fitting bolt assembly and thrust for heat pump Various energy storage cycle combined engines installed in 9 stages with bearings, bearings and square turbine outer box (77a).   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force drive + hydraulic levitation levy additional thrust bearing + solar heat air for compression thermal and cold heat production + turbine rotor blade group with the same diameter almost same shape for every stage to make fitting bolt assembly and thrust for heat pump Various energy storage cycle combined engines installed in 10 stages with bearings, bearings and square turbine outer box (77a).   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force drive + hydraulic levitation levy additional thrust bearing + solar heat air for compression thermal and cold heat production + turbine rotor blade group with the same diameter almost same shape for every stage to make fitting bolt assembly and thrust for heat pump Various energy storage cycle combined engines installed in a single stage with bearings, bearings and square turbine outer box (77a).   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force drive + hydraulic levitation levy additional thrust bearing + solar heat air for compression thermal and cold heat production + turbine rotor blade group with the same diameter almost same shape for every stage to make fitting bolt assembly and thrust for heat pump Various energy storage cycle combined engines installed in two stages with bearings, bearings and square turbine outer box (77a).   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + maximum gravity, sunlight and surface tension Limited use + Water jet rotatably mounted so that it can move up and down + Hydraulic floating levitation additional thrust bearing + Solar heat air compression and heat generation + Fully automatic machined turbine blade group of the same diameter for each stage A variety of energy storage cycle combined engines in which a mating bolt assembly turbine is installed in three stages with a heat pump in a substantially identical shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + maximum gravity, sunlight and surface tension Limited use + Water jet rotatably mounted so that it can move up and down + Hydraulic levitation additional thrust bearing installed + Solar heating air compressed and heat produced by heating air + Rotatable blade group of turbine capable of fully automatic processing A variety of energy storage cycle combined engines in which mating bolt assembly turbines and heat pumps are provided in four stages with roughly the same diameter.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + maximum gravity, sunlight and surface tension Limited use + Water jet rotatably mounted so that it can move up and down + Hydraulic levitation additional thrust bearing installed + Solar heating air compressed with heat and cold heat production + Turbine blade group capable of fully automatic processing at every stage A variety of energy storage cycle combined engines in which mating bolt assembly turbines and heat pumps are provided in five stages with approximately the same diameter and shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + maximum gravity, sunlight and surface tension Limited use + Water jet rotatably mounted so that it can move up and down + Hydraulic levitation additional thrust bearing + Solar heat air compressed heat and cold heat production + Turbine rotor blade group fitted with the same diameter and diameter A variety of energy storage cycle combined engines in which a double bolt assembly turbine is provided in six stages with a heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + maximum gravity, sunlight and surface tension Limited use + Water jet rotatably mounted so that it can move up and down + Hydraulic levitation additional thrust bearing + Solar heat air compressed heat and cold heat production + Turbine rotor blade group fitted with the same diameter and diameter A variety of energy storage cycle combined engines in which a combined bolt assembly turbine and a heat pump are provided in seven stages.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with 8 stages of mating bolt assembly turbines and heat pumps, with solar heating air compressed and produced by heat and cold heat + moving blade group of fully automatically processable turbines with the same diameter and shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with heat and cold heat production of solar heating air + fully automatic processing of the turbine blades of the turbine which can be machined with the same diameter and the same diameter for each stage. .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle combinations including 10 sets of mating bolt assembly turbines and heat pumps, with the buckets of the turbines capable of compression thermal energy and cold energy production + fully automatic processing of the solar heating air and having the same diameter and substantially the same shape organ.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines in which the solar heating air is compressed thermal and cold heat production + turbine rotor blade groups have the same diameter and the same shape in each stage, and the bolt assembly turbine is provided in one stage with the heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines, in which the solar heating air is compressed thermal and cold heat production + the turbine blade group has the same diameter and the same shape in each stage, and the bolt assembly turbine is provided in two stages with the heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Various energy storage cycle coalescing engines equipped with 3 stages of mating bolt assembly turbines and heat pumps with the same size and approximately the same diameter of the moving blades of the turbine with fully heated and compressed heat and cold heat + fully automatic processing of turbines .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Heat buildup of solar heating air by compression heat and cold heat + turbine assembly of fully automatable turbine with the same diameter and diameter with the same diameter for each stage. organ.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Various heat preservation cycles where the rotor blade group of the turbine that can compress and heat and cool the solar heating air + can be fully automated and has the same diameter and shape with the same diameter for each stage is provided in 5 stages with the heat pump Coalition agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + + Various types of energy storage cycle coalescing engines equipped with heat and cold heat production of solar heating air + heat exchangers of turbines with the same diameter of turbine rotors, and fitted with bolt assembly turbines and heat pumps in six stages.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + + Various types of energy storage cycle coalescing engines equipped with heat and cold heat production of solar heating air + heat and cold energy + turbine blade groups of approximately the same diameter for each stage, fitted bolt assembly turbine and heat pump in seven stages.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with 8 stages of mating bolt assembly turbines and heat pumps, with solar heating air compressed and produced by heat and cold heat + moving blade group of fully automatically processable turbines with the same diameter and shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with heat and cold heat production of solar heating air + fully automatic processing of the turbine blades of the turbine which can be machined with the same diameter and the same diameter for each stage. .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle combinations including 10 sets of mating bolt assembly turbines and heat pumps, with the buckets of the turbines capable of compression thermal energy and cold energy production + fully automatic processing of the solar heating air and having the same diameter and substantially the same shape organ.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines in which the solar heating air is compressed thermal and cold heat production + turbine rotor blade groups have the same diameter and the same shape in each stage, and the bolt assembly turbine is provided in one stage with the heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines, in which the solar heating air is compressed thermal and cold heat production + the turbine blade group has the same diameter and the same shape in each stage, and the bolt assembly turbine is provided in two stages with the heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation + additional thrust bearing + solar heat air compressed and heated by heat + cold heat + fully-automatically processable turbine blade of the same diameter for each paragraph And various energy conservation cycle combined engines provided in 3 stages.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic floating + additional thrust bearing + solar light heating air compression thermal and cold heat production + fully automatic processing turbine blade group of the same diameter for each stage approximately the same diameter heat the mating bolt assembly turbine Various energy storage cycle combined engines provided in 4 stages with pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic floating + additional thrust bearing + solar heat air compressed and heated by heat + cold heat production + fully automatic processing The moving blade group of the turbine can have the same diameter and diameter for each stage and the bolt assembly turbine Various energy storage cycle combined engines provided in 5 stages with heat pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic floating + additional thrust bearing + solar heat air for compression thermal and cold heat production + turbine rotor blade group with the same diameter and shape for each stage bolt assembly turbine 6 stages with heat pump Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation + additional thrust bearing + solar heat air for compression thermal and cold heat production + turbine turbine blade group with the same diameter and shape for each stage bolt assembly turbine with heat pump in 7 stages Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Drive + Hydraulic Levitation + Additional Thrust Bearing + Solar Heated Air Compression Heat and Cold Heat Production + Fully Automatic Processable Turbine Rotatable Rotor Blades of Each Stage with Same Diameter Same Shape for Each Bolt Assembly Bolt Assembly Turbine Various energy storage cycle combined engines provided in 8 stages with heat pumps.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Drive + Hydraulic Levitation + Additional Thrust Bearing + Solar Heated Air Compressive Thermal and Cold Heat Production + Fully Automatic Processable Turbine Rotatable Blade Group of Each Stage with Same Diameter Same Fitting Bolt Assembly Turbine A variety of energy storage cycle combined engine provided in 9 stages with a heat pump.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Force Drive + Hydraulic Levitation + Additional Thrust Bearing + Solar Heated Air Compressive Heat and Cold Heat Production + Fully Automatic Machining of Turbine Blades with Equal Diameters for Each Stage and Fitting Bolt Assembly A variety of energy storage cycle combined engines with 10 stages of turbines and heat pumps.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + solar heat air compressed heat and cold heat production + turbine rotor blade group with the same diameter and diameter for each stage with bolt assembly turbine with heat pump 1 Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + solar heat air compressed and heat produced + compression + heat transfer of turbine blades with same diameter for each stage-bolt assembly turbine with heat pump 2 Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with heat and cold heat production of solar heating air + production of fully automatic machined turbine blades with the same diameter of each section and fitted bolt assembly turbine in 3 stages with heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with 4 stages of mating bolt assembly turbines and heat pumps with the rotor blades of the turbine capable of compression thermal energy and cold energy production + fully automatic processing of the solar heating air with the same diameter and substantially the same shape .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy preservation cycle combination that installed the bolt assembly turbine with the heat pump in 5 stages with the same size of the diameter and the same diameter for each stage of turbine blade group capable of compression thermal energy and cold energy + fully automatic processing of solar heating air organ.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with heat buildup of solar heating air and compression / thermal heat production + Turbine rotor blade group of approximately the same diameter with the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with heat buildup of solar heating air and compression heat and cold heat + Turbine rotor blade group with the same diameter and approximately the same shape for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Various heat preservation cycle coalescing engines equipped with 8 stages of mating bolt assembly turbines and heat pumps with the same size and almost same shape of the moving blades of the turbine with fully heated and compressed heat and cold heat + fully automatic processing of turbines .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Heat buildup of solar heating air by compression heat and cold heat + fully automatic machined turbine blades of the same diameter for each section with the same diameter and almost same shape bolt assembly turbine combined with various types of energy storage cycle combined with heat pump in 9 stages organ.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Various energy storage cycles with 10 stages of mating bolt assembly turbines and heat pumps, with the buckets of the turbines capable of compression thermal energy and cold heat production + fully automatic processing of the solar heating air and having the same diameter approximately the same shape Coalition agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Various energy storage cycle combined engines with heat and cold heat production of solar heating air + heat and cold energy of the heat + turbines and blades of the same diameter for each stage and fitting bolt assembly turbine provided with heat pump in one stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Various energy storage cycle coalescing engines equipped with heat and cold heat production for solar heating air + heat and cold for heat generation + turbine blades with the same diameter of each section and fitted bolt assembly turbine in two stages with heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with heat and cold heat production of solar heating air + production of fully automatic machined turbine blades with the same diameter of each section and fitted bolt assembly turbine in 3 stages with heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with 4 stages of mating bolt assembly turbines and heat pumps with the rotor blades of the turbine capable of compression thermal energy and cold energy production + fully automatic processing of the solar heating air with the same diameter and substantially the same shape .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy preservation cycle combination that installed the bolt assembly turbine with the heat pump in 5 stages with the same size of the diameter and the same diameter for each stage of turbine blade group capable of compression thermal energy and cold energy + fully automatic processing of solar heating air organ.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with heat buildup of solar heating air and compression / thermal heat production + Turbine rotor blade group of approximately the same diameter with the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with heat buildup of solar heating air and compression heat and cold heat + Turbine rotor blade group with the same diameter and approximately the same shape for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation + additional thrust bearing + solar heat air compressed and heated by heat + cold heat + fully-automatically processable turbine blade of the same diameter for each paragraph The various energy preservation cycle united engine provided in 8 stages with.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic floating + additional thrust bearing + solar light heating air compression thermal and cold heat production + fully automatic processing turbine blade group of the same diameter for each stage approximately the same diameter heat the mating bolt assembly turbine Various energy storage cycle combined engines provided in 9 stages with pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic floating + additional thrust bearing + solar heat air compressed and heated by heat + cold heat production + fully automatic processing The moving blade group of the turbine can have the same diameter and diameter for each stage and the bolt assembly turbine Various energy storage cycle combined engines provided in 10 stages with heat pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation + additional thrust bearing + solar heat air for compression thermal and cold heat production + turbine rotor blade group with the same diameter and shape for each stage bolt assembly turbine with heat pump in one stage Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation + additional thrust bearing + solar heat air for compression thermal and cold heat production + turbine blade group with the same diameter for each stage and bolt assembly turbine in two stages with heat pump Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Drive + Hydraulic Levitation + Additional Thrust Bearing + Solar Heated Air Compression Heat and Cold Heat Production + Fully Automatic Processable Turbine Rotatable Rotor Blades of Each Stage with Same Diameter Same Shape for Each Bolt Assembly Bolt Assembly Turbine Various energy storage cycle combined engines provided in 3 stages with heat pumps.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Drive + Hydraulic Levitation + Additional Thrust Bearing + Solar Heated Air Compressive Thermal and Cold Heat Production + Fully Automatic Processable Turbine Rotatable Blade Group of Each Stage with Same Diameter Same Fitting Bolt Assembly Turbine A variety of energy storage cycle coalescing engines provided in four stages with heat pumps.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Force Drive + Hydraulic Levitation + Additional Thrust Bearing + Solar Heated Air Compressive Heat and Cold Heat Production + Fully Automatic Machining of Turbine Blades with Equal Diameters for Each Stage and Fitting Bolt Assembly Various energy storage cycle combined engines with turbines provided in 5 stages with heat pumps.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + solar heat air compressed heat and cold heat production + turbine rotor blade group with the same diameter and diameter for each stage with bolt assembly turbine with heat pump 6 Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + solar heat air compressed heat and cold heat production + turbine rotor blade group with the same diameter almost same shape every stage 7 together with heat pump with heat pump Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with 8 stages of mating bolt assembly turbines and heat pumps, with solar heating air compressed and produced by heat and cold heat + moving blade group of fully automatically processable turbines with the same diameter and shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with heat and cold heat production of solar heating air + fully automatic processing of the turbine blades of the turbine which can be machined with the same diameter and the same diameter for each stage. .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle combinations including 10 sets of mating bolt assembly turbines and heat pumps, with the buckets of the turbines capable of compression thermal energy and cold energy production + fully automatic processing of the solar heating air and having the same diameter and substantially the same shape organ.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines in which the solar heating air is compressed thermal and cold heat production + turbine rotor blade groups have the same diameter and the same shape in each stage, and the bolt assembly turbine is provided in one stage with the heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines, in which the solar heating air is compressed thermal and cold heat production + the turbine blade group has the same diameter and the same shape in each stage, and the bolt assembly turbine is provided in two stages with the heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Various energy storage cycle coalescing engines equipped with 3 stages of mating bolt assembly turbines and heat pumps with the same size and approximately the same diameter of the moving blades of the turbine with fully heated and compressed heat and cold heat + fully automatic processing of turbines .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Heat buildup of solar heating air by compression heat and cold heat + turbine assembly of fully automatable turbine with the same diameter and diameter with the same diameter for each stage. organ.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Various heat preservation cycles where the rotor blade group of the turbine that can compress and heat and cool the solar heating air + can be fully automated and has the same diameter and shape with the same diameter for each stage is provided in 5 stages with the heat pump Coalition agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + + Various types of energy storage cycle coalescing engines equipped with heat and cold heat production of solar heating air + heat exchangers of turbines with the same diameter of turbine rotors, and fitted with bolt assembly turbines and heat pumps in six stages.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + + Various types of energy storage cycle coalescing engines equipped with heat and cold heat production of solar heating air + heat and cold energy + turbine blade groups of approximately the same diameter for each stage, fitted bolt assembly turbine and heat pump in seven stages.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with 8 stages of mating bolt assembly turbines and heat pumps, with solar heating air compressed and produced by heat and cold heat + moving blade group of fully automatically processable turbines with the same diameter and shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with heat and cold heat production of solar heating air + fully automatic processing of the turbine blades of the turbine which can be machined with the same diameter and the same diameter for each stage. .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle combinations including 10 sets of mating bolt assembly turbines and heat pumps, with the buckets of the turbines capable of compression thermal energy and cold energy production + fully automatic processing of the solar heating air and having the same diameter and substantially the same shape organ.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines in which the solar heating air is compressed thermal and cold heat production + turbine rotor blade groups have the same diameter and the same shape in each stage, and the bolt assembly turbine is provided in one stage with the heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines, in which the solar heating air is compressed thermal and cold heat production + the turbine blade group has the same diameter and the same shape in each stage, and the bolt assembly turbine is provided in two stages with the heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation + additional thrust bearing + solar heat air compressed and heated by heat + cold heat + fully-automatically processable turbine blade of the same diameter for each paragraph And various energy conservation cycle combined engines provided in 3 stages.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic floating + additional thrust bearing + solar light heating air compression thermal and cold heat production + fully automatic processing turbine blade group of the same diameter for each stage approximately the same diameter heat the mating bolt assembly turbine Various energy storage cycle combined engines provided in 4 stages with pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic floating + additional thrust bearing + solar heat air compressed and heated by heat + cold heat production + fully automatic processing The moving blade group of the turbine can have the same diameter and diameter for each stage and the bolt assembly turbine Various energy storage cycle combined engines provided in 5 stages with heat pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic floating + additional thrust bearing + solar heat air for compression thermal and cold heat production + turbine rotor blade group with the same diameter and shape for each stage bolt assembly turbine 6 stages with heat pump Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation + additional thrust bearing + solar heat air for compression thermal and cold heat production + turbine turbine blade group with the same diameter and shape for each stage bolt assembly turbine with heat pump in 7 stages Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Drive + Hydraulic Levitation + Additional Thrust Bearing + Solar Heated Air Compression Heat and Cold Heat Production + Fully Automatic Processable Turbine Rotatable Rotor Blades of Each Stage with Same Diameter Same Shape for Each Bolt Assembly Bolt Assembly Turbine Various energy storage cycle combined engines provided in 8 stages with heat pumps.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Drive + Hydraulic Levitation + Additional Thrust Bearing + Solar Heated Air Compressive Thermal and Cold Heat Production + Fully Automatic Processable Turbine Rotatable Blade Group of Each Stage with Same Diameter Same Fitting Bolt Assembly Turbine A variety of energy storage cycle combined engine provided in 9 stages with a heat pump.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Force Drive + Hydraulic Levitation + Additional Thrust Bearing + Solar Heated Air Compressive Heat and Cold Heat Production + Fully Automatic Machining of Turbine Blades with Equal Diameters for Each Stage and Fitting Bolt Assembly A variety of energy storage cycle combined engines with 10 stages of turbines and heat pumps.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + solar heat air compressed heat and cold heat production + turbine rotor blade group with the same diameter and diameter for each stage with bolt assembly turbine with heat pump 1 Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + solar heat air compressed and heat produced + compression + heat transfer of turbine blades with same diameter for each stage-bolt assembly turbine with heat pump 2 Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with heat and cold heat production of solar heating air + production of fully automatic machined turbine blades with the same diameter of each section and fitted bolt assembly turbine in 3 stages with heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with 4 stages of mating bolt assembly turbines and heat pumps with the rotor blades of the turbine capable of compression thermal energy and cold energy production + fully automatic processing of the solar heating air with the same diameter and substantially the same shape .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy preservation cycle combination that installed the bolt assembly turbine with the heat pump in 5 stages with the same size of the diameter and the same diameter for each stage of turbine blade group capable of compression thermal energy and cold energy + fully automatic processing of solar heating air organ.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with heat buildup of solar heating air and compression / thermal heat production + Turbine rotor blade group of approximately the same diameter with the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with heat buildup of solar heating air and compression heat and cold heat + Turbine rotor blade group with the same diameter and approximately the same shape for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Various heat preservation cycle coalescing engines equipped with 8 stages of mating bolt assembly turbines and heat pumps with the same size and almost same shape of the moving blades of the turbine with fully heated and compressed heat and cold heat + fully automatic processing of turbines .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Heat buildup of solar heating air by compression heat and cold heat + fully automatic machined turbine blades of the same diameter for each section with the same diameter and almost same shape bolt assembly turbine combined with various types of energy storage cycle combined with heat pump in 9 stages organ.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Various energy storage cycles with 10 stages of mating bolt assembly turbines and heat pumps, with the buckets of the turbines capable of compression thermal energy and cold heat production + fully automatic processing of the solar heating air and having the same diameter approximately the same shape Coalition agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Various energy storage cycle combined engines with heat and cold heat production of solar heating air + heat and cold energy of the heat + turbines and blades of the same diameter for each stage and fitting bolt assembly turbine provided with heat pump in one stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Various energy storage cycle coalescing engines equipped with heat and cold heat production for solar heating air + heat and cold for heat generation + turbine blades with the same diameter of each section and fitted bolt assembly turbine in two stages with heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with heat and cold heat production of solar heating air + production of fully automatic machined turbine blades with the same diameter of each section and fitted bolt assembly turbine in 3 stages with heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with 4 stages of mating bolt assembly turbines and heat pumps with the rotor blades of the turbine capable of compression thermal energy and cold energy production + fully automatic processing of the solar heating air with the same diameter and substantially the same shape .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy preservation cycle combination that installed the bolt assembly turbine with the heat pump in 5 stages with the same size of the diameter and the same diameter for each stage of turbine blade group capable of compression thermal energy and cold energy + fully automatic processing of solar heating air organ.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with heat buildup of solar heating air and compression / thermal heat production + Turbine rotor blade group of approximately the same diameter with the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with heat buildup of solar heating air and compression heat and cold heat + Turbine rotor blade group with the same diameter and approximately the same shape for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation + additional thrust bearing + solar heat air compressed and heated by heat + cold heat + fully-automatically processable turbine blade of the same diameter for each paragraph The various energy preservation cycle united engine provided in 8 stages with.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic floating + additional thrust bearing + solar light heating air compression thermal and cold heat production + fully automatic processing turbine blade group of the same diameter for each stage approximately the same diameter heat the mating bolt assembly turbine Various energy storage cycle combined engines provided in 9 stages with pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic floating + additional thrust bearing + solar heat air compressed and heated by heat + cold heat production + fully automatic processing The moving blade group of the turbine can have the same diameter and diameter for each stage and the bolt assembly turbine Various energy storage cycle combined engines provided in 10 stages with heat pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation + additional thrust bearing + solar heat air for compression thermal and cold heat production + turbine rotor blade group with the same diameter and shape for each stage bolt assembly turbine with heat pump in one stage Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation + additional thrust bearing + solar heat air for compression thermal and cold heat production + turbine blade group with the same diameter for each stage and bolt assembly turbine in two stages with heat pump Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Drive + Hydraulic Levitation + Additional Thrust Bearing + Solar Heated Air Compression Heat and Cold Heat Production + Fully Automatic Processable Turbine Rotatable Rotor Blades of Each Stage with Same Diameter Same Shape for Each Bolt Assembly Bolt Assembly Turbine Various energy storage cycle combined engines provided in 3 stages with heat pumps.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Drive + Hydraulic Levitation + Additional Thrust Bearing + Solar Heated Air Compressive Thermal and Cold Heat Production + Fully Automatic Processable Turbine Rotatable Blade Group of Each Stage with Same Diameter Same Fitting Bolt Assembly Turbine A variety of energy storage cycle coalescing engines provided in four stages with heat pumps.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Force Drive + Hydraulic Levitation + Additional Thrust Bearing + Solar Heated Air Compressive Heat and Cold Heat Production + Fully Automatic Machining of Turbine Blades with Equal Diameters for Each Stage and Fitting Bolt Assembly Various energy storage cycle combined engines with turbines provided in 5 stages with heat pumps.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + solar heat air compressed heat and cold heat production + turbine rotor blade group with the same diameter and diameter for each stage with bolt assembly turbine with heat pump 6 Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + solar heat air compressed heat and cold heat production + turbine rotor blade group with the same diameter almost same shape every stage 7 together with heat pump with heat pump Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with 8 stages of mating bolt assembly turbines and heat pumps, with solar heating air compressed and produced by heat and cold heat + moving blade group of fully automatically processable turbines with the same diameter and shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with heat and cold heat production of solar heating air + fully automatic processing of the turbine blades of the turbine which can be machined with the same diameter and the same diameter for each stage. .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle combinations including 10 sets of mating bolt assembly turbines and heat pumps, with the buckets of the turbines capable of compression thermal energy and cold energy production + fully automatic processing of the solar heating air and having the same diameter and substantially the same shape organ.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines in which the solar heating air is compressed thermal and cold heat production + turbine rotor blade groups have the same diameter and the same shape in each stage, and the bolt assembly turbine is provided in one stage with the heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines, in which the solar heating air is compressed thermal and cold heat production + the turbine blade group has the same diameter and the same shape in each stage, and the bolt assembly turbine is provided in two stages with the heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Various energy storage cycle coalescing engines equipped with 3 stages of mating bolt assembly turbines and heat pumps with the same size and approximately the same diameter of the moving blades of the turbine with fully heated and compressed heat and cold heat + fully automatic processing of turbines .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Heat buildup of solar heating air by compression heat and cold heat + turbine assembly of fully automatable turbine with the same diameter and diameter with the same diameter for each stage. organ.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Various heat preservation cycles where the rotor blade group of the turbine that can compress and heat and cool the solar heating air + can be fully automated and has the same diameter and shape with the same diameter for each stage is provided in 5 stages with the heat pump Coalition agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + + Various types of energy storage cycle coalescing engines equipped with heat and cold heat production of solar heating air + heat exchangers of turbines with the same diameter of turbine rotors, and fitted with bolt assembly turbines and heat pumps in six stages.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + + Various types of energy storage cycle coalescing engines equipped with heat and cold heat production of solar heating air + heat and cold energy + turbine blade groups of approximately the same diameter for each stage, fitted bolt assembly turbine and heat pump in seven stages.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with 8 stages of mating bolt assembly turbines and heat pumps, with solar heating air compressed and produced by heat and cold heat + moving blade group of fully automatically processable turbines with the same diameter and shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with heat and cold heat production of solar heating air + fully automatic processing of the turbine blades of the turbine which can be machined with the same diameter and the same diameter for each stage. .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle combinations including 10 sets of mating bolt assembly turbines and heat pumps, with the buckets of the turbines capable of compression thermal energy and cold energy production + fully automatic processing of the solar heating air and having the same diameter and substantially the same shape organ.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines in which the solar heating air is compressed thermal and cold heat production + turbine rotor blade groups have the same diameter and the same shape in each stage, and the bolt assembly turbine is provided in one stage with the heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines, in which the solar heating air is compressed thermal and cold heat production + the turbine blade group has the same diameter and the same shape in each stage, and the bolt assembly turbine is provided in two stages with the heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation + additional thrust bearing + solar heat air compressed and heated by heat + cold heat + fully-automatically processable turbine blade of the same diameter for each paragraph And various energy conservation cycle combined engines provided in 3 stages.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic floating + additional thrust bearing + solar light heating air compression thermal and cold heat production + fully automatic processing turbine blade group of the same diameter for each stage approximately the same diameter heat the mating bolt assembly turbine Various energy storage cycle combined engines provided in 4 stages with pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic floating + additional thrust bearing + solar heat air compressed and heated by heat + cold heat production + fully automatic processing The moving blade group of the turbine can have the same diameter and diameter for each stage and the bolt assembly turbine Various energy storage cycle combined engines provided in 5 stages with heat pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic floating + additional thrust bearing + solar heat air for compression thermal and cold heat production + turbine rotor blade group with the same diameter and shape for each stage bolt assembly turbine 6 stages with heat pump Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation + additional thrust bearing + solar heat air for compression thermal and cold heat production + turbine turbine blade group with the same diameter and shape for each stage bolt assembly turbine with heat pump in 7 stages Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Drive + Hydraulic Levitation + Additional Thrust Bearing + Solar Heated Air Compression Heat and Cold Heat Production + Fully Automatic Processable Turbine Rotatable Rotor Blades of Each Stage with Same Diameter Same Shape for Each Bolt Assembly Bolt Assembly Turbine Various energy storage cycle combined engines provided in 8 stages with heat pumps.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Drive + Hydraulic Levitation + Additional Thrust Bearing + Solar Heated Air Compressive Thermal and Cold Heat Production + Fully Automatic Processable Turbine Rotatable Blade Group of Each Stage with Same Diameter Same Fitting Bolt Assembly Turbine A variety of energy storage cycle combined engine provided in 9 stages with a heat pump.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Force Drive + Hydraulic Levitation + Additional Thrust Bearing + Solar Heated Air Compressive Heat and Cold Heat Production + Fully Automatic Machining of Turbine Blades with Equal Diameters for Each Stage and Fitting Bolt Assembly A variety of energy storage cycle combined engines with 10 stages of turbines and heat pumps.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + solar heat air compressed heat and cold heat production + turbine rotor blade group with the same diameter and diameter for each stage with bolt assembly turbine with heat pump 1 Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + solar heat air compressed and heat produced + compression + heat transfer of turbine blades with same diameter for each stage-bolt assembly turbine with heat pump 2 Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with heat and cold heat production of solar heating air + production of fully automatic machined turbine blades with the same diameter of each section and fitted bolt assembly turbine in 3 stages with heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with 4 stages of mating bolt assembly turbines and heat pumps with the rotor blades of the turbine capable of compression thermal energy and cold energy production + fully automatic processing of the solar heating air with the same diameter and substantially the same shape .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy preservation cycle combination that installed the bolt assembly turbine with the heat pump in 5 stages with the same size of the diameter and the same diameter for each stage of turbine blade group capable of compression thermal energy and cold energy + fully automatic processing of solar heating air organ.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with heat buildup of solar heating air and compression / thermal heat production + Turbine rotor blade group of approximately the same diameter with the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with heat buildup of solar heating air and compression heat and cold heat + Turbine rotor blade group with the same diameter and approximately the same shape for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Various heat preservation cycle coalescing engines equipped with 8 stages of mating bolt assembly turbines and heat pumps with the same size and almost same shape of the moving blades of the turbine with fully heated and compressed heat and cold heat + fully automatic processing of turbines .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Heat buildup of solar heating air by compression heat and cold heat + fully automatic machined turbine blades of the same diameter for each section with the same diameter and almost same shape bolt assembly turbine combined with various types of energy storage cycle combined with heat pump in 9 stages organ.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Various energy storage cycles with 10 stages of mating bolt assembly turbines and heat pumps, with the buckets of the turbines capable of compression thermal energy and cold heat production + fully automatic processing of the solar heating air and having the same diameter approximately the same shape Coalition agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Various energy storage cycle combined engines with heat and cold heat production of solar heating air + heat and cold energy of the heat + turbines and blades of the same diameter for each stage and fitting bolt assembly turbine provided with heat pump in one stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Various energy storage cycle coalescing engines equipped with heat and cold heat production for solar heating air + heat and cold for heat generation + turbine blades with the same diameter of each section and fitted bolt assembly turbine in two stages with heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with heat and cold heat production of solar heating air + production of fully automatic machined turbine blades with the same diameter of each section and fitted bolt assembly turbine in 3 stages with heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with 4 stages of mating bolt assembly turbines and heat pumps with the rotor blades of the turbine capable of compression thermal energy and cold energy production + fully automatic processing of the solar heating air with the same diameter and substantially the same shape .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy preservation cycle combination that installed the bolt assembly turbine with the heat pump in 5 stages with the same size of the diameter and the same diameter for each stage of turbine blade group capable of compression thermal energy and cold energy + fully automatic processing of solar heating air organ.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with heat buildup of solar heating air and compression / thermal heat production + Turbine rotor blade group of approximately the same diameter with the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with heat buildup of solar heating air and compression heat and cold heat + Turbine rotor blade group with the same diameter and approximately the same shape for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation + additional thrust bearing + solar heat air compressed and heated by heat + cold heat + fully-automatically processable turbine blade of the same diameter for each paragraph The various energy preservation cycle united engine provided in 8 stages with.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic floating + additional thrust bearing + solar light heating air compression thermal and cold heat production + fully automatic processing turbine blade group of the same diameter for each stage approximately the same diameter heat the mating bolt assembly turbine Various energy storage cycle combined engines provided in 9 stages with pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic floating + additional thrust bearing + solar heat air compressed and heated by heat + cold heat production + fully automatic processing The moving blade group of the turbine can have the same diameter and diameter for each stage and the bolt assembly turbine Various energy storage cycle combined engines provided in 10 stages with heat pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation + additional thrust bearing + solar heat air for compression thermal and cold heat production + turbine rotor blade group with the same diameter and shape for each stage bolt assembly turbine with heat pump in one stage Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation + additional thrust bearing + solar heat air for compression thermal and cold heat production + turbine blade group with the same diameter for each stage and bolt assembly turbine in two stages with heat pump Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Drive + Hydraulic Levitation + Additional Thrust Bearing + Solar Heated Air Compression Heat and Cold Heat Production + Fully Automatic Processable Turbine Rotatable Rotor Blades of Each Stage with Same Diameter Same Shape for Each Bolt Assembly Bolt Assembly Turbine Various energy storage cycle combined engines provided in 3 stages with heat pumps.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Drive + Hydraulic Levitation + Additional Thrust Bearing + Solar Heated Air Compressive Thermal and Cold Heat Production + Fully Automatic Processable Turbine Rotatable Blade Group of Each Stage with Same Diameter Same Fitting Bolt Assembly Turbine A variety of energy storage cycle coalescing engines provided in four stages with heat pumps.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Force Drive + Hydraulic Levitation + Additional Thrust Bearing + Solar Heated Air Compressive Heat and Cold Heat Production + Fully Automatic Machining of Turbine Blades with Equal Diameters for Each Stage and Fitting Bolt Assembly Various energy storage cycle combined engines with turbines provided in 5 stages with heat pumps.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + solar heat air compressed heat and cold heat production + turbine rotor blade group with the same diameter and diameter for each stage with bolt assembly turbine with heat pump 6 Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + solar heat air compressed heat and cold heat production + turbine rotor blade group with the same diameter almost same shape every stage 7 together with heat pump with heat pump Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy conservation cycle combined engines in which mating bolt assembly turbines are provided in eight stages together with heat pumps with the buckets of fully automatic machinable turbines having the same diameter and diameter.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy conservation cycle combined engines that set mating bolt assembly turbine with heat pump and 9 stages with heat pump by making bucket blade of fully automatic processable turbine as same diameter of each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy conservation cycle combined engines with 10 stages of mating bolt assembly turbines and heat pumps, with the buckets of turbines capable of fully automatic processing being of the same diameter and diameter.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy conservation cycle combined engines in which mating bolt assembly turbine is provided in one stage together with a heat pump, with the turbine blade group of the turbine having the same diameter and diameter.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy conservation cycle combined engines in which mating bolt assembly turbines and heat pumps are provided in two stages with the same size and diameter as the moving blade group of the turbine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Various energy storage cycle coalescing engines equipped with 3 stages of mating bolt assembly turbines and heat pumps with the same size and approximately the same diameter of the moving blades of the turbine with fully heated and compressed heat and cold heat + fully automatic processing of turbines .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Heat buildup of solar heating air by compression heat and cold heat + turbine assembly of fully automatable turbine with the same diameter and diameter with the same diameter for each stage. organ.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Various heat preservation cycles where the rotor blade group of the turbine that can compress and heat and cool the solar heating air + can be fully automated and has the same diameter and shape with the same diameter for each stage is provided in 5 stages with the heat pump Coalition agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + + Various types of energy storage cycle coalescing engines equipped with heat and cold heat production of solar heating air + heat exchangers of turbines with the same diameter of turbine rotors, and fitted with bolt assembly turbines and heat pumps in six stages.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + + Various types of energy storage cycle coalescing engines equipped with heat and cold heat production of solar heating air + heat and cold energy + turbine blade groups of approximately the same diameter for each stage, fitted bolt assembly turbine and heat pump in seven stages.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy conservation cycle combined engines in which mating bolt assembly turbines are provided in eight stages together with heat pumps with the buckets of fully automatic machinable turbines having the same diameter and diameter.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy conservation cycle combined engines that set mating bolt assembly turbine with heat pump and 9 stages with heat pump by making bucket blade of fully automatic processable turbine as same diameter of each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy conservation cycle combined engines with 10 stages of mating bolt assembly turbines and heat pumps, with the buckets of turbines capable of fully automatic processing being of the same diameter and diameter.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy conservation cycle combined engines in which mating bolt assembly turbine is provided in one stage together with a heat pump, with the turbine blade group of the turbine having the same diameter and diameter.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy conservation cycle combined engines in which mating bolt assembly turbines and heat pumps are provided in two stages with the same size and diameter as the moving blade group of the turbine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation + additional thrust bearing + solar heat air compressed and heated by heat + cold heat + fully-automatically processable turbine blade of the same diameter for each paragraph And various energy conservation cycle combined engines provided in 3 stages.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic floating + additional thrust bearing + solar light heating air compression thermal and cold heat production + fully automatic processing turbine blade group of the same diameter for each stage approximately the same diameter heat the mating bolt assembly turbine Various energy storage cycle combined engines provided in 4 stages with pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic floating + additional thrust bearing + solar heat air compressed and heated by heat + cold heat production + fully automatic processing The moving blade group of the turbine can have the same diameter and diameter for each stage and the bolt assembly turbine Various energy storage cycle combined engines provided in 5 stages with heat pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic floating + additional thrust bearing + solar heat air for compression thermal and cold heat production + turbine rotor blade group with the same diameter and shape for each stage bolt assembly turbine 6 stages with heat pump Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation + additional thrust bearing + solar heat air for compression thermal and cold heat production + turbine turbine blade group with the same diameter and shape for each stage bolt assembly turbine with heat pump in 7 stages Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Drive + Hydraulic Levitation + Additional Thrust Bearing + Solar Heated Air Compression Heat and Cold Heat Production + Fully Automatic Processable Turbine Rotatable Rotor Blades of Each Stage with Same Diameter Same Shape for Each Bolt Assembly Bolt Assembly Turbine Various energy storage cycle combined engines provided in 8 stages with heat pumps.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Drive + Hydraulic Levitation + Additional Thrust Bearing + Solar Heated Air Compressive Thermal and Cold Heat Production + Fully Automatic Processable Turbine Rotatable Blade Group of Each Stage with Same Diameter Same Fitting Bolt Assembly Turbine A variety of energy storage cycle combined engine provided in 9 stages with a heat pump.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Force Drive + Hydraulic Levitation + Additional Thrust Bearing + Solar Heated Air Compressive Heat and Cold Heat Production + Fully Automatic Machining of Turbine Blades with Equal Diameters for Each Stage and Fitting Bolt Assembly A variety of energy storage cycle combined engines with 10 stages of turbines and heat pumps.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + solar heat air compressed heat and cold heat production + turbine rotor blade group with the same diameter and diameter for each stage with bolt assembly turbine with heat pump 1 Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + solar heat air compressed and heat produced + compression + heat transfer of turbine blades with same diameter for each stage-bolt assembly turbine with heat pump 2 Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy conservation cycle combined engines in which 3 sets of mating bolt assembly turbines and heat pumps are provided in three stages with the buckets of fully automatic machinable turbines as the same diameter and diameter.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy conservation cycle combined engines with four stages of mating bolt assembly turbines and heat pumps, with the buckets of fully automatable turbines having the same diameter and diameter.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy conservation cycle combined engines that set the rotating blade group of the turbine that can be fully automated processed to the same diameter and approximately the same shape in each stage, and set the mating bolt assembly turbine with the heat pump in five stages.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle combined engines that have mating bolt assembly turbines and heat pumps provided in six stages with the same size and diameter of the moving blades of the turbine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy conservation cycle combined engines which set the rotating blade group of the turbine to the same diameter approximately every stage and fitted bolt assembly turbine with the heat pump in 7 stages.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Various heat preservation cycle coalescing engines equipped with 8 stages of mating bolt assembly turbines and heat pumps with the same size and almost same shape of the moving blades of the turbine with fully heated and compressed heat and cold heat + fully automatic processing of turbines .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Heat buildup of solar heating air by compression heat and cold heat + fully automatic machined turbine blades of the same diameter for each section with the same diameter and almost same shape bolt assembly turbine combined with various types of energy storage cycle combined with heat pump in 9 stages organ.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Various energy storage cycles with 10 stages of mating bolt assembly turbines and heat pumps, with the buckets of the turbines capable of compression thermal energy and cold heat production + fully automatic processing of the solar heating air and having the same diameter approximately the same shape Coalition agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Various energy storage cycle combined engines with heat and cold heat production of solar heating air + heat and cold energy of the heat + turbines and blades of the same diameter for each stage and fitting bolt assembly turbine provided with heat pump in one stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Various energy storage cycle coalescing engines equipped with heat and cold heat production for solar heating air + heat and cold for heat generation + turbine blades with the same diameter of each section and fitted bolt assembly turbine in two stages with heat pump.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy conservation cycle combined engines in which 3 sets of mating bolt assembly turbines and heat pumps are provided in three stages with the buckets of fully automatic machinable turbines as the same diameter and diameter.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy conservation cycle combined engines with four stages of mating bolt assembly turbines and heat pumps, with the buckets of fully automatable turbines having the same diameter and diameter.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy conservation cycle combined engines that set the rotating blade group of the turbine that can be fully automated processed to the same diameter and approximately the same shape in each stage, and set the mating bolt assembly turbine with the heat pump in five stages.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle combined engines that have mating bolt assembly turbines and heat pumps provided in six stages with the same size and diameter of the moving blades of the turbine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy conservation cycle combined engines which set the rotating blade group of the turbine to the same diameter approximately every stage and fitted bolt assembly turbine with the heat pump in 7 stages.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation + additional thrust bearing + solar heat air compressed and heated by heat + cold heat + fully-automatically processable turbine blade of the same diameter for each paragraph The various energy preservation cycle united engine provided in 8 stages with.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic floating + additional thrust bearing + solar light heating air compression thermal and cold heat production + fully automatic processing turbine blade group of the same diameter for each stage approximately the same diameter heat the mating bolt assembly turbine Various energy storage cycle combined engines provided in 9 stages with pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic floating + additional thrust bearing + solar heat air compressed and heated by heat + cold heat production + fully automatic processing The moving blade group of the turbine can have the same diameter and diameter for each stage and the bolt assembly turbine Various energy storage cycle combined engines provided in 10 stages with heat pumps.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation + additional thrust bearing + solar heat air for compression thermal and cold heat production + turbine rotor blade group with the same diameter and shape for each stage bolt assembly turbine with heat pump in one stage Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation + additional thrust bearing + solar heat air for compression thermal and cold heat production + turbine blade group with the same diameter for each stage and bolt assembly turbine in two stages with heat pump Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Drive + Hydraulic Levitation + Additional Thrust Bearing + Solar Heated Air Compression Heat and Cold Heat Production + Fully Automatic Processable Turbine Rotatable Rotor Blades of Each Stage with Same Diameter Same Shape for Each Bolt Assembly Bolt Assembly Turbine Various energy storage cycle combined engines provided in 3 stages with heat pumps.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Drive + Hydraulic Levitation + Additional Thrust Bearing + Solar Heated Air Compressive Thermal and Cold Heat Production + Fully Automatic Processable Turbine Rotatable Blade Group of Each Stage with Same Diameter Same Fitting Bolt Assembly Turbine A variety of energy storage cycle coalescing engines provided in four stages with heat pumps.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Force Drive + Hydraulic Levitation + Additional Thrust Bearing + Solar Heated Air Compressive Heat and Cold Heat Production + Fully Automatic Machining of Turbine Blades with Equal Diameters for Each Stage and Fitting Bolt Assembly Various energy storage cycle combined engines with turbines provided in 5 stages with heat pumps.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + solar heat air compressed heat and cold heat production + turbine rotor blade group with the same diameter and diameter for each stage with bolt assembly turbine with heat pump 6 Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + solar heat air compressed heat and cold heat production + turbine rotor blade group with the same diameter almost same shape every stage 7 together with heat pump with heat pump Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + CO2 exhaust with small injection propulsion output increase + hydraulic levitation levitation additional thrust bearing + A variety of energy storage cycle coalescing engines equipped with eight stages of mating bolt assembly turbines, each of which has the same diameter as the turbine rotor blade group driven by compression thermal energy and cold heat production + metal ball mercury acceleration driven by solar heating air.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + CO2 exhaust with small injection propulsion output increase + hydraulic levitation levitation additional thrust bearing + A variety of energy storage cycle coalescing engines equipped with 9 stages of bolt assembly turbines with compression heating and cold heat production of solar heating air + rotor blades of multi-stage turbines with the same diameter and shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + CO2 exhaust with small injection propulsion output increase + hydraulic levitation levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with 10 stages of mating bolt assembly turbines with compression heating and cold heat production of solar heating air + rotor blades of multi-stage turbine with the same diameter and shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + CO2 exhaust with small injection propulsion output increase + hydraulic levitation levitation additional thrust bearing + A variety of energy storage cycle coalescing engines, in which the solar heating air is compressed thermal and cold heat production + the turbine blade group has the same diameter and shape, and the bolt assembly turbine is provided in one stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + CO2 exhaust with small injection propulsion output increase + hydraulic levitation levitation additional thrust bearing + A variety of energy storage cycle coalescing engines equipped with two stages of mating bolt assembly turbines, with solar heating air compressed and heat and cold produced + turbine rotor blade groups of the same diameter and shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy conservation cycle combined engines equipped with three stages of mating bolt assembly turbines with the same size and almost the same diameter as the turbine blade group of acceleration driven metal ball mercury.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy conservation cycle combined engines equipped with four stages of mating bolt assembly turbines, each of which has the same diameter as that of each stage of the multistage turbine rotor blade group.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy conservation cycle combined engines equipped with 5 stages of mating bolt assembly turbines with the same diameter of each stage and the same diameter of multistage turbine blade group.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle combined engines with six stages of mating bolt assembly turbines with the same diameter of each stage and the same diameter of turbine blades.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy conservation cycle combined engines equipped with 7 stages of mating bolt assembly turbines with the same size and diameter as the turbine blade group.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy conservation cycle combined engines equipped with eight stages of mating bolt assembly turbines with the same size and almost the same diameter of turbine blade group of mercury ball acceleration drive.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines that aim at 1000 times the power generation amount by providing 9 stages of mating bolt assembly turbines with the same size of the rotor blades of the acceleration-driven turbine and the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy conservation cycle combined engines equipped with 10 stages of mating bolt assembly turbines with the same diameter of each stage as the moving blade group of multi-stage turbine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy conservation cycle combined engines with one set of mating bolt assembly turbines in one stage, with the turbine blade group of the turbine having the same diameter and diameter.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle combined engines with two stages of mating bolt assembly turbines with the same size and diameter as the turbine blade group.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force drive + hydraulic levitation levitation additional thrust bearing + solar heat heating air compression heat recovery and divided into calorific pressure and mass pressure to drive each turbine + metal ball mercury acceleration drive A variety of energy storage cycle combined engines with three stages of mating bolt assembly turbines, each of which has the same size and diameter as the turbine rotor blade group.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force drive + Hydraulic levitation levitation additional thrust bearing + Solar heat air is compressed heat recovery and divided and saved as calorific pressure and mass pressure to drive each turbine + Multistage turbine blade group A variety of energy storage cycle combined engines equipped with four stages of mating bolt assembly turbines with the same diameter and approximately the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force drive + Hydraulic levitation levitation additional thrust bearing + Solar heat air is compressed heat recovery and divided and saved as calorific pressure and mass pressure to drive each turbine + Multistage turbine blade group A variety of energy storage cycle combined engines equipped with five stages of mating bolt assembly turbines with the same diameter and approximately the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force drive + Hydraulic levitation levitation + additional thrust bearing + Solar heat air is compressed heat recovery and divided into calorific pressure and mass pressure to drive each turbine + Turbine moving blade group of the turbine stage A variety of energy storage cycle combined engines equipped with 6 stages of mating bolt assembly turbines with approximately the same diameter and shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force drive + Hydraulic levitation levitation additional thrust bearing + Solar heat air is compressed heat recovery and divided and saved as calorific pressure and mass pressure to drive each turbine + Turbine bucket group per stage A variety of energy storage cycle combined engines with seven stages of mating bolt assembly turbines with approximately the same diameter and shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force drive + hydraulic levitation levitation additional thrust bearing + solar heat heating air compression heat recovery and divided into calorific pressure and mass pressure to drive each turbine + metal ball mercury acceleration drive A variety of energy storage cycle combined engines with eight stages of mating bolt assembly turbines, each of which has the same size and diameter as the turbine rotor blade group.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force drive + hydraulic levitation levitation additional thrust bearing + solar heat heating air compression heat recovery and divided into calorific pressure and mass pressure to drive each turbine + metal ball mercury acceleration drive A variety of energy storage cycle combined engines with 9 stages of mating bolt assembly turbines, each of which has the same size and diameter as the turbine blades.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force drive + hydraulic levitation levitation additional thrust bearing + solar heat heating air compression heat recovery and divided into calorific pressure and mass pressure to drive each turbine + metal ball mercury acceleration drive A variety of energy storage cycle combined engines with 10 stages of mating bolt assembly turbines, each of which has the same size and diameter as the turbine blades.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force drive + hydraulic levitation levitation additional thrust bearing + solar heat heating air compression heat recovery and divided into calorific pressure and mass pressure to drive each turbine + metal ball mercury acceleration drive A variety of energy storage cycle combined engines with one stage of mating bolt assembly and a turbine assembly with the same size and diameter as the turbine blade group.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force drive + hydraulic levitation levitation additional thrust bearing + solar heat heating air compression heat recovery and divided into calorific pressure and mass pressure to drive each turbine + metal ball mercury acceleration drive A variety of energy storage cycle combined engines with two stages of mating bolt assembly turbines, each of which has the same size and diameter as the turbine rotor blade group.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force drive + Hydraulic levitation levitation additional thrust bearing + Solar heat air is compressed heat recovery and divided and saved as calorific pressure and mass pressure to drive each turbine + Multistage turbine blade group A variety of energy storage cycle combined engines equipped with three stages of mating bolt assembly turbines with the same diameter and approximately the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force drive + Hydraulic levitation levitation additional thrust bearing + Solar heat air is compressed heat recovery and divided and saved as calorific pressure and mass pressure to drive each turbine + Multistage turbine blade group A variety of energy storage cycle combined engines equipped with four stages of mating bolt assembly turbines with the same diameter and approximately the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force drive + Hydraulic levitation levitation additional thrust bearing + Solar heat air is compressed heat recovery and divided and saved as calorific pressure and mass pressure to drive each turbine + Multistage turbine blade group A variety of energy storage cycle combined engines equipped with five stages of mating bolt assembly turbines with the same diameter and approximately the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force drive + Hydraulic levitation levitation additional thrust bearing + Solar heat air is compressed heat recovery and divided and saved as calorific pressure and mass pressure to drive each turbine + Multistage turbine blade group A variety of energy storage cycle combined engines equipped with six stages of mating bolt assembly turbines with the same diameter and approximately the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force drive + Hydraulic levitation levitation additional thrust bearing + Solar heat air is compressed heat recovery and divided and saved as calorific pressure and mass pressure to drive each turbine + Multistage turbine blade group A variety of energy storage cycle combined engines equipped with 7 stages of mating bolt assembly turbines with the same diameter and approximately the same shape for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force drive + Hydraulic levitation levitation additional thrust bearing + Solar heat air is compressed heat recovery and divided and saved as calorific pressure and mass pressure to drive each turbine + Multistage turbine blade group A variety of energy storage cycle combined engines equipped with eight stages of mating bolt assembly turbines with the same diameter and approximately the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force drive + Hydraulic levitation levitation additional thrust bearing + Solar heat air is compressed heat recovery and divided and saved as calorific pressure and mass pressure to drive each turbine + Multistage turbine blade group A variety of energy storage cycle combined engines with nine stages of mating bolt assembly turbines with the same diameter and approximately the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force drive + Hydraulic levitation levitation additional thrust bearing + Solar heat air is compressed heat recovery and divided and saved as calorific pressure and mass pressure to drive each turbine + Multistage turbine blade group A variety of energy storage cycle combined engines equipped with 10 stages of mating bolt assembly turbines with the same diameter and approximately the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force drive + Hydraulic levitation levitation additional thrust bearing + Solar heat air is compressed heat recovery and divided and saved as calorific pressure and mass pressure to drive each turbine + Multistage turbine blade group A variety of energy storage cycle combined engines equipped with a fitting bolt assembly turbine in one stage with the same diameter and approximately the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force drive + Hydraulic levitation levitation additional thrust bearing + Solar heat air is compressed heat recovery and divided and saved as calorific pressure and mass pressure to drive each turbine + Multistage turbine blade group A variety of energy storage cycle combined engines with two stages of mating bolt assembly turbines with the same diameter and approximately the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force drive + Hydraulic levitation levitation + additional thrust bearing + Solar heat air is compressed heat recovery and divided into calorific pressure and mass pressure to drive each turbine + Turbine moving blade group of the turbine stage A variety of energy storage cycle combined engines with three stages of mating bolt assembly turbines with approximately the same diameter and shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force drive + Hydraulic levitation levitation + additional thrust bearing + Solar heat air is compressed heat recovery and divided into calorific pressure and mass pressure to drive each turbine + Turbine moving blade group of the turbine stage Various energy storage cycle combined engines equipped with four stages of mating bolt assembly turbines with the same diameter and approximately the same diameter.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force drive + Hydraulic levitation levitation + additional thrust bearing + Solar heat air is compressed heat recovery and divided into calorific pressure and mass pressure to drive each turbine + Turbine moving blade group of the turbine stage Various energy storage cycle combined engines equipped with five stages of mating bolt assembly turbines with the same diameter and approximately the same diameter.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force drive + Hydraulic levitation levitation + additional thrust bearing + Solar heat air is compressed heat recovery and divided into calorific pressure and mass pressure to drive each turbine + Turbine moving blade group of the turbine stage A variety of energy storage cycle combined engines equipped with 6 stages of mating bolt assembly turbines with approximately the same diameter and shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force drive + Hydraulic levitation levitation + additional thrust bearing + Solar heat air is compressed heat recovery and divided into calorific pressure and mass pressure to drive each turbine + Turbine moving blade group of the turbine stage Various energy storage cycle combined engines equipped with 7 stages of mating bolt assembly turbines with approximately the same diameter and diameter.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force drive + Hydraulic levitation levitation additional thrust bearing + Solar heat air is compressed heat recovery and divided and saved as calorific pressure and mass pressure to drive each turbine + Turbine bucket group per stage Various energy storage cycle combined engines with eight stages of mating bolt assembly turbines with the same diameter and shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force drive + Hydraulic levitation levitation additional thrust bearing + Solar heat air is compressed heat recovery and divided and saved as calorific pressure and mass pressure to drive each turbine + Turbine bucket group per stage Various energy storage cycle combined engines with 9 stages of mating bolt assembly turbines with the same diameter and shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force drive + Hydraulic levitation levitation additional thrust bearing + Solar heat air is compressed heat recovery and divided and saved as calorific pressure and mass pressure to drive each turbine + Turbine bucket group per stage Various energy storage cycle combined engines with 10 stages of mating bolt assembly turbines with the same diameter and shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force drive + Hydraulic levitation levitation additional thrust bearing + Solar heat air is compressed heat recovery and divided and saved as calorific pressure and mass pressure to drive each turbine + Turbine bucket group per stage A variety of energy storage cycle combined engines with the same diameter and same shape provided with a fitting bolt assembly turbine in one stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force drive + Hydraulic levitation levitation additional thrust bearing + Solar heat air is compressed heat recovery and divided and saved as calorific pressure and mass pressure to drive each turbine + Turbine bucket group per stage Various energy storage cycle combined engines with two stages of mating bolt assembly turbines with the same diameter and shape.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Drive + Hydraulic Levitation + Additional Thrust Bearing + Solar Heated Air Compression Heat and Cold Heat Production + Metal Ball Mercury Accelerated Driven Turbine Rotor Blade Group Same diameter for each paragraph Fit bolt assembly Various energy storage cycle combined engines with three stages of turbines.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + solar heat air compression and thermal energy production + multistage turbine rotor blade group with the same diameter and shape for each stage Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + solar heat air compression and heat production + compression + heat transfer of multistage turbines with same diameter for each stage Various energy storage cycle combined engines where the rotating blade group of the turbine equipped with the heat retention device provided has the same diameter and approximately the same diameter for each stage.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + hydraulic levitation + additional thrust bearing + solar heat air compression and heat production + heat transfer + turbine turbine blade group with the same diameter and shape for each stage Various energy conservation cycle union engine.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + solar heat air compressed heat and cold heat production + turbine rotor blade group with the same diameter and approximately same shape for each stage Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various types of energy storage cycle coalescing engines equipped with 8 stages of mating bolt assembly turbines with the same size and almost same shape of turbine rotor blade group driven by compression heat and cold heat + metal sphere mercury acceleration air + solar heat air.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various types of energy storage cycle coalescing engines equipped with 9 stages of mating bolt assembly turbines with the same size of the rotor blades of the multistage turbine and the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various types of energy storage cycle coalescing engines equipped with 10 stages of mating bolt assembly turbines with the same size and almost same shape of rotor blades of multistage turbine with compression thermal and cold heat production of solar heating air + multistage turbine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various types of energy storage cycle coalescing engines, in which the solar heating air is compressed thermal and cold heat production + the turbine blade group has the same diameter and the same shape in each stage, and the bolt assembly turbine is provided in one stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various types of energy storage cycle coalescing engines equipped with two stages of mating bolt assembly turbines with the same size and approximately the same diameter for each stage of the turbine blade group with compression heat and cold heat production of solar heating air.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Various energy storage cycle coalescing engines equipped with three stages of mating bolt assembly turbines with the same size of approximately the same diameter turbine rotor blade group driven by compression heat and cold heat + metal ball mercury acceleration with solar heating air.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Various types of energy storage cycle coalescing engines equipped with four stages of mating bolt assembly turbines, with the rotor blades of the multistage turbine having the same diameter and approximately the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Various types of energy storage cycle coalescing engines equipped with five stages of mating bolt assembly turbines, with the rotor blades of the multistage turbine having the same diameter and approximately the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Various types of energy storage cycle coalescing engines equipped with six stages of mating bolt assembly turbines, with the rotor blades of the turbine having the same diameter and approximately the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Various types of energy storage cycle coalescing engines equipped with 7 stages of mating bolt assembly turbines with compression and heat production of solar heating air and compression heat and cold heat production + turbine blades with the same diameter and shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various types of energy storage cycle coalescing engines equipped with 8 stages of mating bolt assembly turbines with the same size and almost same shape of turbine rotor blade group driven by compression heat and cold heat + metal sphere mercury acceleration air + solar heat air.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various types of energy storage cycle coalescing engines equipped with 9 stages of mating bolt assembly turbines with the same size of the rotor blades of the multistage turbine and the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various types of energy storage cycle coalescing engines equipped with 10 stages of mating bolt assembly turbines with the same size and almost same shape of rotor blades of multistage turbine with compression thermal and cold heat production of solar heating air + multistage turbine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various types of energy storage cycle coalescing engines, in which the solar heating air is compressed thermal and cold heat production + the turbine blade group has the same diameter and the same shape in each stage, and the bolt assembly turbine is provided in one stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various types of energy storage cycle coalescing engines equipped with two stages of mating bolt assembly turbines with the same size and approximately the same diameter for each stage of the turbine blade group with compression heat and cold heat production of solar heating air.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic floating + additional thrust bearing + solar light heating air compression thermal energy and cold energy production + metal ball mercury accelerating acceleration turbine blade group driven by the same diameter as each stage and fitted bolt assembly turbine Various energy conservation cycle combined engine provided in 3 stages.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation + additional thrust bearings + solar heat air for compression thermal and cold heat + moving turbine blade group of multi-stage turbines with the same diameter and substantially the same shape for each stage Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation + additional thrust bearings + solar heat air for compression thermal and cold heat + moving turbine blade group of multi-stage turbines with the same diameter and substantially the same shape for each stage Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force driven + Hydraulic levitation + additional thrust bearing + solar heat air compressed and heat produced by heat + cold turbine + moving blade group of turbine with same diameter and same shape for each stage Energy Conservation Cycle Coalition Agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation + additional thrust bearing + solar heat air for compression thermal and cold heat production + turbine bucket group with the same diameter and substantially the same shape for each stage Various energy provided with 7 stages of bolt assembly turbines Preservation cycle union agency.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Drive + Hydraulic Levitation + Additional Thrust Bearing + Solar Heated Air Compression Heat and Cold Heat Production + Metal Ball Mercury Accelerated Driven Turbine Rotor Blade Group Same diameter for each paragraph Fit bolt assembly Various energy storage cycle combined engines with eight stages of turbines.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + solar heat air compression and heat production + heat transfer + multistage turbine rotor blade group with the same diameter and diameter for each paragraph Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + solar heat air compression and heat production + heat transfer + multistage turbine rotor blade group same diameter for each stage 10 bolt assembly Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + solar heat air compressed heat and cold heat production + turbine rotor blade group of the same diameter for each stage with a bolt assembly turbine provided in one stage Various energy conservation cycle union engine.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + solar heat air compressed heat and cold heat production + turbine rotor blade group with the same diameter and substantially same shape for each stage Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various types of energy storage cycle coalescing engines equipped with three stages of mating bolt assembly turbines with the same size and almost same shape of turbine rotor blades driven by compression heat and cold heat + metal ball mercury acceleration by + solar heat air.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various types of energy storage cycle coalescing engines equipped with four stages of mating bolt assembly turbines with the same size of the rotor blades of the multistage turbine and the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various types of energy storage cycle coalescing engines equipped with five stages of mating bolt assembly turbines with the same size of the rotor blades of the multistage turbine and the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various types of energy storage cycle coalescing engines equipped with six stages of mating bolt assembly turbines with the same size of the rotor blades of the turbine and the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various types of energy storage cycle coalescing engines equipped with 7 stages of mating bolt assembly turbines, with solar heating air compressed and heated to thermal and cold heat + turbine buckets with the same diameter and shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Various energy storage cycle coalescing engines equipped with 8 stages of mating bolt assembly turbines with the same size and almost same shape of turbine rotor blade group driven by compression heat and cold heat + metal ball mercury acceleration with solar heating air.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Various types of energy storage cycle coalescing engines equipped with 9 stages of mating bolt assembly turbines, with the rotor blades of the multistage turbine having the same diameter and approximately the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Various types of energy storage cycle coalescing engines equipped with 10 stages of mating bolt assembly turbines, with the rotor blades of the multistage turbine having the same diameter and approximately the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Various kinds of energy storage cycle coalescing engines equipped with compression bolt assembly turbines in one stage with the rotor blades of the turbine having the same diameter and the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Various kinds of energy storage cycle coalescing engines equipped with two stages of mating bolt assembly turbines with compression and heat production of solar heating air and compression heat and cold heat production + turbine blades with the same diameter and shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various types of energy storage cycle coalescing engines equipped with three stages of mating bolt assembly turbines with the same size and almost same shape of turbine rotor blades driven by compression heat and cold heat + metal ball mercury acceleration by + solar heat air.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various types of energy storage cycle coalescing engines equipped with four stages of mating bolt assembly turbines with the same size of the rotor blades of the multistage turbine and the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various types of energy storage cycle coalescing engines equipped with five stages of mating bolt assembly turbines with the same size of the rotor blades of the multistage turbine and the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various types of energy storage cycle coalescing engines equipped with six stages of mating bolt assembly turbines with the same size of the rotor blades of the turbine and the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various types of energy storage cycle coalescing engines equipped with 7 stages of mating bolt assembly turbines, with solar heating air compressed and heated to thermal and cold heat + turbine buckets with the same diameter and shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic floating + additional thrust bearing + solar light heating air compression thermal energy and cold energy production + metal ball mercury accelerating acceleration turbine blade group driven by the same diameter as each stage and fitted bolt assembly turbine Various energy conservation cycle combined engines provided in 8 stages.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic levitation levitation additional thrust bearing + solar heat air for compression thermal and cold heat production + rotor blade group of multi-stage turbine with the same diameter approximately the same shape for each stage Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation + additional thrust bearing + solar heat air for compression thermal and cold heat + moving turbine blade group of multi-stage turbine with the same diameter and shape for each paragraph Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force driven + hydraulic levitation + additional thrust bearing + solar heat air compressed and heated by heat + cold heat + turbine turbine blades with the same diameter and shape for each stage Various types of bolt assembly turbine provided in one stage Energy Conservation Cycle Coalition Agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation + additional thrust bearing + solar heat air for compression thermal and cold heat production + turbine bucket group with the same diameter and substantially the same shape for each stage Various energy provided with two stages of bolt assembly turbines Preservation cycle union agency.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Drive + Hydraulic Levitation + Additional Thrust Bearing + Solar Heated Air Compression Heat and Cold Heat Production + Metal Ball Mercury Accelerated Driven Turbine Rotor Blade Group Same diameter for each paragraph Fit bolt assembly Various energy storage cycle combined engines with three stages of turbines.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + solar heat air compression and thermal energy production + multistage turbine rotor blade group with the same diameter and shape for each stage Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + solar heat air compression and heat production + compression + heat transfer of multistage turbines with same diameter for each stage Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + hydraulic levitation + additional thrust bearing + solar heat air compression and heat production + heat transfer + turbine turbine blade group with the same diameter and shape for each stage Various energy conservation cycle union engine.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + solar heat air compressed heat and cold heat production + turbine rotor blade group with the same diameter and approximately same shape for each stage Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various types of energy storage cycle coalescing engines equipped with 8 stages of mating bolt assembly turbines with the same size and almost same shape of turbine rotor blade group driven by compression heat and cold heat + metal sphere mercury acceleration air + solar heat air.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various types of energy storage cycle coalescing engines equipped with 9 stages of mating bolt assembly turbines with the same size of the rotor blades of the multistage turbine and the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various types of energy storage cycle coalescing engines equipped with 10 stages of mating bolt assembly turbines with the same size and almost same shape of rotor blades of multistage turbine with compression thermal and cold heat production of solar heating air + multistage turbine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various types of energy storage cycle coalescing engines, in which the solar heating air is compressed thermal and cold heat production + the turbine blade group has the same diameter and the same shape in each stage, and the bolt assembly turbine is provided in one stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various types of energy storage cycle coalescing engines equipped with two stages of mating bolt assembly turbines with the same size and approximately the same diameter for each stage of the turbine blade group with compression heat and cold heat production of solar heating air.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Various energy storage cycle coalescing engines equipped with three stages of mating bolt assembly turbines with the same size of approximately the same diameter turbine rotor blade group driven by compression heat and cold heat + metal ball mercury acceleration with solar heating air.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Various types of energy storage cycle coalescing engines equipped with four stages of mating bolt assembly turbines, with the rotor blades of the multistage turbine having the same diameter and approximately the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Various types of energy storage cycle coalescing engines equipped with five stages of mating bolt assembly turbines, with the rotor blades of the multistage turbine having the same diameter and approximately the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Various types of energy storage cycle coalescing engines equipped with six stages of mating bolt assembly turbines, with the rotor blades of the turbine having the same diameter and approximately the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Various types of energy storage cycle coalescing engines equipped with 7 stages of mating bolt assembly turbines with compression and heat production of solar heating air and compression heat and cold heat production + turbine blades with the same diameter and shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various types of energy storage cycle coalescing engines equipped with 8 stages of mating bolt assembly turbines with the same size and almost same shape of turbine rotor blade group driven by compression heat and cold heat + metal sphere mercury acceleration air + solar heat air.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various types of energy storage cycle coalescing engines equipped with 9 stages of mating bolt assembly turbines with the same size of the rotor blades of the multistage turbine and the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various types of energy storage cycle coalescing engines equipped with 10 stages of mating bolt assembly turbines with the same size and almost same shape of rotor blades of multistage turbine with compression thermal and cold heat production of solar heating air + multistage turbine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various types of energy storage cycle coalescing engines, in which the solar heating air is compressed thermal and cold heat production + the turbine blade group has the same diameter and the same shape in each stage, and the bolt assembly turbine is provided in one stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various types of energy storage cycle coalescing engines equipped with two stages of mating bolt assembly turbines with the same size and approximately the same diameter for each stage of the turbine blade group with compression heat and cold heat production of solar heating air.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic floating + additional thrust bearing + solar light heating air compression thermal energy and cold energy production + metal ball mercury accelerating acceleration turbine blade group driven by the same diameter as each stage and fitted bolt assembly turbine Various energy conservation cycle combined engine provided in 3 stages.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation + additional thrust bearings + solar heat air for compression thermal and cold heat + moving turbine blade group of multi-stage turbines with the same diameter and substantially the same shape for each stage Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation + additional thrust bearings + solar heat air for compression thermal and cold heat + moving turbine blade group of multi-stage turbines with the same diameter and substantially the same shape for each stage Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force driven + Hydraulic levitation + additional thrust bearing + solar heat air compressed and heat produced by heat + cold turbine + moving blade group of turbine with same diameter and same shape for each stage Energy Conservation Cycle Coalition Agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation + additional thrust bearing + solar heat air for compression thermal and cold heat production + turbine bucket group with the same diameter and substantially the same shape for each stage Various energy provided with 7 stages of bolt assembly turbines Preservation cycle union agency.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Drive + Hydraulic Levitation + Additional Thrust Bearing + Solar Heated Air Compression Heat and Cold Heat Production + Metal Ball Mercury Accelerated Driven Turbine Rotor Blade Group Same diameter for each paragraph Fit bolt assembly Various energy storage cycle combined engines with eight stages of turbines.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + solar heat air compression and heat production + heat transfer + multistage turbine rotor blade group with the same diameter and diameter for each paragraph Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + solar heat air compression and heat production + heat transfer + multistage turbine rotor blade group same diameter for each stage 10 bolt assembly Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + solar heat air compressed heat and cold heat production + turbine rotor blade group of the same diameter for each stage with a bolt assembly turbine provided in one stage Various energy conservation cycle union engine.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + solar heat air compressed heat and cold heat production + turbine rotor blade group with the same diameter and substantially same shape for each stage Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various types of energy storage cycle coalescing engines equipped with three stages of mating bolt assembly turbines with the same size and almost same shape of turbine rotor blades driven by compression heat and cold heat + metal ball mercury acceleration by + solar heat air.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various types of energy storage cycle coalescing engines equipped with four stages of mating bolt assembly turbines with the same size of the rotor blades of the multistage turbine and the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various types of energy storage cycle coalescing engines equipped with five stages of mating bolt assembly turbines with the same size of the rotor blades of the multistage turbine and the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various types of energy storage cycle coalescing engines equipped with six stages of mating bolt assembly turbines with the same size of the rotor blades of the turbine and the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various types of energy storage cycle coalescing engines equipped with 7 stages of mating bolt assembly turbines, with solar heating air compressed and heated to thermal and cold heat + turbine buckets with the same diameter and shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Various energy storage cycle coalescing engines equipped with 8 stages of mating bolt assembly turbines with the same size and almost same shape of turbine rotor blade group driven by compression heat and cold heat + metal ball mercury acceleration with solar heating air.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Various types of energy storage cycle coalescing engines equipped with 9 stages of mating bolt assembly turbines, with the rotor blades of the multistage turbine having the same diameter and approximately the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Various types of energy storage cycle coalescing engines equipped with 10 stages of mating bolt assembly turbines, with the rotor blades of the multistage turbine having the same diameter and approximately the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Various kinds of energy storage cycle coalescing engines equipped with compression bolt assembly turbines in one stage with the rotor blades of the turbine having the same diameter and the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Various kinds of energy storage cycle coalescing engines equipped with two stages of mating bolt assembly turbines with compression and heat production of solar heating air and compression heat and cold heat production + turbine blades with the same diameter and shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various types of energy storage cycle coalescing engines equipped with three stages of mating bolt assembly turbines with the same size and almost same shape of turbine rotor blades driven by compression heat and cold heat + metal ball mercury acceleration by + solar heat air.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various types of energy storage cycle coalescing engines equipped with four stages of mating bolt assembly turbines with the same size of the rotor blades of the multistage turbine and the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various types of energy storage cycle coalescing engines equipped with five stages of mating bolt assembly turbines with the same size of the rotor blades of the multistage turbine and the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various types of energy storage cycle coalescing engines equipped with six stages of mating bolt assembly turbines with the same size of the rotor blades of the turbine and the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various types of energy storage cycle coalescing engines equipped with 7 stages of mating bolt assembly turbines, with solar heating air compressed and heated to thermal and cold heat + turbine buckets with the same diameter and shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic floating + additional thrust bearing + solar light heating air compression thermal energy and cold energy production + metal ball mercury accelerating acceleration turbine blade group driven by the same diameter as each stage and fitted bolt assembly turbine Various energy conservation cycle combined engines provided in 8 stages.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic levitation levitation additional thrust bearing + solar heat air for compression thermal and cold heat production + rotor blade group of multi-stage turbine with the same diameter approximately the same shape for each stage Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation + additional thrust bearing + solar heat air for compression thermal and cold heat + moving turbine blade group of multi-stage turbine with the same diameter and shape for each paragraph Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force driven + hydraulic levitation + additional thrust bearing + solar heat air compressed and heated by heat + cold heat + turbine turbine blades with the same diameter and shape for each stage Various types of bolt assembly turbine provided in one stage Energy Conservation Cycle Coalition Agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation + additional thrust bearing + solar heat air for compression thermal and cold heat production + turbine bucket group with the same diameter and substantially the same shape for each stage Various energy provided with two stages of bolt assembly turbines Preservation cycle union agency.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Drive + Hydraulic Levitation + Additional Thrust Bearing + Solar Heated Air Compression Heat and Cold Heat Production + Metal Ball Mercury Accelerated Driven Turbine Rotor Blade Group Same diameter for each paragraph Fit bolt assembly Various energy storage cycle combined engines with three stages of turbines.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + solar heat air compression and thermal energy production + multistage turbine rotor blade group with the same diameter and shape for each stage Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + solar heat air compression and heat production + compression + heat transfer of multistage turbines with same diameter for each stage Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + hydraulic levitation + additional thrust bearing + solar heat air compression and heat production + heat transfer + turbine turbine blade group with the same diameter and shape for each stage Various energy conservation cycle union engine.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + solar heat air compressed heat and cold heat production + turbine rotor blade group with the same diameter and approximately same shape for each stage Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various types of energy storage cycle coalescing engines equipped with 8 stages of mating bolt assembly turbines with the same size and almost same shape of turbine rotor blade group driven by compression heat and cold heat + metal sphere mercury acceleration air + solar heat air.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various types of energy storage cycle coalescing engines equipped with 9 stages of mating bolt assembly turbines with the same size of the rotor blades of the multistage turbine and the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various types of energy storage cycle coalescing engines equipped with 10 stages of mating bolt assembly turbines with the same size and almost same shape of rotor blades of multistage turbine with compression thermal and cold heat production of solar heating air + multistage turbine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various types of energy storage cycle coalescing engines, in which the solar heating air is compressed thermal and cold heat production + the turbine blade group has the same diameter and the same shape in each stage, and the bolt assembly turbine is provided in one stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various types of energy storage cycle coalescing engines equipped with two stages of mating bolt assembly turbines with the same size and approximately the same diameter for each stage of the turbine blade group with compression heat and cold heat production of solar heating air.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Various energy storage cycle coalescing engines equipped with three stages of mating bolt assembly turbines with the same size of approximately the same diameter turbine rotor blade group driven by compression heat and cold heat + metal ball mercury acceleration with solar heating air.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Various types of energy storage cycle coalescing engines equipped with four stages of mating bolt assembly turbines, with the rotor blades of the multistage turbine having the same diameter and approximately the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Various types of energy storage cycle coalescing engines equipped with five stages of mating bolt assembly turbines, with the rotor blades of the multistage turbine having the same diameter and approximately the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Various types of energy storage cycle coalescing engines equipped with six stages of mating bolt assembly turbines, with the rotor blades of the turbine having the same diameter and approximately the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Various types of energy storage cycle coalescing engines equipped with 7 stages of mating bolt assembly turbines with compression and heat production of solar heating air and compression heat and cold heat production + turbine blades with the same diameter and shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various types of energy storage cycle coalescing engines equipped with 8 stages of mating bolt assembly turbines with the same size and almost same shape of turbine rotor blade group driven by compression heat and cold heat + metal sphere mercury acceleration air + solar heat air.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various types of energy storage cycle coalescing engines equipped with 9 stages of mating bolt assembly turbines with the same size of the rotor blades of the multistage turbine and the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various types of energy storage cycle coalescing engines equipped with 10 stages of mating bolt assembly turbines with the same size and almost same shape of rotor blades of multistage turbine with compression thermal and cold heat production of solar heating air + multistage turbine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various types of energy storage cycle coalescing engines, in which the solar heating air is compressed thermal and cold heat production + the turbine blade group has the same diameter and the same shape in each stage, and the bolt assembly turbine is provided in one stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various types of energy storage cycle coalescing engines equipped with two stages of mating bolt assembly turbines with the same size and approximately the same diameter for each stage of the turbine blade group with compression heat and cold heat production of solar heating air.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic floating + additional thrust bearing + solar light heating air compression thermal energy and cold energy production + metal ball mercury accelerating acceleration turbine blade group driven by the same diameter as each stage and fitted bolt assembly turbine Various energy conservation cycle combined engine provided in 3 stages.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation + additional thrust bearings + solar heat air for compression thermal and cold heat + moving turbine blade group of multi-stage turbines with the same diameter and substantially the same shape for each stage Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation + additional thrust bearings + solar heat air for compression thermal and cold heat + moving turbine blade group of multi-stage turbines with the same diameter and substantially the same shape for each stage Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force driven + Hydraulic levitation + additional thrust bearing + solar heat air compressed and heat produced by heat + cold turbine + moving blade group of turbine with same diameter and same shape for each stage Energy Conservation Cycle Coalition Agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation + additional thrust bearing + solar heat air for compression thermal and cold heat production + turbine bucket group with the same diameter and substantially the same shape for each stage Various energy provided with 7 stages of bolt assembly turbines Preservation cycle union agency.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Drive + Hydraulic Levitation + Additional Thrust Bearing + Solar Heated Air Compression Heat and Cold Heat Production + Metal Ball Mercury Accelerated Driven Turbine Rotor Blade Group Same diameter for each paragraph Fit bolt assembly Various energy storage cycle combined engines with eight stages of turbines.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + solar heat air compression and heat production + heat transfer + multistage turbine rotor blade group with the same diameter and diameter for each paragraph Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + solar heat air compression and heat production + heat transfer + multistage turbine rotor blade group same diameter for each stage 10 bolt assembly Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + solar heat air compressed heat and cold heat production + turbine rotor blade group of the same diameter for each stage with a bolt assembly turbine provided in one stage Various energy conservation cycle union engine.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + solar heat air compressed heat and cold heat production + turbine rotor blade group with the same diameter and substantially same shape for each stage Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various types of energy storage cycle coalescing engines equipped with three stages of mating bolt assembly turbines with the same size and almost same shape of turbine rotor blades driven by compression heat and cold heat + metal ball mercury acceleration by + solar heat air.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various types of energy storage cycle coalescing engines equipped with four stages of mating bolt assembly turbines with the same size of the rotor blades of the multistage turbine and the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various types of energy storage cycle coalescing engines equipped with five stages of mating bolt assembly turbines with the same size of the rotor blades of the multistage turbine and the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various types of energy storage cycle coalescing engines equipped with six stages of mating bolt assembly turbines with the same size of the rotor blades of the turbine and the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various types of energy storage cycle coalescing engines equipped with 7 stages of mating bolt assembly turbines, with solar heating air compressed and heated to thermal and cold heat + turbine buckets with the same diameter and shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Various energy storage cycle coalescing engines equipped with 8 stages of mating bolt assembly turbines with the same size and almost same shape of turbine rotor blade group driven by compression heat and cold heat + metal ball mercury acceleration with solar heating air.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Various types of energy storage cycle coalescing engines equipped with 9 stages of mating bolt assembly turbines, with the rotor blades of the multistage turbine having the same diameter and approximately the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Various types of energy storage cycle coalescing engines equipped with 10 stages of mating bolt assembly turbines, with the rotor blades of the multistage turbine having the same diameter and approximately the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Various kinds of energy storage cycle coalescing engines equipped with compression bolt assembly turbines in one stage with the rotor blades of the turbine having the same diameter and the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Various kinds of energy storage cycle coalescing engines equipped with two stages of mating bolt assembly turbines with compression and heat production of solar heating air and compression heat and cold heat production + turbine blades with the same diameter and shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various types of energy storage cycle coalescing engines equipped with three stages of mating bolt assembly turbines with the same size and almost same shape of turbine rotor blades driven by compression heat and cold heat + metal ball mercury acceleration by + solar heat air.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various types of energy storage cycle coalescing engines equipped with four stages of mating bolt assembly turbines with the same size of the rotor blades of the multistage turbine and the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various types of energy storage cycle coalescing engines equipped with five stages of mating bolt assembly turbines with the same size of the rotor blades of the multistage turbine and the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various types of energy storage cycle coalescing engines equipped with six stages of mating bolt assembly turbines with the same size of the rotor blades of the turbine and the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various types of energy storage cycle coalescing engines equipped with 7 stages of mating bolt assembly turbines, with solar heating air compressed and heated to thermal and cold heat + turbine buckets with the same diameter and shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic floating + additional thrust bearing + solar light heating air compression thermal energy and cold energy production + metal ball mercury accelerating acceleration turbine blade group driven by the same diameter as each stage and fitted bolt assembly turbine Various energy conservation cycle combined engines provided in 8 stages.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic levitation levitation additional thrust bearing + solar heat air for compression thermal and cold heat production + rotor blade group of multi-stage turbine with the same diameter approximately the same shape for each stage Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation + additional thrust bearing + solar heat air for compression thermal and cold heat + moving turbine blade group of multi-stage turbine with the same diameter and shape for each paragraph Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force driven + hydraulic levitation + additional thrust bearing + solar heat air compressed and heated by heat + cold heat + turbine turbine blades with the same diameter and shape for each stage Various types of bolt assembly turbine provided in one stage Energy Conservation Cycle Coalition Agency.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation + additional thrust bearing + solar heat air for compression thermal and cold heat production + turbine bucket group with the same diameter and substantially the same shape for each stage Various energy provided with two stages of bolt assembly turbines Preservation cycle union agency.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Drive + Hydraulic Levitation + Additional Thrust Bearing + Solar Heated Air Compression Heat and Cold Heat Production + Metal Ball Mercury Accelerated Driven Turbine Rotor Blade Group Same diameter for each paragraph Fit bolt assembly Various energy storage cycle combined engines with three stages of turbines.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Drive + Hydraulic Levitation + Additional Thrust Bearing + Solar Heated Air Compression Heat and Cold Heat + Metal Ball Mercury Acceleration Drive Turbine Blades Driven by the Same Diameter for Each Stage and Fit Bolts A variety of energy storage cycle combined engines with four stages of assembly turbines to achieve 1000 times power generation.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + solar heat air compression and heat production + compression + heat transfer of multistage turbines with same diameter for each stage Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + hydraulic levitation + additional thrust bearing + solar heat air compression and heat production + heat transfer + turbine turbine blade group with the same diameter and shape for each stage Various energy conservation cycle union engine.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + solar heat air compressed heat and cold heat production + turbine rotor blade group with the same diameter and approximately same shape for each stage Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + configuration and method of accelerating metal ball mercury ++ equipped with hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with 8 stages of mating bolt assembly turbines with the same size and almost same shape of turbine rotor blade group driven by compression heat and cold heat + metal ball mercury acceleration with solar heating air.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + structure and method of accelerating metal ball mercury + equipped with additional hydraulic levitation levitation thrust bearing + Various types of energy storage cycle coalescing engines equipped with 9 stages of mating bolt assembly turbines, with the rotor blades of the multistage turbine having the same diameter and approximately the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + structure and method of accelerating metal ball mercury + equipped with additional hydraulic levitation levitation thrust bearing + Various types of energy storage cycle coalescing engines equipped with 10 stages of mating bolt assembly turbines, with the rotor blades of the multistage turbine having the same diameter and approximately the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + structure and method of accelerating metal ball mercury + equipped with additional hydraulic levitation levitation thrust bearing + Various kinds of energy storage cycle coalescing engines equipped with compression bolt assembly turbines in one stage with the rotor blades of the turbine having the same diameter and the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + structure and method of accelerating metal ball mercury + equipped with additional hydraulic levitation levitation thrust bearing + Various kinds of energy storage cycle coalescing engines equipped with two stages of mating bolt assembly turbines with compression and heat production of solar heating air and compression heat and cold heat production + turbine blades with the same diameter and shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38B) + configuration and method of accelerating metal ball mercury ++ equipped with hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with three stages of mating bolt assembly turbines with the same size of approximately the same diameter turbine rotor blade group driven by compression heat and cold heat + metal ball mercury acceleration with solar heating air.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + structure and method of accelerating metal ball mercury + equipped with additional hydraulic levitation levitation thrust bearing + Various types of energy storage cycle coalescing engines equipped with four stages of mating bolt assembly turbines, with the rotor blades of the multistage turbine having the same diameter and approximately the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + structure and method of accelerating metal ball mercury + equipped with additional hydraulic levitation levitation thrust bearing + Various types of energy storage cycle coalescing engines equipped with five stages of mating bolt assembly turbines, with the rotor blades of the multistage turbine having the same diameter and approximately the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + structure and method of accelerating metal ball mercury + equipped with additional hydraulic levitation levitation thrust bearing + Various types of energy storage cycle coalescing engines equipped with six stages of mating bolt assembly turbines, with the rotor blades of the turbine having the same diameter and approximately the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + structure and method of accelerating metal ball mercury + equipped with additional hydraulic levitation levitation thrust bearing + Various types of energy storage cycle coalescing engines equipped with 7 stages of mating bolt assembly turbines with compression and heat production of solar heating air and compression heat and cold heat production + turbine blades with the same diameter and shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force drive + hydraulic levitation levitation additional thrust bearing + solar heat heating air compression heat recovery and divided into calorific pressure and mass pressure to drive each turbine + metal ball mercury acceleration drive A variety of energy storage cycle combined engines with eight stages of mating bolt assembly turbines, each of which has the same size and diameter as the turbine rotor blade group.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force drive + Hydraulic levitation levitation additional thrust bearing + Solar heat air is compressed heat recovery and divided and saved as calorific pressure and mass pressure to drive each turbine + Multistage turbine blade group A variety of energy storage cycle combined engines with nine stages of mating bolt assembly turbines with the same diameter and approximately the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force drive + Hydraulic levitation levitation additional thrust bearing + Solar heat air is compressed heat recovery and divided and saved as calorific pressure and mass pressure to drive each turbine + Multistage turbine blade group A variety of energy storage cycle combined engines equipped with 10 stages of mating bolt assembly turbines with the same diameter and approximately the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force drive + Hydraulic levitation levitation + additional thrust bearing + Solar heat air is compressed heat recovery and divided into calorific pressure and mass pressure to drive each turbine + Turbine moving blade group of the turbine stage Various energy storage cycle combined engines with fitting bolt assembly turbine installed in one stage with same diameter and almost same shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force drive + Hydraulic levitation levitation additional thrust bearing + Solar heat air is compressed heat recovery and divided and saved as calorific pressure and mass pressure to drive each turbine + Turbine bucket group per stage Various energy storage cycle combined engines with two stages of mating bolt assembly turbines with the same diameter and shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force drive + hydraulic levitation levitation additional thrust bearing + solar heat heating air compression heat recovery and divided into calorific pressure and mass pressure to drive each turbine + metal ball mercury acceleration drive A variety of energy storage cycle combined engines with three stages of mating bolt assembly turbines, each of which has the same size and diameter as the turbine rotor blade group.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force drive + hydraulic levitation levitation additional thrust bearing + solar heat heating air compression heat recovery and divided into calorific pressure and mass pressure to drive each turbine + metal ball mercury acceleration drive A variety of energy storage cycle combined engines with four stages of mating bolt assembly turbines, each of which has the same size and diameter as the turbine blades.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force drive + hydraulic levitation levitation additional thrust bearing + solar heat heating air compression heat recovery and divided into calorific pressure and mass pressure to drive each turbine + metal ball mercury acceleration drive A variety of energy storage cycle combined engines with five stages of mating bolt assembly turbines, each of which has the same size and diameter as the turbine rotor blade group.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force drive + hydraulic levitation levitation additional thrust bearing + solar heat heating air compression heat recovery and divided into calorific pressure and mass pressure to drive each turbine + metal ball mercury acceleration drive A variety of energy storage cycle combined engines with six stages of mating bolt assembly turbines, each of which has the same size and diameter as the turbine rotor blade group.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force drive + hydraulic levitation levitation additional thrust bearing + solar heat heating air compression heat recovery and divided into calorific pressure and mass pressure to drive each turbine + metal ball mercury acceleration drive A variety of energy storage cycle combined engines with seven stages of mating bolt assembly turbines, each of which has the same size and diameter as the turbine rotor blade group.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force drive + Hydraulic levitation levitation additional thrust bearing + Solar heat air is compressed heat recovery and divided and saved as calorific pressure and mass pressure to drive each turbine + Multistage turbine blade group A variety of energy storage cycle combined engines equipped with eight stages of mating bolt assembly turbines with the same diameter and approximately the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force drive + Hydraulic levitation levitation additional thrust bearing + Solar heat air is compressed heat recovery and divided and saved as calorific pressure and mass pressure to drive each turbine + Multistage turbine blade group A variety of energy storage cycle combined engines with nine stages of mating bolt assembly turbines with the same diameter and approximately the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force drive + Hydraulic levitation levitation additional thrust bearing + Solar heat air is compressed heat recovery and divided and saved as calorific pressure and mass pressure to drive each turbine + Multistage turbine blade group A variety of energy storage cycle combined engines equipped with 10 stages of mating bolt assembly turbines with the same diameter and approximately the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force drive + Hydraulic levitation levitation additional thrust bearing + Solar heat air is compressed heat recovery and divided and saved as calorific pressure and mass pressure to drive each turbine + Multistage turbine blade group A variety of energy storage cycle combined engines equipped with a fitting bolt assembly turbine in one stage with the same diameter and approximately the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force drive + Hydraulic levitation levitation additional thrust bearing + Solar heat air is compressed heat recovery and divided and saved as calorific pressure and mass pressure to drive each turbine + Multistage turbine blade group A variety of energy storage cycle combined engines with two stages of mating bolt assembly turbines with the same diameter and approximately the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force drive + Hydraulic levitation levitation additional thrust bearing + Solar heat air is compressed heat recovery and divided and saved as calorific pressure and mass pressure to drive each turbine + Multistage turbine blade group A variety of energy storage cycle combined engines equipped with three stages of mating bolt assembly turbines with the same diameter and approximately the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force drive + Hydraulic levitation levitation additional thrust bearing + Solar heat air is compressed heat recovery and divided and saved as calorific pressure and mass pressure to drive each turbine + Multistage turbine blade group A variety of energy storage cycle combined engines equipped with four stages of mating bolt assembly turbines with the same diameter and approximately the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force drive + Hydraulic levitation levitation additional thrust bearing + Solar heat air is compressed heat recovery and divided and saved as calorific pressure and mass pressure to drive each turbine + Multistage turbine blade group A variety of energy storage cycle combined engines equipped with five stages of mating bolt assembly turbines with the same diameter and approximately the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force drive + Hydraulic levitation levitation additional thrust bearing + Solar heat air is compressed heat recovery and divided and saved as calorific pressure and mass pressure to drive each turbine + Multistage turbine blade group A variety of energy storage cycle combined engines equipped with six stages of mating bolt assembly turbines with the same diameter and approximately the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force drive + Hydraulic levitation levitation additional thrust bearing + Solar heat air is compressed heat recovery and divided and saved as calorific pressure and mass pressure to drive each turbine + Multistage turbine blade group A variety of energy storage cycle combined engines equipped with 7 stages of mating bolt assembly turbines with the same diameter and approximately the same shape for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force drive + Hydraulic levitation levitation + additional thrust bearing + Solar heat air is compressed heat recovery and divided into calorific pressure and mass pressure to drive each turbine + Turbine moving blade group of the turbine stage A variety of energy storage cycle combined engines with eight stages of mating bolt assembly turbines with approximately the same diameter and diameter.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force drive + Hydraulic levitation levitation + additional thrust bearing + Solar heat air is compressed heat recovery and divided into calorific pressure and mass pressure to drive each turbine + Turbine moving blade group of the turbine stage Various energy storage cycle combined engines equipped with 9 stages of mating bolt assembly turbines with approximately the same diameter and diameter.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force drive + Hydraulic levitation levitation + additional thrust bearing + Solar heat air is compressed heat recovery and divided into calorific pressure and mass pressure to drive each turbine + Turbine moving blade group of the turbine stage Various energy storage cycle combined engines equipped with 10 stages of mating bolt assembly turbines with approximately the same diameter and diameter.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force drive + Hydraulic levitation levitation + additional thrust bearing + Solar heat air is compressed heat recovery and divided into calorific pressure and mass pressure to drive each turbine + Turbine moving blade group of the turbine stage Various energy storage cycle combined engines with fitting bolt assembly turbine installed in one stage with same diameter and almost same shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force drive + Hydraulic levitation levitation + additional thrust bearing + Solar heat air is compressed heat recovery and divided into calorific pressure and mass pressure to drive each turbine + Turbine moving blade group of the turbine stage A variety of energy storage cycle combined engines with two stages of mating bolt assembly turbines with approximately the same diameter and diameter.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force drive + Hydraulic levitation levitation additional thrust bearing + Solar heat air is compressed heat recovery and divided and saved as calorific pressure and mass pressure to drive each turbine + Turbine bucket group per stage Various energy storage cycle combined engines with 3 stages of mating bolt assembly turbines with the same diameter and shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force drive + Hydraulic levitation levitation additional thrust bearing + Solar heat air is compressed heat recovery and divided and saved as calorific pressure and mass pressure to drive each turbine + Turbine bucket group per stage Various energy storage cycle combined engines with four stages of mating bolt assembly turbines with the same diameter and shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force drive + Hydraulic levitation levitation additional thrust bearing + Solar heat air is compressed heat recovery and divided and saved as calorific pressure and mass pressure to drive each turbine + Turbine bucket group per stage Various energy storage cycle combined engines with five stages of mating bolt assembly turbines with the same diameter and shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force drive + Hydraulic levitation levitation additional thrust bearing + Solar heat air is compressed heat recovery and divided and saved as calorific pressure and mass pressure to drive each turbine + Turbine bucket group per stage Various energy storage cycle combined engines with six stages of mating bolt assembly turbines with the same diameter and shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force drive + Hydraulic levitation levitation additional thrust bearing + Solar heat air is compressed heat recovery and divided and saved as calorific pressure and mass pressure to drive each turbine + Turbine bucket group per stage A variety of energy storage cycle combined engines with seven stages of mating bolt assembly turbines with approximately the same diameter and shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + solar heat heating air compression heat recovery compressed heat energy pressure and mass pressure separately to drive each turbine + turbine equipped with heat retention device A variety of energy storage cycle combined engines with eight stages of mating bolt assembly turbines, each of which has the same diameter and diameter as the moving blade group.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + solar heat heating air compression heat recovery compressed heat energy pressure and mass pressure separately to drive each turbine + turbine equipped with heat retention device A variety of energy storage cycle combined engines with 9 stages of mating bolt assembly turbines with buckets of approximately the same diameter and diameter.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + solar heat heating air compression heat recovery compressed heat energy pressure and mass pressure separately to drive each turbine + turbine equipped with heat retention device A variety of energy storage cycle combined engines with 10 stages of mating bolt assembly turbines, each of which has the same diameter and diameter as the moving blade group.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + solar heat heating air compression heat recovery compressed heat energy pressure and mass pressure separately to drive each turbine + turbine equipped with heat retention device A variety of energy storage cycle combined engines with one set of mating bolt assembly turbines with one row of moving blades and the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + solar heat heating air compression heat recovery compressed heat energy pressure and mass pressure separately to drive each turbine + turbine equipped with heat retention device A variety of energy storage cycle combined engines with two stages of mating bolt assembly turbines, each of which has the same diameter and diameter as the moving blade group.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + maximum gravity, sunlight and surface tension Limited use + increase ball lift device (2F) uplift storage + hydraulic floating levitation additional thrust bearing + thermal energy rate and mass speed divided storage pressure + acceleration with metal ball mercury + acceleration turbine blade group driven by mercury A variety of energy storage cycle combined engines equipped with three stages of mating bolt assembly turbines with the same diameter and approximately the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + maximum gravity, sunlight and surface tension Limited use + increase ball lift device (2F) uplift storage + hydraulic floating levitation additional thrust bearing + heat capacity speed and mass speed divided and saved pressure + moving blade group of multi-stage turbine approximately the same diameter of each stage A variety of energy storage cycle combined engines equipped with four stages of mating bolt assembly turbines in the same shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + maximum gravity, sunlight and surface tension Limited use + increase ball lift device (2F) uplift storage + hydraulic floating levitation additional thrust bearing + heat capacity speed and mass speed divided and saved pressure + moving blade group of multi-stage turbine approximately the same diameter of each stage A variety of energy storage cycle combined engines equipped with five stages of mating bolt assembly turbines in the same shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + maximum gravity, sunlight and surface tension Use limited + increase ball lift device (2F) uplift storage + hydraulic floating levy additional thrust bearing + heat capacity speed and mass speed separately stored pressure + accelerating rotor blade group of turbine with the same diameter approximately every stage Various energy storage cycle combined engines equipped with six stages of mating bolt assembly turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + maximum gravity, sunlight and surface tension Limit use + Increase ball lift device (2F) uplift storage + hydraulic floating levy additional thrust bearing + heat capacity speed and mass speed divided and saved pressure + turbine rotor blade group as same diameter of each stage Various energy storage cycle combined engines equipped with 7 stages of mating bolt assembly turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing Various energy storage cycle coalescing engines equipped with 8 stages of mating bolt assembly turbines with the same size of the turbine blade group with the same diameter for each stage with acceleration driven by metal ball mercury accelerated with pressure divided separately into heat energy rate and mass velocity .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Acceleration with pressure divided and stored at heat rate and mass rate + Various energy conservation cycle combined engines with 9 stages of mating bolt assembly turbines with the same diameter of the rotor blade group of multistage turbine and the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with 10 stages of mating bolt assembly turbines with the rotor blade group of multistage turbines having the same diameter and approximately the same shape for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with a bolt assembly turbine installed in one stage with the rotor blade group of the turbine having the same diameter and the same diameter for each stage with pressure divided and stored as heat load rate and mass velocity.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with two stages of mating bolt assembly turbines with two stages of mating bolt assembly turbines with the same diameter and approximately the same shape for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Various energy storage cycles combined with three stages of mating bolt assembly turbines with the same size of the turbine blade group with the same diameter for each stage, with acceleration driven by metal ball mercury accelerated by pressure separately stored as heat energy rate and mass velocity organ.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing A variety of energy storage cycle coalescing engines equipped with four stages of mating bolt assembly turbines with the same size of rotor blade group of multistage turbine with the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing A variety of energy storage cycle coalescing engines equipped with five stages of bolt assembly turbines, each of which has the same diameter as the rotor blade group of each multistage turbine and is approximately the same diameter.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Various energy storage cycle coalescing engines equipped with six stages of mating bolt assembly turbines with the same size of rotor blade group of each stage with the same diameter for each stage of acceleration + pressure by divided and stored heat rate and mass speed.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Various energy storage cycle coalescing engines equipped with 7 stages of mating bolt assembly turbines with acceleration and pressure by division pressure stored in heat rate and mass velocity, and turbine blades with the same diameter and diameter.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing Various energy storage cycle coalescing engines equipped with 8 stages of mating bolt assembly turbines with the same size of the turbine blade group with the same diameter for each stage with acceleration driven by metal ball mercury accelerated with pressure divided separately into heat energy rate and mass velocity .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Acceleration with pressure divided and stored at heat rate and mass rate + Various energy conservation cycle combined engines with 9 stages of mating bolt assembly turbines with the same diameter of the rotor blade group of multistage turbine and the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with 10 stages of mating bolt assembly turbines with the rotor blade group of multistage turbines having the same diameter and approximately the same shape for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with a bolt assembly turbine installed in one stage with the rotor blade group of the turbine having the same diameter and the same diameter for each stage with pressure divided and stored as heat load rate and mass velocity.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with two stages of mating bolt assembly turbines with two stages of mating bolt assembly turbines with the same diameter and approximately the same shape for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat pressure and mass pressure separately stored pressure + metal ball mercury acceleration driven turbine rotor blade group with the same diameter approximately the same shape for each stage mating bolt assembly Various energy storage cycle combined engines with three stages of turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation levy additional thrust bearing + acceleration with heat transfer rate and mass speed separately stored + rotating blade group of multi-stage turbine with the same diameter and substantially same shape for each stage 4 stages of mating bolt assembly turbine Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation levy additional thrust bearing + acceleration with heat transfer rate and mass speed separately stored pressure + rotating turbine blade group of multi-stage turbine with the same diameter approximately the same shape for each stage 5 stages of mating bolt assembly turbine Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation levy additional thrust bearing + acceleration with heat load speed and mass speed separately + turbine blade group of turbines with the same diameter approximately the same shape for each stage 6 sets of mating bolt assembly turbine are provided Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat transfer speed and mass speed divided separately + turbine blade group is provided with seven stages of mating bolt assembly turbines with the same diameter and substantially the same shape at each stage Various energy conservation cycle union engine.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection thrust force driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat pressure and mass pressure separately stored pressure + metal ball mercury acceleration driven turbine rotor blade group is fitted with the same diameter approximately the same shape every stage Various energy storage cycle combined engines equipped with 8 stages of bolt assembly turbines.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + acceleration with heat pressure and mass speed divided separately + rotor blade group of multi-stage turbine with the same diameter and diameter for each stage 9 mating bolt assembly turbine 9 Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Force Drive + Hydraulic Levitation + Additional Thrust Bearing + Acceleration of Heat and Mass Speed Separately + Pressure on Multistage Turbine Blades with the Same Diameter for Each Stage 10 Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Drive + Hydraulic Levitation + Additional Thrust Bearings + Heat Transfer Rate and Mass Speed Separated and Saved Pressure + Turbine Turbine Rotor Blades with the Same Diameter for Each Stage-One Step Assembly of Bolt Assembly Turbine The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Drive + Hydraulic Levitation + Additional Thrust Bearing + Acceleration of Heat and Mass Speed Separately + Pressure of Turbine Rotor Blades for Each Stage with Same Size and Same Shape for Each Stage Bolt Bolting Turbine Two Stages Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped ++ equipped with hydraulic levitation additional thrust bearing Various energy storage cycle coalescing engines equipped with three stages of mating bolt assembly turbines with the same size of the turbine blade group with the same diameter for each stage with acceleration driven by metal ball mercury accelerated by pressure separately stored at + heat quantity speed and mass speed .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped ++ equipped with hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with four stages of mating bolt assembly turbines with the same size of the rotor blade group of multistage turbine and the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped ++ equipped with hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with five stages of bolt assembly turbines, each of which has the same diameter as the rotor blade group of each multistage turbine and the same diameter.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped ++ equipped with hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with six stages of mating bolt assembly turbines in which the rotor blade group of the turbine is made to have the same diameter and shape with the same size for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped ++ equipped with hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with 7 stages of mating bolt assembly turbines with acceleration and pressure divided and stored as heat energy rate and mass velocity.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Various energy storage cycle coalescing engines equipped with 8 stages of mating bolt assembly turbines with the same size and almost same shape of turbine rotor blade group driven by compression heat and cold heat + metal ball mercury acceleration with solar heating air.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing A variety of energy storage cycle coalescing engines equipped with 9 stages of bolt assembly turbines, each of which has the same diameter as the rotor blade group of each multistage turbine and is approximately the same in shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing A variety of energy storage cycle coalescing engines equipped with 10 stages of mating bolt assembly turbines with the rotor blades of the multistage turbine having the same diameter and the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing A variety of energy storage cycle coalescing engines, in which the rotor blade group of the turbine is made to have the same diameter and shape with the same diameter for each stage, and the bolt assembly turbine is provided in one stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing A variety of energy storage cycle coalescing engines equipped with two stages of mating bolt assembly turbines with the same size and approximately the same diameter for each stage of the turbine blade group with acceleration by pressure stored separately at heat rate and mass rate.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing Various energy storage cycle coalescing engines equipped with three stages of mating bolt assembly turbines with the same size of the turbine blade group with the same diameter for each stage with acceleration driven by metal ball mercury accelerated by pressure separately stored at + heat quantity speed and mass speed .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with four stages of mating bolt assembly turbines with the same size of the rotor blade group of multistage turbine and the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with five stages of bolt assembly turbines, each of which has the same diameter as the rotor blade group of each multistage turbine and the same diameter.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with six stages of mating bolt assembly turbines in which the rotor blade group of the turbine is made to have the same diameter and shape with the same size for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with 7 stages of mating bolt assembly turbines with acceleration and pressure divided and stored as heat energy rate and mass velocity.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat pressure and mass pressure separately stored pressure + metal ball mercury acceleration driven turbine rotor blade group with the same diameter approximately the same shape for each stage mating bolt assembly Various energy storage cycle combined engines with eight stages of turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation levy additional thrust bearing + acceleration with heat transfer rate and mass speed separately saved + rotating turbine blade group of multi-stage turbine with the same diameter almost same shape every stage 9 stages of bolt assembly turbine Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation levy additional thrust bearing + acceleration with heat pressure and mass speed divided separately + moving blade group of multi-stage turbine with the same diameter and almost same shape per stage 10 stages of bolt assembly turbine Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation levy additional thrust bearing + acceleration with heat transfer rate and mass speed separately divided + turbine blade group of turbine with the same diameter approximately the same shape for each stage Provision of bolt assembly turbine in one stage Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat transfer rate and mass speed separately stored + turbine blade group with the same diameter and substantially the same shape for each stage Various energy conservation cycle union engine.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection thrust force driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat pressure and mass pressure separately stored pressure + metal ball mercury acceleration driven turbine rotor blade group is fitted with the same diameter approximately the same shape every stage Various energy storage cycle combined engines equipped with 3 stages of bolt assembly turbines.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + acceleration with heat pressure and mass speed divided separately + rotor blade group of multi-stage turbine with same diameter almost same shape for each stage 4 Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + acceleration with heat pressure and mass speed divided separately + rotor blade group of multi-stage turbine with same diameter almost same shape for each stage 5 bolt assembly turbine with fitting Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Drive + Hydraulic Levitation + Additional Thrust Bearings + Heat Transfer Speed and Mass Speed Separately Saved Pressure + Turbine Turbine Rotor Blades with the Same Diameter for Each Stage 6 Bolts of Assembling Bolt Assembly Turbine The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation levitation additional thrust bearing + Acceleration of heat energy and mass velocity divided and saved pressure + Turbine blade group is as same diameter as each stage and mating bolt assembly Turbine is 7 stages Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing Various energy storage cycle coalescing engines equipped with 8 stages of mating bolt assembly turbines with the same size of the turbine blade group with the same diameter for each stage with acceleration driven by metal ball mercury accelerated with pressure divided separately into heat energy rate and mass velocity .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Acceleration with pressure divided and stored at heat rate and mass rate + Various energy conservation cycle combined engines with 9 stages of mating bolt assembly turbines with the same diameter of the rotor blade group of multistage turbine and the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with 10 stages of mating bolt assembly turbines with the rotor blade group of multistage turbines having the same diameter and approximately the same shape for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with a bolt assembly turbine installed in one stage with the rotor blade group of the turbine having the same diameter and the same diameter for each stage with pressure divided and stored as heat load rate and mass velocity.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with two stages of mating bolt assembly turbines with two stages of mating bolt assembly turbines with the same diameter and approximately the same shape for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Various energy storage cycles combined with three stages of mating bolt assembly turbines with the same size of the turbine blade group with the same diameter for each stage, with acceleration driven by metal ball mercury accelerated by pressure separately stored as heat energy rate and mass velocity organ.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing A variety of energy storage cycle coalescing engines equipped with four stages of mating bolt assembly turbines with the same size of rotor blade group of multistage turbine with the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing A variety of energy storage cycle coalescing engines equipped with five stages of bolt assembly turbines, each of which has the same diameter as the rotor blade group of each multistage turbine and is approximately the same diameter.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Various energy storage cycle coalescing engines equipped with six stages of mating bolt assembly turbines with the same size of rotor blade group of each stage with the same diameter for each stage of acceleration + pressure by divided and stored heat rate and mass speed.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Various energy storage cycle coalescing engines equipped with 7 stages of mating bolt assembly turbines with acceleration and pressure by division pressure stored in heat rate and mass velocity, and turbine blades with the same diameter and diameter.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing Various energy storage cycle coalescing engines equipped with 8 stages of mating bolt assembly turbines with the same size of the turbine blade group with the same diameter for each stage with acceleration driven by metal ball mercury accelerated with pressure divided separately into heat energy rate and mass velocity .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Acceleration with pressure divided and stored at heat rate and mass rate + Various energy conservation cycle combined engines with 9 stages of mating bolt assembly turbines with the same diameter of the rotor blade group of multistage turbine and the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with 10 stages of mating bolt assembly turbines with the rotor blade group of multistage turbines having the same diameter and approximately the same shape for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with a bolt assembly turbine installed in one stage with the rotor blade group of the turbine having the same diameter and the same diameter for each stage with pressure divided and stored as heat load rate and mass velocity.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with two stages of mating bolt assembly turbines with two stages of mating bolt assembly turbines with the same diameter and approximately the same shape for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat pressure and mass pressure separately stored pressure + metal ball mercury acceleration driven turbine rotor blade group with the same diameter approximately the same shape for each stage mating bolt assembly Various energy storage cycle combined engines with three stages of turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation levy additional thrust bearing + acceleration with heat transfer rate and mass speed separately stored + rotating blade group of multi-stage turbine with the same diameter and substantially same shape for each stage 4 stages of mating bolt assembly turbine Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation levy additional thrust bearing + acceleration with heat transfer rate and mass speed separately stored pressure + rotating turbine blade group of multi-stage turbine with the same diameter approximately the same shape for each stage 5 stages of mating bolt assembly turbine Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation levy additional thrust bearing + acceleration with heat load speed and mass speed separately + turbine blade group of turbines with the same diameter approximately the same shape for each stage 6 sets of mating bolt assembly turbine are provided Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat transfer speed and mass speed divided separately + turbine blade group is provided with seven stages of mating bolt assembly turbines with the same diameter and substantially the same shape at each stage Various energy conservation cycle union engine.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection thrust force driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat pressure and mass pressure separately stored pressure + metal ball mercury acceleration driven turbine rotor blade group is fitted with the same diameter approximately the same shape every stage Various energy storage cycle combined engines equipped with 8 stages of bolt assembly turbines.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + acceleration with heat pressure and mass speed divided separately + rotor blade group of multi-stage turbine with the same diameter and diameter for each stage 9 mating bolt assembly turbine 9 Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Force Drive + Hydraulic Levitation + Additional Thrust Bearing + Acceleration of Heat and Mass Speed Separately + Pressure on Multistage Turbine Blades with the Same Diameter for Each Stage 10 Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Drive + Hydraulic Levitation + Additional Thrust Bearings + Heat Transfer Rate and Mass Speed Separated and Saved Pressure + Turbine Turbine Rotor Blades with the Same Diameter for Each Stage-One Step Assembly of Bolt Assembly Turbine The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Drive + Hydraulic Levitation + Additional Thrust Bearing + Acceleration of Heat and Mass Speed Separately + Pressure of Turbine Rotor Blades for Each Stage with Same Size and Same Shape for Each Stage Bolt Bolting Turbine Two Stages Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing Various energy storage cycle coalescing engines equipped with three stages of mating bolt assembly turbines with the same size of the turbine blade group with the same diameter for each stage with acceleration driven by metal ball mercury accelerated by pressure separately stored at + heat quantity speed and mass speed .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with four stages of mating bolt assembly turbines with the same size of the rotor blade group of multistage turbine and the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with five stages of bolt assembly turbines, each of which has the same diameter as the rotor blade group of each multistage turbine and the same diameter.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with six stages of mating bolt assembly turbines in which the rotor blade group of the turbine is made to have the same diameter and shape with the same size for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with 7 stages of mating bolt assembly turbines with acceleration and pressure divided and stored as heat energy rate and mass velocity.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Various energy storage cycles combined with eight stages of mating bolt assembly turbines with the same size and almost same shape turbine rotor blade group driven by acceleration + metal ball mercury acceleration by pressure stored separately in heat energy rate and mass velocity organ.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing A variety of energy storage cycle coalescing engines equipped with 9 stages of bolt assembly turbines, each of which has the same diameter as the rotor blade group of each multistage turbine and is approximately the same in shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing A variety of energy storage cycle coalescing engines equipped with 10 stages of mating bolt assembly turbines with the rotor blades of the multistage turbine having the same diameter and the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing A variety of energy storage cycle coalescing engines, in which the rotor blade group of the turbine is made to have the same diameter and shape with the same diameter for each stage, and the bolt assembly turbine is provided in one stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing A variety of energy storage cycle coalescing engines equipped with two stages of mating bolt assembly turbines with the same size and approximately the same diameter for each stage of the turbine blade group with acceleration by pressure stored separately at heat rate and mass rate.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing Various energy storage cycle coalescing engines equipped with three stages of mating bolt assembly turbines with the same size of the turbine blade group with the same diameter for each stage with acceleration driven by metal ball mercury accelerated by pressure separately stored at + heat quantity speed and mass speed .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Acceleration with pressure divided and stored at heat rate and mass velocity + Rotor blade group of turbine equipped with heat retaining device with fitting blade assembly turbine with same diameter of turbine rotor blade group at each paragraph and same shape. A variety of energy storage cycle combined engines equipped with four stages of mating bolt assembly turbines in the same shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with five stages of bolt assembly turbines, each of which has the same diameter as the rotor blade group of each multistage turbine and the same diameter.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with six stages of mating bolt assembly turbines in which the rotor blade group of the turbine is made to have the same diameter and shape with the same size for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with 7 stages of mating bolt assembly turbines with acceleration and pressure divided and stored as heat energy rate and mass velocity.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat pressure and mass pressure separately stored pressure + metal ball mercury acceleration driven turbine rotor blade group with the same diameter approximately the same shape for each stage mating bolt assembly Various energy storage cycle combined engines equipped with 38 stages of turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation levy additional thrust bearing + acceleration with heat transfer rate and mass speed separately saved + rotating turbine blade group of multi-stage turbine with the same diameter almost same shape every stage 9 stages of bolt assembly turbine Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation levy additional thrust bearing + acceleration with heat pressure and mass speed divided separately + moving blade group of multi-stage turbine with the same diameter and almost same shape per stage 10 stages of bolt assembly turbine Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation levy additional thrust bearing + acceleration with heat transfer rate and mass speed separately divided + turbine blade group of turbine with the same diameter approximately the same shape for each stage Provision of bolt assembly turbine in one stage Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat transfer rate and mass speed separately stored + turbine blade group with the same diameter and substantially the same shape for each stage Various energy conservation cycle union engine.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection thrust force driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat pressure and mass pressure separately stored pressure + metal ball mercury acceleration driven turbine rotor blade group is fitted with the same diameter approximately the same shape every stage Various energy storage cycle combined engines equipped with 3 stages of bolt assembly turbines.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + acceleration with heat pressure and mass speed divided separately + rotor blade group of multi-stage turbine with same diameter almost same shape for each stage 4 Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + acceleration with heat pressure and mass speed divided separately + rotor blade group of multi-stage turbine with same diameter almost same shape for each stage 5 bolt assembly turbine with fitting Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Drive + Hydraulic Levitation + Additional Thrust Bearings + Heat Transfer Speed and Mass Speed Separately Saved Pressure + Turbine Turbine Rotor Blades with the Same Diameter for Each Stage 6 Bolts of Assembling Bolt Assembly Turbine The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation levitation additional thrust bearing + Acceleration of heat energy and mass velocity divided and saved pressure + Turbine blade group is as same diameter as each stage and mating bolt assembly Turbine is 7 stages Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing Various energy storage cycle coalescing engines equipped with 8 stages of mating bolt assembly turbines with the same size of the turbine blade group with the same diameter for each stage with acceleration driven by metal ball mercury accelerated with pressure divided separately into heat energy rate and mass velocity .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Acceleration with pressure divided and stored at heat rate and mass rate + Various energy conservation cycle combined engines with 9 stages of mating bolt assembly turbines with the same diameter of the rotor blade group of multistage turbine and the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with 10 stages of mating bolt assembly turbines with the rotor blade group of multistage turbines having the same diameter and approximately the same shape for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with a bolt assembly turbine installed in one stage with the rotor blade group of the turbine having the same diameter and the same diameter for each stage with pressure divided and stored as heat load rate and mass velocity.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with two stages of mating bolt assembly turbines with two stages of mating bolt assembly turbines with the same diameter and approximately the same shape for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Various energy storage cycles combined with three stages of mating bolt assembly turbines with the same size of the turbine blade group with the same diameter for each stage, with acceleration driven by metal ball mercury accelerated by pressure separately stored as heat energy rate and mass velocity organ.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing A variety of energy storage cycle coalescing engines equipped with four stages of mating bolt assembly turbines with the same size of rotor blade group of multistage turbine with the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing A variety of energy storage cycle coalescing engines equipped with five stages of bolt assembly turbines, each of which has the same diameter as the rotor blade group of each multistage turbine and is approximately the same diameter.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Various energy storage cycle coalescing engines equipped with six stages of mating bolt assembly turbines with the same size of rotor blade group of each stage with the same diameter for each stage of acceleration + pressure by divided and stored heat rate and mass speed.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Various energy storage cycle coalescing engines equipped with 7 stages of mating bolt assembly turbines with acceleration and pressure by division pressure stored in heat rate and mass velocity, and turbine blades with the same diameter and diameter.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing Various energy storage cycle coalescing engines equipped with 8 stages of mating bolt assembly turbines with the same size of the turbine blade group with the same diameter for each stage with acceleration driven by metal ball mercury accelerated with pressure divided separately into heat energy rate and mass velocity .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Acceleration with pressure divided and stored at heat rate and mass rate + Various energy conservation cycle combined engines with 9 stages of mating bolt assembly turbines with the same diameter of the rotor blade group of multistage turbine and the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with 10 stages of mating bolt assembly turbines with the rotor blade group of multistage turbines having the same diameter and approximately the same shape for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with a bolt assembly turbine installed in one stage with the rotor blade group of the turbine having the same diameter and the same diameter for each stage with pressure divided and stored as heat load rate and mass velocity.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with two stages of mating bolt assembly turbines with two stages of mating bolt assembly turbines with the same diameter and approximately the same shape for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat pressure and mass pressure separately stored pressure + metal ball mercury acceleration driven turbine rotor blade group with the same diameter approximately the same shape for each stage mating bolt assembly Various energy storage cycle combined engines with three stages of turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation levy additional thrust bearing + acceleration with heat transfer rate and mass speed separately stored + rotating blade group of multi-stage turbine with the same diameter and substantially same shape for each stage 4 stages of mating bolt assembly turbine Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation levy additional thrust bearing + acceleration with heat transfer rate and mass speed separately stored pressure + rotating turbine blade group of multi-stage turbine with the same diameter approximately the same shape for each stage 5 stages of mating bolt assembly turbine Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation levy additional thrust bearing + acceleration with heat load speed and mass speed separately + turbine blade group of turbines with the same diameter approximately the same shape for each stage 6 sets of mating bolt assembly turbine are provided Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat transfer speed and mass speed divided separately + turbine blade group is provided with seven stages of mating bolt assembly turbines with the same diameter and substantially the same shape at each stage Various energy conservation cycle union engine.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection thrust force driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat pressure and mass pressure separately stored pressure + metal ball mercury acceleration driven turbine rotor blade group is fitted with the same diameter approximately the same shape every stage Various energy storage cycle combined engines equipped with 8 stages of bolt assembly turbines.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + acceleration with heat pressure and mass speed divided separately + rotor blade group of multi-stage turbine with the same diameter and diameter for each stage 9 mating bolt assembly turbine 9 Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Force Drive + Hydraulic Levitation + Additional Thrust Bearing + Acceleration of Heat and Mass Speed Separately + Pressure on Multistage Turbine Blades with the Same Diameter for Each Stage 10 Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Drive + Hydraulic Levitation + Additional Thrust Bearings + Heat Transfer Rate and Mass Speed Separated and Saved Pressure + Turbine Turbine Rotor Blades with the Same Diameter for Each Stage-One Step Assembly of Bolt Assembly Turbine The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Drive + Hydraulic Levitation + Additional Thrust Bearing + Acceleration of Heat and Mass Speed Separately + Pressure of Turbine Rotor Blades for Each Stage with Same Size and Same Shape for Each Stage Bolt Bolting Turbine Two Stages Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing Various energy storage cycle coalescing engines equipped with three stages of mating bolt assembly turbines with the same size of the turbine blade group with the same diameter for each stage with acceleration driven by metal ball mercury accelerated by pressure separately stored at + heat quantity speed and mass speed .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with four stages of mating bolt assembly turbines with the same size of the rotor blade group of multistage turbine and the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with five stages of bolt assembly turbines, each of which has the same diameter as the rotor blade group of each multistage turbine and the same diameter.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with six stages of mating bolt assembly turbines in which the rotor blade group of the turbine is made to have the same diameter and shape with the same size for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with 7 stages of mating bolt assembly turbines with acceleration and pressure divided and stored as heat energy rate and mass velocity.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Various energy storage cycles combined with eight stages of mating bolt assembly turbines with the same size and almost same shape turbine rotor blade group driven by acceleration + metal ball mercury acceleration by pressure stored separately in heat energy rate and mass velocity organ.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing A variety of energy storage cycle coalescing engines equipped with 9 stages of bolt assembly turbines, each of which has the same diameter as the rotor blade group of each multistage turbine and is approximately the same in shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing A variety of energy storage cycle coalescing engines equipped with 10 stages of mating bolt assembly turbines with the rotor blades of the multistage turbine having the same diameter and the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing A variety of energy storage cycle coalescing engines, in which the rotor blade group of the turbine is made to have the same diameter and shape with the same diameter for each stage, and the bolt assembly turbine is provided in one stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing A variety of energy storage cycle coalescing engines equipped with two stages of mating bolt assembly turbines with the same size and approximately the same diameter for each stage of the turbine blade group with acceleration by pressure stored separately at heat rate and mass rate.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing Various energy storage cycle coalescing engines equipped with three stages of mating bolt assembly turbines with the same size of the turbine blade group with the same diameter for each stage with acceleration driven by metal ball mercury accelerated by pressure separately stored at + heat quantity speed and mass speed .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with four stages of mating bolt assembly turbines with the same size of the rotor blade group of multistage turbine and the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with five stages of bolt assembly turbines, each of which has the same diameter as the rotor blade group of each multistage turbine and the same diameter.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with six stages of mating bolt assembly turbines in which the rotor blade group of the turbine is made to have the same diameter and shape with the same size for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with 7 stages of mating bolt assembly turbines with acceleration and pressure divided and stored as heat energy rate and mass velocity.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat pressure and mass pressure separately stored pressure + metal ball mercury acceleration driven turbine rotor blade group with the same diameter approximately the same shape for each stage mating bolt assembly Various energy storage cycle combined engines with eight stages of turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation levy additional thrust bearing + acceleration with heat transfer rate and mass speed separately saved + rotating turbine blade group of multi-stage turbine with the same diameter almost same shape every stage 9 stages of bolt assembly turbine Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation levy additional thrust bearing + acceleration with heat pressure and mass speed divided separately + moving blade group of multi-stage turbine with the same diameter and almost same shape per stage 10 stages of bolt assembly turbine Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation levy additional thrust bearing + acceleration with heat transfer rate and mass speed separately divided + turbine blade group of turbine with the same diameter approximately the same shape for each stage Provision of bolt assembly turbine in one stage Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat transfer rate and mass speed separately stored + turbine blade group with the same diameter and substantially the same shape for each stage Various energy conservation cycle union engine.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection thrust force driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat pressure and mass pressure separately stored pressure + metal ball mercury acceleration driven turbine rotor blade group is fitted with the same diameter approximately the same shape every stage Various energy storage cycle combined engines equipped with 3 stages of bolt assembly turbines.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + acceleration with heat pressure and mass speed divided separately + rotor blade group of multi-stage turbine with same diameter almost same shape for each stage 4 Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + acceleration with heat pressure and mass speed divided separately + rotor blade group of multi-stage turbine with same diameter almost same shape for each stage 5 bolt assembly turbine with fitting Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Drive + Hydraulic Levitation + Additional Thrust Bearings + Heat Transfer Speed and Mass Speed Separately Saved Pressure + Turbine Turbine Rotor Blades with the Same Diameter for Each Stage 6 Bolts of Assembling Bolt Assembly Turbine The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation levitation additional thrust bearing + Acceleration of heat energy and mass velocity divided and saved pressure + Turbine blade group is as same diameter as each stage and mating bolt assembly Turbine is 7 stages Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing Various energy storage cycle coalescing engines equipped with 8 stages of mating bolt assembly turbines with the same size of the turbine blade group with the same diameter for each stage with acceleration driven by metal ball mercury accelerated with pressure divided separately into heat energy rate and mass velocity .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Acceleration with pressure divided and stored at heat rate and mass rate + Various energy conservation cycle combined engines with 9 stages of mating bolt assembly turbines with the same diameter of the rotor blade group of multistage turbine and the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with 10 stages of mating bolt assembly turbines with the rotor blade group of multistage turbines having the same diameter and approximately the same shape for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with a bolt assembly turbine installed in one stage with the rotor blade group of the turbine having the same diameter and the same diameter for each stage with pressure divided and stored as heat load rate and mass velocity.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with two stages of mating bolt assembly turbines with two stages of mating bolt assembly turbines with the same diameter and approximately the same shape for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Various energy storage cycles combined with three stages of mating bolt assembly turbines with the same size of the turbine blade group with the same diameter for each stage, with acceleration driven by metal ball mercury accelerated by pressure separately stored as heat energy rate and mass velocity organ.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing A variety of energy storage cycle coalescing engines equipped with four stages of mating bolt assembly turbines with the same size of rotor blade group of multistage turbine with the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing A variety of energy storage cycle coalescing engines equipped with five stages of bolt assembly turbines, each of which has the same diameter as the rotor blade group of each multistage turbine and is approximately the same diameter.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Various energy storage cycle coalescing engines equipped with six stages of mating bolt assembly turbines with the same size of rotor blade group of each stage with the same diameter for each stage of acceleration + pressure by divided and stored heat rate and mass speed.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Various energy storage cycle coalescing engines equipped with 7 stages of mating bolt assembly turbines with acceleration and pressure by division pressure stored in heat rate and mass velocity, and turbine blades with the same diameter and diameter.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing Various energy storage cycle coalescing engines equipped with 8 stages of mating bolt assembly turbines with the same size of the turbine blade group with the same diameter for each stage with acceleration driven by metal ball mercury accelerated with pressure divided separately into heat energy rate and mass velocity .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Acceleration with pressure divided and stored at heat rate and mass rate + Various energy conservation cycle combined engines with 9 stages of mating bolt assembly turbines with the same diameter of the rotor blade group of multistage turbine and the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with 10 stages of mating bolt assembly turbines with the rotor blade group of multistage turbines having the same diameter and approximately the same shape for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with a bolt assembly turbine installed in one stage with the rotor blade group of the turbine having the same diameter and the same diameter for each stage with pressure divided and stored as heat load rate and mass velocity.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with two stages of mating bolt assembly turbines with two stages of mating bolt assembly turbines with the same diameter and approximately the same shape for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat pressure and mass pressure separately stored pressure + metal ball mercury acceleration driven turbine rotor blade group with the same diameter approximately the same shape for each stage mating bolt assembly Various energy storage cycle combined engines with three stages of turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation levy additional thrust bearing + acceleration with heat transfer rate and mass speed separately stored + rotating blade group of multi-stage turbine with the same diameter and substantially same shape for each stage 4 stages of mating bolt assembly turbine Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation levy additional thrust bearing + acceleration with heat transfer rate and mass speed separately stored pressure + rotating turbine blade group of multi-stage turbine with the same diameter approximately the same shape for each stage 5 stages of mating bolt assembly turbine Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation levy additional thrust bearing + acceleration with heat load speed and mass speed separately + turbine blade group of turbines with the same diameter approximately the same shape for each stage 6 sets of mating bolt assembly turbine are provided Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat transfer speed and mass speed divided separately + turbine blade group is provided with seven stages of mating bolt assembly turbines with the same diameter and substantially the same shape at each stage Various energy conservation cycle union engine.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection thrust force driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat pressure and mass pressure separately stored pressure + metal ball mercury acceleration driven turbine rotor blade group is fitted with the same diameter approximately the same shape every stage Various energy storage cycle combined engines equipped with 8 stages of bolt assembly turbines.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + acceleration with heat pressure and mass speed divided separately + rotor blade group of multi-stage turbine with the same diameter and diameter for each stage 9 mating bolt assembly turbine 9 Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Force Drive + Hydraulic Levitation + Additional Thrust Bearing + Acceleration of Heat and Mass Speed Separately + Pressure on Multistage Turbine Blades with the Same Diameter for Each Stage 10 Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Drive + Hydraulic Levitation + Additional Thrust Bearings + Heat Transfer Rate and Mass Speed Separated and Saved Pressure + Turbine Turbine Rotor Blades with the Same Diameter for Each Stage-One Step Assembly of Bolt Assembly Turbine The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Drive + Hydraulic Levitation + Additional Thrust Bearing + Acceleration of Heat and Mass Speed Separately + Pressure of Turbine Rotor Blades for Each Stage with Same Size and Same Shape for Each Stage Bolt Bolting Turbine Two Stages Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing Various energy storage cycle coalescing engines equipped with three stages of mating bolt assembly turbines with the same size of the turbine blade group with the same diameter for each stage with acceleration driven by metal ball mercury accelerated by pressure separately stored at + heat quantity speed and mass speed .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with four stages of mating bolt assembly turbines with the same size of the rotor blade group of multistage turbine and the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with five stages of bolt assembly turbines, each of which has the same diameter as the rotor blade group of each multistage turbine and the same diameter.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with six stages of mating bolt assembly turbines in which the rotor blade group of the turbine is made to have the same diameter and shape with the same size for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with 7 stages of mating bolt assembly turbines with acceleration and pressure divided and stored as heat energy rate and mass velocity.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Various energy storage cycles combined with eight stages of mating bolt assembly turbines with the same size and almost same shape turbine rotor blade group driven by acceleration + metal ball mercury acceleration by pressure stored separately in heat energy rate and mass velocity organ.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing A variety of energy storage cycle coalescing engines equipped with 9 stages of bolt assembly turbines, each of which has the same diameter as the rotor blade group of each multistage turbine and is approximately the same in shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing A variety of energy storage cycle coalescing engines equipped with 10 stages of mating bolt assembly turbines with the rotor blades of the multistage turbine having the same diameter and the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing A variety of energy storage cycle coalescing engines, in which the rotor blade group of the turbine is made to have the same diameter and shape with the same diameter for each stage, and the bolt assembly turbine is provided in one stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing A variety of energy storage cycle coalescing engines equipped with two stages of mating bolt assembly turbines with the same size and approximately the same diameter for each stage of the turbine blade group with acceleration by pressure stored separately at heat rate and mass rate.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing Various energy storage cycle coalescing engines equipped with three stages of mating bolt assembly turbines with the same size of the turbine blade group with the same diameter for each stage with acceleration driven by metal ball mercury accelerated by pressure separately stored at + heat quantity speed and mass speed .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with four stages of mating bolt assembly turbines with the same size of the rotor blade group of multistage turbine and the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with five stages of bolt assembly turbines, each of which has the same diameter as the rotor blade group of each multistage turbine and the same diameter.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with six stages of mating bolt assembly turbines in which the rotor blade group of the turbine is made to have the same diameter and shape with the same size for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with 7 stages of mating bolt assembly turbines with acceleration and pressure divided and stored as heat energy rate and mass velocity.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat pressure and mass pressure separately stored pressure + metal ball mercury acceleration driven turbine rotor blade group with the same diameter approximately the same shape for each stage mating bolt assembly Various energy storage cycle combined engines with eight stages of turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation levy additional thrust bearing + acceleration with heat transfer rate and mass speed separately saved + rotating turbine blade group of multi-stage turbine with the same diameter almost same shape every stage 9 stages of bolt assembly turbine Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation levy additional thrust bearing + acceleration with heat pressure and mass speed divided separately + moving blade group of multi-stage turbine with the same diameter and almost same shape per stage 10 stages of bolt assembly turbine Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation levy additional thrust bearing + acceleration with heat transfer rate and mass speed separately divided + turbine blade group of turbine with the same diameter approximately the same shape for each stage Provision of bolt assembly turbine in one stage Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat transfer rate and mass speed separately stored + turbine blade group with the same diameter and substantially the same shape for each stage Various energy conservation cycle union engine.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection thrust force driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat pressure and mass pressure separately stored pressure + metal ball mercury acceleration driven turbine rotor blade group is fitted with the same diameter approximately the same shape every stage Various energy storage cycle combined engines equipped with 3 stages of bolt assembly turbines.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + acceleration with heat pressure and mass speed divided separately + rotor blade group of multi-stage turbine with same diameter almost same shape for each stage 4 Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + acceleration with heat pressure and mass speed divided separately + rotor blade group of multi-stage turbine with same diameter almost same shape for each stage 5 bolt assembly turbine with fitting Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Drive + Hydraulic Levitation + Additional Thrust Bearings + Heat Transfer Speed and Mass Speed Separately Saved Pressure + Turbine Turbine Rotor Blades with the Same Diameter for Each Stage 6 Bolts of Assembling Bolt Assembly Turbine The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation levitation additional thrust bearing + Acceleration of heat energy and mass velocity divided and saved pressure + Turbine blade group is as same diameter as each stage and mating bolt assembly Turbine is 7 stages Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + structure and method of accelerating metal ball mercury + intake air path length lens and sunlight Heat and cold energy production + Hydraulic levitation levitation additional thrust bearing + Heat capacity speed and mass speed separately stored pressure + Accelerated metal ball mercury by acceleration pressure turbine blade group is fitted with the same diameter approximately the same shape every stage Various energy storage cycle combined engines equipped with 8 stages of bolt assembly turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + structure and method of accelerating metal ball mercury + intake air path length lens and sunlight Heat and cool at manufacturing + Hydraulic levitation + additional thrust bearing + acceleration with heat pressure and mass speed divided separately + rotating turbine blade group of multi-stage turbine approximately the same diameter for each stage Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + structure and method of accelerating metal ball mercury + intake air path length lens and sunlight Heat and cool at manufacturing + Hydraulic levitation + additional thrust bearing + acceleration with heat pressure and mass speed divided separately + rotating turbine blade group of multi-stage turbine with the same diameter and shape for each stage 10 mating bolt assembly turbine 10 Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + structure and method of accelerating metal ball mercury + intake air path length lens and sunlight Heat and cool at manufacturing + Hydraulic levitation + additional thrust bearing + acceleration with heat pressure and mass speed divided separately + turbine blade group of turbines with the same diameter and diameter for each stage 1 stage of mating bolt assembly turbine The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + structure and method of accelerating metal ball mercury + intake air path length lens and sunlight Heat and cool at manufacturing + Hydraulic levitation + additional thrust bearing + acceleration with heat pressure and mass speed divided separately + turbine rotor blade group with the same diameter and almost same shape for each stage Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + structure and method of accelerating metal ball mercury + intake air path length lens and sunlight Heat and cold energy production + Hydraulic levitation levitation additional thrust bearing + Heat capacity speed and mass speed separately stored pressure + Accelerated metal ball mercury by acceleration pressure turbine blade group is fitted with the same diameter approximately the same shape every stage Various energy storage cycle combined engines equipped with 3 stages of bolt assembly turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + structure and method of accelerating metal ball mercury + intake air path length lens and sunlight Heat and cool at manufacturing + Equipped with additional hydraulic floating thrust bearing + Accelerated by heat pressure and mass speed separately stored pressure + Multistage turbine blade group with same diameter and almost same shape for each stage 4 Bolt assembly turbine assembly Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + structure and method of accelerating metal ball mercury + intake air path length lens and sunlight Heat and cool at manufacturing + Equipped with additional hydraulic floating levitation thrust bearings + Accelerated by heat pressure and mass velocity separately saved pressure + Multistage turbine blade group of the same diameter approximately the same shape for each stage 5 Bolt assembly turbine assembly Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + structure and method of accelerating metal ball mercury + intake air path length lens and sunlight Heat and cool at manufacturing + Hydraulic levitation + additional thrust bearing + acceleration with heat pressure and mass speed divided separately + turbine blade group of turbines with the same diameter and diameter for each paragraph 6 stages of mating bolt assembly turbine The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + structure and method of accelerating metal ball mercury + intake air path length lens and sunlight Heat and cool at manufacturing + Hydraulic levitation + additional thrust bearing + acceleration with heat pressure and mass speed divided separately + turbine rotor blade group with the same diameter and almost same shape for each stage 7 stages of mating bolt assembly turbine Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration by heat pressure and metal ball mercury acceleration by pressure stored separately in calorific speed and mass speed + mating turbine blade group with same diameter almost same shape for each stage mating bolt Various energy storage cycle combined engines with eight stages of assembly turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat transfer speed and mass speed divided separately + rotor blade group of multi-stage turbine with the same diameter approximately every stage 9 stages of mating bolt assembly turbine The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat transfer speed and mass speed separately stored pressure + 10 stages of mating bolt assembly turbine with the same diameter of the rotor blade group of multistage turbines The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat transfer speed and mass speed divided separately + turbine blade group of turbine with the same diameter and substantially the same shape for each stage Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat transfer speed and mass speed divided separately + turbine blade group with the same diameter and approximately same shape for each stage 2 stages of mating bolt assembly turbine are provided Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration by heat pressure and metal ball mercury acceleration by pressure stored separately in calorific speed and mass speed + mating turbine blade group with same diameter almost same shape for each stage mating bolt Various energy storage cycle combined engines with three stages of assembly turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration by heat pressure and metal ball mercury acceleration by pressure stored separately in calorific speed and mass speed + mating turbine blade group with same diameter almost same shape for each stage mating bolt Various energy storage cycle combined engines with four stages of assembly turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration by heat pressure and metal ball mercury acceleration by pressure stored separately in calorific speed and mass speed + mating turbine blade group with same diameter almost same shape for each stage mating bolt Various energy storage cycle combined engines with five stages of assembly turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration by heat pressure and metal ball mercury acceleration by pressure stored separately in calorific speed and mass speed + mating turbine blade group with same diameter almost same shape for each stage mating bolt Various energy storage cycle combined engines with six stages of assembly turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration by heat pressure and metal ball mercury acceleration by pressure stored separately in calorific speed and mass speed + mating turbine blade group with same diameter almost same shape for each stage mating bolt Various energy storage cycle combined engines equipped with 7 stages of assembly turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat transfer rate and mass speed separately stored pressure + multistage turbine rotor blade group with the same diameter and substantially same shape for each stage 8 stages of mating bolt assembly turbine The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat transfer speed and mass speed divided separately + rotor blade group of multi-stage turbine with the same diameter approximately every stage 9 stages of mating bolt assembly turbine The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat transfer speed and mass speed separately stored pressure + 10 stages of mating bolt assembly turbine with the same diameter of the rotor blade group of multistage turbines The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat transfer rate and mass speed separately stored pressure + multistage turbine rotor blade group of the same diameter approximately the same for every stage 1 stage of mating bolt assembly turbine The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat transfer speed and mass speed divided separately + rotating turbine blade group of multi-stage turbine approximately the same diameter in every stage 2 stages of mating bolt assembly turbine The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat transfer speed and mass speed divided separately + rotating turbine blade group of multi-stage turbine approximately the same diameter in every stage 3 stages of mating bolt assembly turbine The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat transfer rate and mass speed separately stored pressure + multistage turbine rotor blade group of the same diameter approximately in each stage 4 stages of mating bolt assembly turbine The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat transfer rate and mass speed separately stored pressure + 5-stage mating bolt assembly turbine with the same diameter of the rotor blade group of multistage turbines The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat transfer speed and mass speed divided separately + rotor blade group of multi-stage turbine with the same diameter almost in each stage 6 stages of mating bolt assembly turbine The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat transfer speed and mass speed separately stored pressure + multistage turbine rotor blade group with the same diameter and approximately same shape for each stage 7 stages of mating bolt assembly turbine The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat transfer speed and mass speed divided separately + turbine blade group of turbine with same size and diameter for each paragraph Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat transfer rate and mass speed divided separately + turbine blade group of turbine with the same diameter approximately the same shape every stage 9 stages of bolt assembly turbine Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration by heat pressure and mass pressure separately stored pressure + moving blade group of turbine with the same diameter almost same shape every stage 10 stages of mating bolt assembly turbine Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat transfer speed and mass speed divided separately + turbine blade group of turbine with the same diameter and substantially the same shape for each stage Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat transfer speed and mass speed divided separately + turbine blade group of turbines with same diameter and same shape for every stage Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat transfer speed and mass speed divided separately + turbine blade group with the same diameter and approximately same shape for each stage 3 stages of mating bolt assembly turbine are provided Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat transfer speed and mass speed separately stored + turbine blade group with the same diameter and approximately same shape for each stage 4 stages of mating bolt assembly turbine are provided Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat transfer speed and mass speed separately stored + turbine blade group with the same diameter approximately the same shape for each stage 5 stages of mating bolt assembly turbine are provided Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat transfer speed and mass speed divided separately + turbine blade group with the same diameter and approximately same shape for each stage 6 stages of mating bolt assembly turbine are provided Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat transfer speed and mass speed separately stored + turbine blade group with the same diameter and approximately same shape for each stage 7 stages of mating bolt assembly turbine are provided Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration by heat pressure and mass pressure separately stored pressure + retaining blade equipped turbine blade group equipped with heat retention device with the same diameter and substantially same shape Various energy storage cycle combined engines with eight stages of turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration by heat pressure and mass pressure separately stored pressure + retaining blade equipped turbine blade group equipped with heat retention device with the same diameter and substantially same shape Various energy storage cycle combined engines with 9 stages of turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration by heat pressure and mass pressure separately stored pressure + retaining blade equipped turbine blade group equipped with heat retention device with the same diameter and substantially same shape Various energy storage cycle combined engines with 10 stages of turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration by heat pressure and mass pressure separately stored pressure + retaining blade equipped turbine blade group equipped with heat retention device with the same diameter and substantially same shape Various energy storage cycle combined engines with one stage of turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration by heat pressure and mass pressure separately stored pressure + retaining blade equipped turbine blade group equipped with heat retention device with the same diameter and substantially same shape Various energy storage cycle combined engines with two stages of turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + maximum gravity, sunlight and surface tension Limited use + Water jet rotatably mounted so that it can move up and down + Hydraulic floating levitation additional thrust bearing + Thermal energy speed and mass speed divided and saved pressure + Acceleration of metal ball mercury + Turbine blade group driven by acceleration A variety of energy storage cycle combined engines equipped with three stages of mating bolt assembly turbines with the same diameter and approximately the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + maximum gravity, sunlight and surface tension Limited use + Water jet is rotatably provided so that it can move up and down + Hydraulic levitation additional thrust bearing is added + Heat force and mass velocity divided and saved pressure + Rotor blade group of multi-stage turbine approximately the same diameter of each stage A variety of energy storage cycle combined engines equipped with four stages of mating bolt assembly turbines in the same shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + maximum gravity, sunlight and surface tension Limited use + Water jet is rotatably provided so that it can move up and down + Hydraulic levitation additional thrust bearing is added + Heat force and mass velocity divided and saved pressure + Rotor blade group of multi-stage turbine approximately the same diameter of each stage A variety of energy storage cycle combined engines equipped with five stages of mating bolt assembly turbines in the same shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + maximum gravity, sunlight and surface tension Limit use + Provide water jet rotatably so that it can move up and down + Equipped with hydraulic floating additional thrust bearing + Accelerate heat pressure and mass speed separately with divided pressure + Turbine blade group of turbine is the same diameter approximately in every section Various energy storage cycle combined engines equipped with six stages of mating bolt assembly turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + maximum gravity, sunlight and surface tension Limited use + Water jet rotatably mounted so that it can move up and down + Hydraulic levitation additional thrust bearing equipped + Heat load speed and mass speed divided and saved by pressure + Turbine rotor blade group as same diameter of each section Various energy storage cycle combined engines equipped with 7 stages of mating bolt assembly turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing Various energy storage cycle coalescing engines equipped with 8 stages of mating bolt assembly turbines with the same size of the turbine blade group with the same diameter for each stage with acceleration driven by metal ball mercury accelerated with pressure divided separately into heat energy rate and mass velocity .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Acceleration with pressure divided and stored at heat rate and mass rate + Various energy conservation cycle combined engines with 9 stages of mating bolt assembly turbines with the same diameter of the rotor blade group of multistage turbine and the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with 10 stages of mating bolt assembly turbines with the rotor blade group of multistage turbines having the same diameter and approximately the same shape for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with a bolt assembly turbine installed in one stage with the rotor blade group of the turbine having the same diameter and the same diameter for each stage with pressure divided and stored as heat load rate and mass velocity.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with two stages of mating bolt assembly turbines with two stages of mating bolt assembly turbines with the same diameter and approximately the same shape for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Various energy storage cycles combined with three stages of mating bolt assembly turbines with the same size of the turbine blade group with the same diameter for each stage, with acceleration driven by metal ball mercury accelerated by pressure separately stored as heat energy rate and mass velocity organ.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing A variety of energy storage cycle coalescing engines equipped with four stages of mating bolt assembly turbines with the same size of rotor blade group of multistage turbine with the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing A variety of energy storage cycle coalescing engines equipped with five stages of bolt assembly turbines, each of which has the same diameter as the rotor blade group of each multistage turbine and is approximately the same diameter.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Various energy storage cycle coalescing engines equipped with six stages of mating bolt assembly turbines with the same size of rotor blade group of each stage with the same diameter for each stage of acceleration + pressure by divided and stored heat rate and mass speed.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Various energy storage cycle coalescing engines equipped with 7 stages of mating bolt assembly turbines with acceleration and pressure by division pressure stored in heat rate and mass velocity, and turbine blades with the same diameter and diameter.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing Various energy storage cycle coalescing engines equipped with 8 stages of mating bolt assembly turbines with the same size of the turbine blade group with the same diameter for each stage with acceleration driven by metal ball mercury accelerated with pressure divided separately into heat energy rate and mass velocity .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Acceleration with pressure divided and stored at heat rate and mass rate + Various energy conservation cycle combined engines with 9 stages of mating bolt assembly turbines with the same diameter of the rotor blade group of multistage turbine and the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with 10 stages of mating bolt assembly turbines with the rotor blade group of multistage turbines having the same diameter and approximately the same shape for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with a bolt assembly turbine installed in one stage with the rotor blade group of the turbine having the same diameter and the same diameter for each stage with pressure divided and stored as heat load rate and mass velocity.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with two stages of mating bolt assembly turbines with two stages of mating bolt assembly turbines with the same diameter and approximately the same shape for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat pressure and mass pressure separately stored pressure + metal ball mercury acceleration driven turbine rotor blade group with the same diameter approximately the same shape for each stage mating bolt assembly Various energy storage cycle combined engines with three stages of turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation levy additional thrust bearing + acceleration with heat transfer rate and mass speed separately stored + rotating blade group of multi-stage turbine with the same diameter and substantially same shape for each stage 4 stages of mating bolt assembly turbine Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation levy additional thrust bearing + acceleration with heat transfer rate and mass speed separately stored pressure + rotating turbine blade group of multi-stage turbine with the same diameter approximately the same shape for each stage 5 stages of mating bolt assembly turbine Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation levy additional thrust bearing + acceleration with heat load speed and mass speed separately + turbine blade group of turbines with the same diameter approximately the same shape for each stage 6 sets of mating bolt assembly turbine are provided Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat transfer speed and mass speed divided separately + turbine blade group is provided with seven stages of mating bolt assembly turbines with the same diameter and substantially the same shape at each stage Various energy conservation cycle union engine.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection thrust force driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat pressure and mass pressure separately stored pressure + metal ball mercury acceleration driven turbine rotor blade group is fitted with the same diameter approximately the same shape every stage Various energy storage cycle combined engines equipped with 8 stages of bolt assembly turbines.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + acceleration with heat pressure and mass speed divided separately + rotor blade group of multi-stage turbine with the same diameter and diameter for each stage 9 mating bolt assembly turbine 9 Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Force Drive + Hydraulic Levitation + Additional Thrust Bearing + Acceleration of Heat and Mass Speed Separately + Pressure on Multistage Turbine Blades with the Same Diameter for Each Stage 10 Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Drive + Hydraulic Levitation + Additional Thrust Bearings + Heat Transfer Rate and Mass Speed Separated and Saved Pressure + Turbine Turbine Rotor Blades with the Same Diameter for Each Stage-One Step Assembly of Bolt Assembly Turbine The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Drive + Hydraulic Levitation + Additional Thrust Bearing + Acceleration of Heat and Mass Speed Separately + Pressure of Turbine Rotor Blades for Each Stage with Same Size and Same Shape for Each Stage Bolt Bolting Turbine Two Stages Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing Various energy storage cycle coalescing engines equipped with three stages of mating bolt assembly turbines with the same size of the turbine blade group with the same diameter for each stage with acceleration driven by metal ball mercury accelerated by pressure separately stored at + heat quantity speed and mass speed .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with four stages of mating bolt assembly turbines with the same size of the rotor blade group of multistage turbine and the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with five stages of bolt assembly turbines, each of which has the same diameter as the rotor blade group of each multistage turbine and the same diameter.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with six stages of mating bolt assembly turbines in which the rotor blade group of the turbine is made to have the same diameter and shape with the same size for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with 7 stages of mating bolt assembly turbines with acceleration and pressure divided and stored as heat energy rate and mass velocity.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Various energy storage cycles combined with eight stages of mating bolt assembly turbines with the same size and almost same shape turbine rotor blade group driven by acceleration + metal ball mercury acceleration by pressure stored separately in heat energy rate and mass velocity organ.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing A variety of energy storage cycle coalescing engines equipped with 9 stages of bolt assembly turbines, each of which has the same diameter as the rotor blade group of each multistage turbine and is approximately the same in shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing A variety of energy storage cycle coalescing engines equipped with 10 stages of mating bolt assembly turbines with the rotor blades of the multistage turbine having the same diameter and the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing A variety of energy storage cycle coalescing engines, in which the rotor blade group of the turbine is made to have the same diameter and shape with the same diameter for each stage, and the bolt assembly turbine is provided in one stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing A variety of energy storage cycle coalescing engines equipped with two stages of mating bolt assembly turbines with the same size and approximately the same diameter for each stage of the turbine blade group with acceleration by pressure stored separately at heat rate and mass rate.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing Various energy storage cycle coalescing engines equipped with three stages of mating bolt assembly turbines with the same size of the turbine blade group with the same diameter for each stage with acceleration driven by metal ball mercury accelerated by pressure separately stored at + heat quantity speed and mass speed .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with four stages of mating bolt assembly turbines with the same size of the rotor blade group of multistage turbine and the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with five stages of bolt assembly turbines, each of which has the same diameter as the rotor blade group of each multistage turbine and the same diameter.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with six stages of mating bolt assembly turbines in which the rotor blade group of the turbine is made to have the same diameter and shape with the same size for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with 7 stages of mating bolt assembly turbines with acceleration and pressure divided and stored as heat energy rate and mass velocity.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat pressure and mass pressure separately stored pressure + metal ball mercury acceleration driven turbine rotor blade group with the same diameter approximately the same shape for each stage mating bolt assembly Various energy storage cycle combined engines with eight stages of turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation levy additional thrust bearing + acceleration with heat transfer rate and mass speed separately saved + rotating turbine blade group of multi-stage turbine with the same diameter almost same shape every stage 9 stages of bolt assembly turbine Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation levy additional thrust bearing + acceleration with heat pressure and mass speed divided separately + moving blade group of multi-stage turbine with the same diameter and almost same shape per stage 10 stages of bolt assembly turbine Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation levy additional thrust bearing + acceleration with heat transfer rate and mass speed separately divided + turbine blade group of turbine with the same diameter approximately the same shape for each stage Provision of bolt assembly turbine in one stage Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat transfer rate and mass speed separately stored + turbine blade group with the same diameter and substantially the same shape for each stage Various energy conservation cycle union engine.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection thrust force driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat pressure and mass pressure separately stored pressure + metal ball mercury acceleration driven turbine rotor blade group is fitted with the same diameter approximately the same shape every stage Various energy storage cycle combined engines equipped with 3 stages of bolt assembly turbines.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + acceleration with heat pressure and mass speed divided separately + rotor blade group of multi-stage turbine with same diameter almost same shape for each stage 4 Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + acceleration with heat pressure and mass speed divided separately + rotor blade group of multi-stage turbine with same diameter almost same shape for each stage 5 bolt assembly turbine with fitting Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Drive + Hydraulic Levitation + Additional Thrust Bearings + Heat Transfer Speed and Mass Speed Separately Saved Pressure + Turbine Turbine Rotor Blades with the Same Diameter for Each Stage 6 Bolts of Assembling Bolt Assembly Turbine The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation levitation additional thrust bearing + Acceleration of heat energy and mass velocity divided and saved pressure + Turbine blade group is as same diameter as each stage and mating bolt assembly Turbine is 7 stages Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing Various energy storage cycle coalescing engines equipped with 8 stages of mating bolt assembly turbines with the same size of the turbine blade group with the same diameter for each stage with acceleration driven by metal ball mercury accelerated with pressure divided separately into heat energy rate and mass velocity .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Acceleration with pressure divided and stored at heat rate and mass rate + Various energy conservation cycle combined engines with 9 stages of mating bolt assembly turbines with the same diameter of the rotor blade group of multistage turbine and the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with 10 stages of mating bolt assembly turbines with the rotor blade group of multistage turbines having the same diameter and approximately the same shape for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with a bolt assembly turbine installed in one stage with the rotor blade group of the turbine having the same diameter and the same diameter for each stage with pressure divided and stored as heat load rate and mass velocity.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with two stages of mating bolt assembly turbines with two stages of mating bolt assembly turbines with the same diameter and approximately the same shape for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Various energy storage cycles combined with three stages of mating bolt assembly turbines with the same size of the turbine blade group with the same diameter for each stage, with acceleration driven by metal ball mercury accelerated by pressure separately stored as heat energy rate and mass velocity organ.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing A variety of energy storage cycle coalescing engines equipped with four stages of mating bolt assembly turbines with the same size of rotor blade group of multistage turbine with the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing A variety of energy storage cycle coalescing engines equipped with five stages of bolt assembly turbines, each of which has the same diameter as the rotor blade group of each multistage turbine and is approximately the same diameter.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Various energy storage cycle coalescing engines equipped with six stages of mating bolt assembly turbines with the same size of rotor blade group of each stage with the same diameter for each stage of acceleration + pressure by divided and stored heat rate and mass speed.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Various energy storage cycle coalescing engines equipped with 7 stages of mating bolt assembly turbines with acceleration and pressure by division pressure stored in heat rate and mass velocity, and turbine blades with the same diameter and diameter.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing Various energy storage cycle coalescing engines equipped with 8 stages of mating bolt assembly turbines with the same size of the turbine blade group with the same diameter for each stage with acceleration driven by metal ball mercury accelerated with pressure divided separately into heat energy rate and mass velocity .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Acceleration with pressure divided and stored at heat rate and mass rate + Various energy conservation cycle combined engines with 9 stages of mating bolt assembly turbines with the same diameter of the rotor blade group of multistage turbine and the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with 10 stages of mating bolt assembly turbines with the rotor blade group of multistage turbines having the same diameter and approximately the same shape for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with a bolt assembly turbine installed in one stage with the rotor blade group of the turbine having the same diameter and the same diameter for each stage with pressure divided and stored as heat load rate and mass velocity.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with two stages of mating bolt assembly turbines with two stages of mating bolt assembly turbines with the same diameter and approximately the same shape for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat pressure and mass pressure separately stored pressure + metal ball mercury acceleration driven turbine rotor blade group with the same diameter approximately the same shape for each stage mating bolt assembly Various energy storage cycle combined engines with three stages of turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation levy additional thrust bearing + acceleration with heat transfer rate and mass speed separately stored + rotating blade group of multi-stage turbine with the same diameter and substantially same shape for each stage 4 stages of mating bolt assembly turbine Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation levy additional thrust bearing + acceleration with heat transfer rate and mass speed separately stored pressure + rotating turbine blade group of multi-stage turbine with the same diameter approximately the same shape for each stage 5 stages of mating bolt assembly turbine Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation levy additional thrust bearing + acceleration with heat load speed and mass speed separately + turbine blade group of turbines with the same diameter approximately the same shape for each stage 6 sets of mating bolt assembly turbine are provided Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat transfer speed and mass speed divided separately + turbine blade group is provided with seven stages of mating bolt assembly turbines with the same diameter and substantially the same shape at each stage Various energy conservation cycle union engine.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection thrust force driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat pressure and mass pressure separately stored pressure + metal ball mercury acceleration driven turbine rotor blade group is fitted with the same diameter approximately the same shape every stage Various energy storage cycle combined engines equipped with 8 stages of bolt assembly turbines.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + acceleration with heat pressure and mass speed divided separately + rotor blade group of multi-stage turbine with the same diameter and diameter for each stage 9 mating bolt assembly turbine 9 Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Force Drive + Hydraulic Levitation + Additional Thrust Bearing + Acceleration of Heat and Mass Speed Separately + Pressure on Multistage Turbine Blades with the Same Diameter for Each Stage 10 Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Drive + Hydraulic Levitation + Additional Thrust Bearings + Heat Transfer Rate and Mass Speed Separated and Saved Pressure + Turbine Turbine Rotor Blades with the Same Diameter for Each Stage-One Step Assembly of Bolt Assembly Turbine The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Drive + Hydraulic Levitation + Additional Thrust Bearing + Acceleration of Heat and Mass Speed Separately + Pressure of Turbine Rotor Blades for Each Stage with Same Size and Same Shape for Each Stage Bolt Bolting Turbine Two Stages Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing Various energy storage cycle coalescing engines equipped with three stages of mating bolt assembly turbines with the same size of the turbine blade group with the same diameter for each stage with acceleration driven by metal ball mercury accelerated by pressure separately stored at + heat quantity speed and mass speed .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with four stages of mating bolt assembly turbines with the same size of the rotor blade group of multistage turbine and the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with five stages of bolt assembly turbines, each of which has the same diameter as the rotor blade group of each multistage turbine and the same diameter.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with six stages of mating bolt assembly turbines in which the rotor blade group of the turbine is made to have the same diameter and shape with the same size for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with 7 stages of mating bolt assembly turbines with acceleration and pressure divided and stored as heat energy rate and mass velocity.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Various energy storage cycles combined with eight stages of mating bolt assembly turbines with the same size and almost same shape turbine rotor blade group driven by acceleration + metal ball mercury acceleration by pressure stored separately in heat energy rate and mass velocity organ.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing A variety of energy storage cycle coalescing engines equipped with 9 stages of bolt assembly turbines, each of which has the same diameter as the rotor blade group of each multistage turbine and is approximately the same in shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing A variety of energy storage cycle coalescing engines equipped with 10 stages of mating bolt assembly turbines with the rotor blades of the multistage turbine having the same diameter and the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing A variety of energy storage cycle coalescing engines, in which the rotor blade group of the turbine is made to have the same diameter and shape with the same diameter for each stage, and the bolt assembly turbine is provided in one stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing A variety of energy storage cycle coalescing engines equipped with two stages of mating bolt assembly turbines with the same size and approximately the same diameter for each stage of the turbine blade group with acceleration by pressure stored separately at heat rate and mass rate.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing Various energy storage cycle coalescing engines equipped with three stages of mating bolt assembly turbines with the same size of the turbine blade group with the same diameter for each stage with acceleration driven by metal ball mercury accelerated by pressure separately stored at + heat quantity speed and mass speed .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with four stages of mating bolt assembly turbines with the same size of the rotor blade group of multistage turbine and the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with five stages of bolt assembly turbines, each of which has the same diameter as the rotor blade group of each multistage turbine and the same diameter.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with six stages of mating bolt assembly turbines in which the rotor blade group of the turbine is made to have the same diameter and shape with the same size for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with 7 stages of mating bolt assembly turbines with acceleration and pressure divided and stored as heat energy rate and mass velocity.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat pressure and mass pressure separately stored pressure + metal ball mercury acceleration driven turbine rotor blade group with the same diameter approximately the same shape for each stage mating bolt assembly Various energy storage cycle combined engines with eight stages of turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation levy additional thrust bearing + acceleration with heat transfer rate and mass speed separately saved + rotating turbine blade group of multi-stage turbine with the same diameter almost same shape every stage 9 stages of bolt assembly turbine Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation levy additional thrust bearing + acceleration with heat pressure and mass speed divided separately + moving blade group of multi-stage turbine with the same diameter and almost same shape per stage 10 stages of bolt assembly turbine Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation levy additional thrust bearing + acceleration with heat transfer rate and mass speed separately divided + turbine blade group of turbine with the same diameter approximately the same shape for each stage Provision of bolt assembly turbine in one stage Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat transfer rate and mass speed separately stored + turbine blade group with the same diameter and substantially the same shape for each stage Various energy conservation cycle union engine.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection thrust force driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat pressure and mass pressure separately stored pressure + metal ball mercury acceleration driven turbine rotor blade group is fitted with the same diameter approximately the same shape every stage Various energy storage cycle combined engines equipped with 3 stages of bolt assembly turbines.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + acceleration with heat pressure and mass speed divided separately + rotor blade group of multi-stage turbine with same diameter almost same shape for each stage 4 Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + acceleration with heat pressure and mass speed divided separately + rotor blade group of multi-stage turbine with same diameter almost same shape for each stage 5 bolt assembly turbine with fitting Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Drive + Hydraulic Levitation + Additional Thrust Bearings + Heat Transfer Speed and Mass Speed Separately Saved Pressure + Turbine Turbine Rotor Blades with the Same Diameter for Each Stage 6 Bolts of Assembling Bolt Assembly Turbine The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation levitation additional thrust bearing + Acceleration of heat energy and mass velocity divided and saved pressure + Turbine blade group is as same diameter as each stage and mating bolt assembly Turbine is 7 stages Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing Various energy storage cycle coalescing engines equipped with 8 stages of mating bolt assembly turbines with the same size of the turbine blade group with the same diameter for each stage with acceleration driven by metal ball mercury accelerated with pressure divided separately into heat energy rate and mass velocity .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Acceleration with pressure divided and stored at heat rate and mass rate + Various energy conservation cycle combined engines with 9 stages of mating bolt assembly turbines with the same diameter of the rotor blade group of multistage turbine and the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with 10 stages of mating bolt assembly turbines with the rotor blade group of multistage turbines having the same diameter and approximately the same shape for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with a bolt assembly turbine installed in one stage with the rotor blade group of the turbine having the same diameter and the same diameter for each stage with pressure divided and stored as heat load rate and mass velocity.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with two stages of mating bolt assembly turbines with two stages of mating bolt assembly turbines with the same diameter and approximately the same shape for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Various energy storage cycles combined with three stages of mating bolt assembly turbines with the same size of the turbine blade group with the same diameter for each stage, with acceleration driven by metal ball mercury accelerated by pressure separately stored as heat energy rate and mass velocity organ.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing A variety of energy storage cycle coalescing engines equipped with four stages of mating bolt assembly turbines with the same size of rotor blade group of multistage turbine with the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing A variety of energy storage cycle coalescing engines equipped with five stages of bolt assembly turbines, each of which has the same diameter as the rotor blade group of each multistage turbine and is approximately the same diameter.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Various energy storage cycle coalescing engines equipped with six stages of mating bolt assembly turbines with the same size of rotor blade group of each stage with the same diameter for each stage of acceleration + pressure by divided and stored heat rate and mass speed.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Various energy storage cycle coalescing engines equipped with 7 stages of mating bolt assembly turbines with acceleration and pressure by division pressure stored in heat rate and mass velocity, and turbine blades with the same diameter and diameter.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing Various energy storage cycle coalescing engines equipped with 8 stages of mating bolt assembly turbines with the same size of the turbine blade group with the same diameter for each stage with acceleration driven by metal ball mercury accelerated with pressure divided separately into heat energy rate and mass velocity .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Acceleration with pressure divided and stored at heat rate and mass rate + Various energy conservation cycle combined engines with 9 stages of mating bolt assembly turbines with the same diameter of the rotor blade group of multistage turbine and the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with 10 stages of mating bolt assembly turbines with the rotor blade group of multistage turbines having the same diameter and approximately the same shape for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with a bolt assembly turbine installed in one stage with the rotor blade group of the turbine having the same diameter and the same diameter for each stage with pressure divided and stored as heat load rate and mass velocity.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with two stages of mating bolt assembly turbines with two stages of mating bolt assembly turbines with the same diameter and approximately the same shape for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat pressure and mass pressure separately stored pressure + metal ball mercury acceleration driven turbine rotor blade group with the same diameter approximately the same shape for each stage mating bolt assembly Various energy storage cycle combined engines with three stages of turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation levy additional thrust bearing + acceleration with heat transfer rate and mass speed separately stored + rotating blade group of multi-stage turbine with the same diameter and substantially same shape for each stage 4 stages of mating bolt assembly turbine Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation levy additional thrust bearing + acceleration with heat transfer rate and mass speed separately stored pressure + rotating turbine blade group of multi-stage turbine with the same diameter approximately the same shape for each stage 5 stages of mating bolt assembly turbine Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation levy additional thrust bearing + acceleration with heat load speed and mass speed separately + turbine blade group of turbines with the same diameter approximately the same shape for each stage 6 sets of mating bolt assembly turbine are provided Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat transfer speed and mass speed divided separately + turbine blade group is provided with seven stages of mating bolt assembly turbines with the same diameter and substantially the same shape at each stage Various energy conservation cycle union engine.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection thrust force driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat pressure and mass pressure separately stored pressure + metal ball mercury acceleration driven turbine rotor blade group is fitted with the same diameter approximately the same shape every stage Various energy storage cycle combined engines equipped with 8 stages of bolt assembly turbines.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + acceleration with heat pressure and mass speed divided separately + rotor blade group of multi-stage turbine with the same diameter and diameter for each stage 9 mating bolt assembly turbine 9 Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Force Drive + Hydraulic Levitation + Additional Thrust Bearing + Acceleration of Heat and Mass Speed Separately + Pressure on Multistage Turbine Blades with the Same Diameter for Each Stage 10 Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Drive + Hydraulic Levitation + Additional Thrust Bearings + Heat Transfer Rate and Mass Speed Separated and Saved Pressure + Turbine Turbine Rotor Blades with the Same Diameter for Each Stage-One Step Assembly of Bolt Assembly Turbine The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Drive + Hydraulic Levitation + Additional Thrust Bearing + Acceleration of Heat and Mass Speed Separately + Pressure of Turbine Rotor Blades for Each Stage with Same Size and Same Shape for Each Stage Bolt Bolting Turbine Two Stages Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing Various energy storage cycle coalescing engines equipped with three stages of mating bolt assembly turbines with the same size of the turbine blade group with the same diameter for each stage with acceleration driven by metal ball mercury accelerated by pressure separately stored at + heat quantity speed and mass speed .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with four stages of mating bolt assembly turbines with the same size of the rotor blade group of multistage turbine and the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with five stages of bolt assembly turbines, each of which has the same diameter as the rotor blade group of each multistage turbine and the same diameter.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with six stages of mating bolt assembly turbines in which the rotor blade group of the turbine is made to have the same diameter and shape with the same size for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with 7 stages of mating bolt assembly turbines with acceleration and pressure divided and stored as heat energy rate and mass velocity.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Various energy storage cycles combined with eight stages of mating bolt assembly turbines with the same size and almost same shape turbine rotor blade group driven by acceleration + metal ball mercury acceleration by pressure stored separately in heat energy rate and mass velocity organ.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing A variety of energy storage cycle coalescing engines equipped with 9 stages of bolt assembly turbines, each of which has the same diameter as the rotor blade group of each multistage turbine and is approximately the same in shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing A variety of energy storage cycle coalescing engines equipped with 10 stages of mating bolt assembly turbines with the rotor blades of the multistage turbine having the same diameter and the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing A variety of energy storage cycle coalescing engines, in which the rotor blade group of the turbine is made to have the same diameter and shape with the same diameter for each stage, and the bolt assembly turbine is provided in one stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing A variety of energy storage cycle coalescing engines equipped with two stages of mating bolt assembly turbines with the same size and approximately the same diameter for each stage of the turbine blade group with acceleration by pressure stored separately at heat rate and mass rate.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing Various energy storage cycle coalescing engines equipped with three stages of mating bolt assembly turbines with the same size of the turbine blade group with the same diameter for each stage with acceleration driven by metal ball mercury accelerated by pressure separately stored at + heat quantity speed and mass speed .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with four stages of mating bolt assembly turbines with the same size of the rotor blade group of multistage turbine and the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with five stages of bolt assembly turbines, each of which has the same diameter as the rotor blade group of each multistage turbine and the same diameter.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with six stages of mating bolt assembly turbines in which the rotor blade group of the turbine is made to have the same diameter and shape with the same size for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with 7 stages of mating bolt assembly turbines with acceleration and pressure divided and stored as heat energy rate and mass velocity.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat pressure and mass pressure separately stored pressure + metal ball mercury acceleration driven turbine rotor blade group with the same diameter approximately the same shape for each stage mating bolt assembly Various energy storage cycle combined engines with eight stages of turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation levy additional thrust bearing + acceleration with heat transfer rate and mass speed separately saved + rotating turbine blade group of multi-stage turbine with the same diameter almost same shape every stage 9 stages of bolt assembly turbine Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation levy additional thrust bearing + acceleration with heat pressure and mass speed divided separately + moving blade group of multi-stage turbine with the same diameter and almost same shape per stage 10 stages of bolt assembly turbine Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation levy additional thrust bearing + acceleration with heat transfer rate and mass speed separately divided + turbine blade group of turbine with the same diameter approximately the same shape for each stage Provision of bolt assembly turbine in one stage Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat transfer rate and mass speed separately stored + turbine blade group with the same diameter and substantially the same shape for each stage Various energy conservation cycle union engine.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection thrust force driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat pressure and mass pressure separately stored pressure + metal ball mercury acceleration driven turbine rotor blade group is fitted with the same diameter approximately the same shape every stage Various energy storage cycle combined engines equipped with 3 stages of bolt assembly turbines.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + acceleration with heat pressure and mass speed divided separately + rotor blade group of multi-stage turbine with same diameter almost same shape for each stage 4 Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + acceleration with heat pressure and mass speed divided separately + rotor blade group of multi-stage turbine with same diameter almost same shape for each stage 5 bolt assembly turbine with fitting Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Drive + Hydraulic Levitation + Additional Thrust Bearings + Heat Transfer Speed and Mass Speed Separately Saved Pressure + Turbine Turbine Rotor Blades with the Same Diameter for Each Stage 6 Bolts of Assembling Bolt Assembly Turbine The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation levitation additional thrust bearing + Acceleration of heat energy and mass velocity divided and saved pressure + Turbine blade group is as same diameter as each stage and mating bolt assembly Turbine is 7 stages Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing Various energy storage cycle coalescing engines equipped with 8 stages of mating bolt assembly turbines with the same size of the turbine blade group with the same diameter for each stage with acceleration driven by metal ball mercury accelerated with pressure divided separately into heat energy rate and mass velocity .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Acceleration with pressure divided and stored at heat rate and mass rate + Various energy conservation cycle combined engines with 9 stages of mating bolt assembly turbines with the same diameter of the rotor blade group of multistage turbine and the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with 10 stages of mating bolt assembly turbines with the rotor blade group of multistage turbines having the same diameter and approximately the same shape for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with a bolt assembly turbine installed in one stage with the rotor blade group of the turbine having the same diameter and the same diameter for each stage with pressure divided and stored as heat load rate and mass velocity.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with two stages of mating bolt assembly turbines with two stages of mating bolt assembly turbines with the same diameter and approximately the same shape for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Various energy storage cycles combined with three stages of mating bolt assembly turbines with the same size of the turbine blade group with the same diameter for each stage, with acceleration driven by metal ball mercury accelerated by pressure separately stored as heat energy rate and mass velocity organ.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing A variety of energy storage cycle coalescing engines equipped with four stages of mating bolt assembly turbines with the same size of rotor blade group of multistage turbine with the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing A variety of energy storage cycle coalescing engines equipped with five stages of bolt assembly turbines, each of which has the same diameter as the rotor blade group of each multistage turbine and is approximately the same diameter.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Various energy storage cycle coalescing engines equipped with six stages of mating bolt assembly turbines with the same size of rotor blade group of each stage with the same diameter for each stage of acceleration + pressure by divided and stored heat rate and mass speed.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Various energy storage cycle coalescing engines equipped with 7 stages of mating bolt assembly turbines with acceleration and pressure by division pressure stored in heat rate and mass velocity, and turbine blades with the same diameter and diameter.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing Various energy storage cycle coalescing engines equipped with 8 stages of mating bolt assembly turbines with the same size of the turbine blade group with the same diameter for each stage with acceleration driven by metal ball mercury accelerated with pressure divided separately into heat energy rate and mass velocity .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Acceleration with pressure divided and stored at heat rate and mass rate + Various energy conservation cycle combined engines with 9 stages of mating bolt assembly turbines with the same diameter of the rotor blade group of multistage turbine and the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with 10 stages of mating bolt assembly turbines with the rotor blade group of multistage turbines having the same diameter and approximately the same shape for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with a bolt assembly turbine installed in one stage with the rotor blade group of the turbine having the same diameter and the same diameter for each stage with pressure divided and stored as heat load rate and mass velocity.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with two stages of mating bolt assembly turbines with two stages of mating bolt assembly turbines with the same diameter and approximately the same shape for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat pressure and mass pressure separately stored pressure + metal ball mercury acceleration driven turbine rotor blade group with the same diameter approximately the same shape for each stage mating bolt assembly Various energy storage cycle combined engines with three stages of turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation levy additional thrust bearing + acceleration with heat transfer rate and mass speed separately stored + rotating blade group of multi-stage turbine with the same diameter and substantially same shape for each stage 4 stages of mating bolt assembly turbine Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation levy additional thrust bearing + acceleration with heat transfer rate and mass speed separately stored pressure + rotating turbine blade group of multi-stage turbine with the same diameter approximately the same shape for each stage 5 stages of mating bolt assembly turbine Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation levy additional thrust bearing + acceleration with heat load speed and mass speed separately + turbine blade group of turbines with the same diameter approximately the same shape for each stage 6 sets of mating bolt assembly turbine are provided Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat transfer speed and mass speed divided separately + turbine blade group is provided with seven stages of mating bolt assembly turbines with the same diameter and substantially the same shape at each stage Various energy conservation cycle union engine.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection thrust force driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat pressure and mass pressure separately stored pressure + metal ball mercury acceleration driven turbine rotor blade group is fitted with the same diameter approximately the same shape every stage Various energy storage cycle combined engines equipped with 8 stages of bolt assembly turbines.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + acceleration with heat pressure and mass speed divided separately + rotor blade group of multi-stage turbine with the same diameter and diameter for each stage 9 mating bolt assembly turbine 9 Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Force Drive + Hydraulic Levitation + Additional Thrust Bearing + Acceleration of Heat and Mass Speed Separately + Pressure on Multistage Turbine Blades with the Same Diameter for Each Stage 10 Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Drive + Hydraulic Levitation + Additional Thrust Bearings + Heat Transfer Rate and Mass Speed Separated and Saved Pressure + Turbine Turbine Rotor Blades with the Same Diameter for Each Stage-One Step Assembly of Bolt Assembly Turbine The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Drive + Hydraulic Levitation + Additional Thrust Bearing + Acceleration of Heat and Mass Speed Separately + Pressure of Turbine Rotor Blades for Each Stage with Same Size and Same Shape for Each Stage Bolt Bolting Turbine Two Stages Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing Various energy storage cycle coalescing engines equipped with three stages of mating bolt assembly turbines with the same size of the turbine blade group with the same diameter for each stage with acceleration driven by metal ball mercury accelerated by pressure separately stored at + heat quantity speed and mass speed .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with four stages of mating bolt assembly turbines with the same size of the rotor blade group of multistage turbine and the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with five stages of bolt assembly turbines, each of which has the same diameter as the rotor blade group of each multistage turbine and the same diameter.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with six stages of mating bolt assembly turbines in which the rotor blade group of the turbine is made to have the same diameter and shape with the same size for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with 7 stages of mating bolt assembly turbines with acceleration and pressure divided and stored as heat energy rate and mass velocity.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Various energy storage cycles combined with eight stages of mating bolt assembly turbines with the same size and almost same shape turbine rotor blade group driven by acceleration + metal ball mercury acceleration by pressure stored separately in heat energy rate and mass velocity organ.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing A variety of energy storage cycle coalescing engines equipped with 9 stages of bolt assembly turbines, each of which has the same diameter as the rotor blade group of each multistage turbine and is approximately the same in shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing A variety of energy storage cycle coalescing engines equipped with 10 stages of mating bolt assembly turbines with the rotor blades of the multistage turbine having the same diameter and the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing A variety of energy storage cycle coalescing engines, in which the rotor blade group of the turbine is made to have the same diameter and shape with the same diameter for each stage, and the bolt assembly turbine is provided in one stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing A variety of energy storage cycle coalescing engines equipped with two stages of mating bolt assembly turbines with the same size and approximately the same diameter for each stage of the turbine blade group with acceleration by pressure stored separately at heat rate and mass rate.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing Various energy storage cycle coalescing engines equipped with three stages of mating bolt assembly turbines with the same size of the turbine blade group with the same diameter for each stage with acceleration driven by metal ball mercury accelerated by pressure separately stored at + heat quantity speed and mass speed .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with four stages of mating bolt assembly turbines with the same size of the rotor blade group of multistage turbine and the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with five stages of bolt assembly turbines, each of which has the same diameter as the rotor blade group of each multistage turbine and the same diameter.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with six stages of mating bolt assembly turbines in which the rotor blade group of the turbine is made to have the same diameter and shape with the same size for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with 7 stages of mating bolt assembly turbines with acceleration and pressure divided and stored as heat energy rate and mass velocity.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat pressure and mass pressure separately stored pressure + metal ball mercury acceleration driven turbine rotor blade group with the same diameter approximately the same shape for each stage mating bolt assembly Various energy storage cycle combined engines with eight stages of turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation levy additional thrust bearing + acceleration with heat transfer rate and mass speed separately saved + rotating turbine blade group of multi-stage turbine with the same diameter almost same shape every stage 9 stages of bolt assembly turbine Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation levy additional thrust bearing + acceleration with heat pressure and mass speed divided separately + moving blade group of multi-stage turbine with the same diameter and almost same shape per stage 10 stages of bolt assembly turbine Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation levy additional thrust bearing + acceleration with heat transfer rate and mass speed separately divided + turbine blade group of turbine with the same diameter approximately the same shape for each stage Provision of bolt assembly turbine in one stage Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat transfer rate and mass speed separately stored + turbine blade group with the same diameter and substantially the same shape for each stage Various energy conservation cycle union engine.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection thrust force driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat pressure and mass pressure separately stored pressure + metal ball mercury acceleration driven turbine rotor blade group is fitted with the same diameter approximately the same shape every stage Various energy storage cycle combined engines equipped with 3 stages of bolt assembly turbines.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + acceleration with heat pressure and mass speed divided separately + rotor blade group of multi-stage turbine with same diameter almost same shape for each stage 4 Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + acceleration with heat pressure and mass speed divided separately + rotor blade group of multi-stage turbine with same diameter almost same shape for each stage 5 bolt assembly turbine with fitting Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Drive + Hydraulic Levitation + Additional Thrust Bearings + Heat Transfer Speed and Mass Speed Separately Saved Pressure + Turbine Turbine Rotor Blades with the Same Diameter for Each Stage 6 Bolts of Assembling Bolt Assembly Turbine The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation levitation additional thrust bearing + Acceleration of heat energy and mass velocity divided and saved pressure + Turbine blade group is as same diameter as each stage and mating bolt assembly Turbine is 7 stages Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + structure and method of accelerating metal ball mercury + intake air path length lens and sunlight Heat and cold energy production + Hydraulic levitation levitation additional thrust bearing + Heat capacity speed and mass speed separately stored pressure + Accelerated metal ball mercury by acceleration pressure turbine blade group is fitted with the same diameter approximately the same shape every stage Various energy storage cycle combined engines equipped with 8 stages of bolt assembly turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + structure and method of accelerating metal ball mercury + intake air path length lens and sunlight Heat and cool at manufacturing + Hydraulic levitation + additional thrust bearing + acceleration with heat pressure and mass speed divided separately + rotating turbine blade group of multi-stage turbine approximately the same diameter for each stage Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + structure and method of accelerating metal ball mercury + intake air path length lens and sunlight Heat and cool at manufacturing + Hydraulic levitation + additional thrust bearing + acceleration with heat pressure and mass speed divided separately + rotating turbine blade group of multi-stage turbine with the same diameter and shape for each stage 10 mating bolt assembly turbine 10 Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + structure and method of accelerating metal ball mercury + intake air path length lens and sunlight Heat and cool at manufacturing + Hydraulic levitation + additional thrust bearing + acceleration with heat pressure and mass speed divided separately + turbine blade group of turbines with the same diameter and diameter for each stage 1 stage of mating bolt assembly turbine The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + structure and method of accelerating metal ball mercury + intake air path length lens and sunlight Heat and cool at manufacturing + Hydraulic levitation + additional thrust bearing + acceleration with heat pressure and mass speed divided separately + turbine rotor blade group with the same diameter and almost same shape for each stage Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + structure and method of accelerating metal ball mercury + intake air path length lens and sunlight Heat and cold energy production + Hydraulic levitation levitation additional thrust bearing + Heat capacity speed and mass speed separately stored pressure + Accelerated metal ball mercury by acceleration pressure turbine blade group is fitted with the same diameter approximately the same shape every stage Various energy storage cycle combined engines equipped with 3 stages of bolt assembly turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + structure and method of accelerating metal ball mercury + intake air path length lens and sunlight Heat and cool at manufacturing + Equipped with additional hydraulic floating thrust bearing + Accelerated by heat pressure and mass speed separately stored pressure + Multistage turbine blade group with same diameter and almost same shape for each stage 4 Bolt assembly turbine assembly Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + structure and method of accelerating metal ball mercury + intake air path length lens and sunlight Heat and cool at manufacturing + Equipped with additional hydraulic floating levitation thrust bearings + Accelerated by heat pressure and mass velocity separately saved pressure + Multistage turbine blade group of the same diameter approximately the same shape for each stage 5 Bolt assembly turbine assembly Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + structure and method of accelerating metal ball mercury + intake air path length lens and sunlight Heat and cool at manufacturing + Hydraulic levitation + additional thrust bearing + acceleration with heat pressure and mass speed divided separately + turbine blade group of turbines with the same diameter and diameter for each paragraph 6 stages of mating bolt assembly turbine The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + structure and method of accelerating metal ball mercury + intake air path length lens and sunlight Heat and cool at manufacturing + Hydraulic levitation + additional thrust bearing + acceleration with heat pressure and mass speed divided separately + turbine rotor blade group with the same diameter and almost same shape for each stage 7 stages of mating bolt assembly turbine Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration by heat pressure and metal ball mercury acceleration by pressure stored separately in calorific speed and mass speed + mating turbine blade group with same diameter almost same shape for each stage mating bolt Various energy storage cycle combined engines with eight stages of assembly turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat transfer speed and mass speed divided separately + rotor blade group of multi-stage turbine with the same diameter approximately every stage 9 stages of mating bolt assembly turbine The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat transfer speed and mass speed separately stored pressure + 10 stages of mating bolt assembly turbine with the same diameter of the rotor blade group of multistage turbines The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat transfer speed and mass speed divided separately + turbine blade group of turbine with the same diameter and substantially the same shape for each stage Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat transfer speed and mass speed divided separately + turbine blade group with the same diameter and approximately same shape for each stage 2 stages of mating bolt assembly turbine are provided Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration by heat pressure and metal ball mercury acceleration by pressure stored separately in calorific speed and mass speed + mating turbine blade group with same diameter almost same shape for each stage mating bolt Various energy storage cycle combined engines with three stages of assembly turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration by heat pressure and metal ball mercury acceleration by pressure stored separately in calorific speed and mass speed + mating turbine blade group with same diameter almost same shape for each stage mating bolt Various energy storage cycle combined engines with four stages of assembly turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration by heat pressure and metal ball mercury acceleration by pressure stored separately in calorific speed and mass speed + mating turbine blade group with same diameter almost same shape for each stage mating bolt Various energy storage cycle combined engines with five stages of assembly turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration by heat pressure and metal ball mercury acceleration by pressure stored separately in calorific speed and mass speed + mating turbine blade group with same diameter almost same shape for each stage mating bolt Various energy storage cycle combined engines with six stages of assembly turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration by heat pressure and metal ball mercury acceleration by pressure stored separately in calorific speed and mass speed + mating turbine blade group with same diameter almost same shape for each stage mating bolt Various energy storage cycle combined engines equipped with 7 stages of assembly turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat transfer rate and mass speed separately stored pressure + multistage turbine rotor blade group with the same diameter and substantially same shape for each stage 8 stages of mating bolt assembly turbine The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat transfer speed and mass speed divided separately + rotor blade group of multi-stage turbine with the same diameter approximately every stage 9 stages of mating bolt assembly turbine The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat transfer speed and mass speed separately stored pressure + 10 stages of mating bolt assembly turbine with the same diameter of the rotor blade group of multistage turbines The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat transfer rate and mass speed separately stored pressure + multistage turbine rotor blade group of the same diameter approximately the same for every stage 1 stage of mating bolt assembly turbine The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat transfer speed and mass speed divided separately + rotating turbine blade group of multi-stage turbine approximately the same diameter in every stage 2 stages of mating bolt assembly turbine The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat transfer speed and mass speed divided separately + rotating turbine blade group of multi-stage turbine approximately the same diameter in every stage 3 stages of mating bolt assembly turbine The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat transfer rate and mass speed separately stored pressure + multistage turbine rotor blade group of the same diameter approximately in each stage 4 stages of mating bolt assembly turbine The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat transfer rate and mass speed separately stored pressure + 5-stage mating bolt assembly turbine with the same diameter of the rotor blade group of multistage turbines The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat transfer speed and mass speed divided separately + rotor blade group of multi-stage turbine with the same diameter almost in each stage 6 stages of mating bolt assembly turbine The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat transfer speed and mass speed separately stored pressure + multistage turbine rotor blade group with the same diameter and approximately same shape for each stage 7 stages of mating bolt assembly turbine The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat transfer speed and mass speed divided separately + turbine blade group of turbine with same size and diameter for each paragraph Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat transfer rate and mass speed divided separately + turbine blade group of turbine with the same diameter approximately the same shape every stage 9 stages of bolt assembly turbine Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration by heat pressure and mass pressure separately stored pressure + moving blade group of turbine with the same diameter almost same shape every stage 10 stages of mating bolt assembly turbine Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat transfer speed and mass speed divided separately + turbine blade group of turbine with the same diameter and substantially the same shape for each stage Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat transfer speed and mass speed divided separately + turbine blade group of turbines with same diameter and same shape for every stage Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat transfer speed and mass speed divided separately + turbine blade group with the same diameter and approximately same shape for each stage 3 stages of mating bolt assembly turbine are provided Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat transfer speed and mass speed separately stored + turbine blade group with the same diameter and approximately same shape for each stage 4 stages of mating bolt assembly turbine are provided Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat transfer speed and mass speed separately stored + turbine blade group with the same diameter approximately the same shape for each stage 5 stages of mating bolt assembly turbine are provided Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat transfer speed and mass speed divided separately + turbine blade group with the same diameter and approximately same shape for each stage 6 stages of mating bolt assembly turbine are provided Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat transfer speed and mass speed separately stored + turbine blade group with the same diameter and approximately same shape for each stage 7 stages of mating bolt assembly turbine are provided Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration by heat pressure and mass pressure separately stored pressure + retaining blade equipped turbine blade group equipped with heat retention device with the same diameter and substantially same shape Various energy storage cycle combined engines with eight stages of turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration by heat pressure and mass pressure separately stored pressure + retaining blade equipped turbine blade group equipped with heat retention device with the same diameter and substantially same shape Various energy storage cycle combined engines with 9 stages of turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration by heat pressure and mass pressure separately stored pressure + retaining blade equipped turbine blade group equipped with heat retention device with the same diameter and substantially same shape Various energy storage cycle combined engines with 10 stages of turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration by heat pressure and mass pressure separately stored pressure + retaining blade equipped turbine blade group equipped with heat retention device with the same diameter and substantially same shape Various energy storage cycle combined engines with one stage of turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration by heat pressure and mass pressure separately stored pressure + retaining blade equipped turbine blade group equipped with heat retention device with the same diameter and substantially same shape Various energy storage cycle combined engines with two stages of turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + maximum gravity, sunlight and surface tension Limited use + Water jet rotatably mounted so that it can move up and down + Hydraulic floating levitation additional thrust bearing + Thermal energy speed and mass speed divided and saved pressure + Acceleration of metal ball mercury + Turbine blade group driven by acceleration A variety of energy storage cycle combined engines equipped with three stages of mating bolt assembly turbines with the same diameter and approximately the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + maximum gravity, sunlight and surface tension Limited use + Water jet is rotatably provided so that it can move up and down + Hydraulic levitation additional thrust bearing is added + Heat force and mass velocity divided and saved pressure + Rotor blade group of multi-stage turbine approximately the same diameter of each stage A variety of energy storage cycle combined engines equipped with four stages of mating bolt assembly turbines in the same shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + maximum gravity, sunlight and surface tension Limited use + Water jet is rotatably provided so that it can move up and down + Hydraulic levitation additional thrust bearing is added + Heat force and mass velocity divided and saved pressure + Rotor blade group of multi-stage turbine approximately the same diameter of each stage A variety of energy storage cycle combined engines equipped with five stages of mating bolt assembly turbines in the same shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + maximum gravity, sunlight and surface tension Limit use + Provide water jet rotatably so that it can move up and down + Equipped with hydraulic floating additional thrust bearing + Accelerate heat pressure and mass speed separately with divided pressure + Turbine blade group of turbine is the same diameter approximately in every section Various energy storage cycle combined engines equipped with six stages of mating bolt assembly turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + maximum gravity, sunlight and surface tension Limited use + Water jet rotatably mounted so that it can move up and down + Hydraulic levitation additional thrust bearing equipped + Heat load speed and mass speed divided and saved by pressure + Turbine rotor blade group as same diameter of each section Various energy storage cycle combined engines equipped with 7 stages of mating bolt assembly turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing Various energy storage cycle coalescing engines equipped with 8 stages of mating bolt assembly turbines with the same size of the turbine blade group with the same diameter for each stage with acceleration driven by metal ball mercury accelerated with pressure divided separately into heat energy rate and mass velocity .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Acceleration with pressure divided and stored at heat rate and mass rate + Various energy conservation cycle combined engines with 9 stages of mating bolt assembly turbines with the same diameter of the rotor blade group of multistage turbine and the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with 10 stages of mating bolt assembly turbines with the rotor blade group of multistage turbines having the same diameter and approximately the same shape for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with a bolt assembly turbine installed in one stage with the rotor blade group of the turbine having the same diameter and the same diameter for each stage with pressure divided and stored as heat load rate and mass velocity.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with two stages of mating bolt assembly turbines with two stages of mating bolt assembly turbines with the same diameter and approximately the same shape for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Various energy storage cycles combined with three stages of mating bolt assembly turbines with the same size of the turbine blade group with the same diameter for each stage, with acceleration driven by metal ball mercury accelerated by pressure separately stored as heat energy rate and mass velocity organ.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing A variety of energy storage cycle coalescing engines equipped with four stages of mating bolt assembly turbines with the same size of rotor blade group of multistage turbine with the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing A variety of energy storage cycle coalescing engines equipped with five stages of bolt assembly turbines, each of which has the same diameter as the rotor blade group of each multistage turbine and is approximately the same diameter.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Various energy storage cycle coalescing engines equipped with six stages of mating bolt assembly turbines with the same size of rotor blade group of each stage with the same diameter for each stage of acceleration + pressure by divided and stored heat rate and mass speed.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Various energy storage cycle coalescing engines equipped with 7 stages of mating bolt assembly turbines with acceleration and pressure by division pressure stored in heat rate and mass velocity, and turbine blades with the same diameter and diameter.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing Various energy storage cycle coalescing engines equipped with 8 stages of mating bolt assembly turbines with the same size of the turbine blade group with the same diameter for each stage with acceleration driven by metal ball mercury accelerated with pressure divided separately into heat energy rate and mass velocity .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Acceleration with pressure divided and stored at heat rate and mass rate + Various energy conservation cycle combined engines with 9 stages of mating bolt assembly turbines with the same diameter of the rotor blade group of multistage turbine and the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with 10 stages of mating bolt assembly turbines with the rotor blade group of multistage turbines having the same diameter and approximately the same shape for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with a bolt assembly turbine installed in one stage with the rotor blade group of the turbine having the same diameter and the same diameter for each stage with pressure divided and stored as heat load rate and mass velocity.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with two stages of mating bolt assembly turbines with two stages of mating bolt assembly turbines with the same diameter and approximately the same shape for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat pressure and mass pressure separately stored pressure + metal ball mercury acceleration driven turbine rotor blade group with the same diameter approximately the same shape for each stage mating bolt assembly Various energy storage cycle combined engines with three stages of turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation levy additional thrust bearing + acceleration with heat transfer rate and mass speed separately stored + rotating blade group of multi-stage turbine with the same diameter and substantially same shape for each stage 4 stages of mating bolt assembly turbine Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation levy additional thrust bearing + acceleration with heat transfer rate and mass speed separately stored pressure + rotating turbine blade group of multi-stage turbine with the same diameter approximately the same shape for each stage 5 stages of mating bolt assembly turbine Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation levy additional thrust bearing + acceleration with heat load speed and mass speed separately + turbine blade group of turbines with the same diameter approximately the same shape for each stage 6 sets of mating bolt assembly turbine are provided Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat transfer speed and mass speed divided separately + turbine blade group is provided with seven stages of mating bolt assembly turbines with the same diameter and substantially the same shape at each stage Various energy conservation cycle union engine.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection thrust force driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat pressure and mass pressure separately stored pressure + metal ball mercury acceleration driven turbine rotor blade group is fitted with the same diameter approximately the same shape every stage Various energy storage cycle combined engines equipped with 8 stages of bolt assembly turbines.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + acceleration with heat pressure and mass speed divided separately + rotor blade group of multi-stage turbine with the same diameter and diameter for each stage 9 mating bolt assembly turbine 9 Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Force Drive + Hydraulic Levitation + Additional Thrust Bearing + Acceleration of Heat and Mass Speed Separately + Pressure on Multistage Turbine Blades with the Same Diameter for Each Stage 10 Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Drive + Hydraulic Levitation + Additional Thrust Bearings + Heat Transfer Rate and Mass Speed Separated and Saved Pressure + Turbine Turbine Rotor Blades with the Same Diameter for Each Stage-One Step Assembly of Bolt Assembly Turbine The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Drive + Hydraulic Levitation + Additional Thrust Bearing + Acceleration of Heat and Mass Speed Separately + Pressure of Turbine Rotor Blades for Each Stage with Same Size and Same Shape for Each Stage Bolt Bolting Turbine Two Stages Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing Various energy storage cycle coalescing engines equipped with three stages of mating bolt assembly turbines with the same size of the turbine blade group with the same diameter for each stage with acceleration driven by metal ball mercury accelerated by pressure separately stored at + heat quantity speed and mass speed .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with four stages of mating bolt assembly turbines with the same size of the rotor blade group of multistage turbine and the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with five stages of bolt assembly turbines, each of which has the same diameter as the rotor blade group of each multistage turbine and the same diameter.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with six stages of mating bolt assembly turbines in which the rotor blade group of the turbine is made to have the same diameter and shape with the same size for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with 7 stages of mating bolt assembly turbines with acceleration and pressure divided and stored as heat energy rate and mass velocity.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Various energy storage cycles combined with eight stages of mating bolt assembly turbines with the same size and almost same shape turbine rotor blade group driven by acceleration + metal ball mercury acceleration by pressure stored separately in heat energy rate and mass velocity organ.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing A variety of energy storage cycle coalescing engines equipped with 9 stages of bolt assembly turbines, each of which has the same diameter as the rotor blade group of each multistage turbine and is approximately the same in shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing A variety of energy storage cycle coalescing engines equipped with 10 stages of mating bolt assembly turbines with the rotor blades of the multistage turbine having the same diameter and the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing A variety of energy storage cycle coalescing engines, in which the rotor blade group of the turbine is made to have the same diameter and shape with the same diameter for each stage, and the bolt assembly turbine is provided in one stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing A variety of energy storage cycle coalescing engines equipped with two stages of mating bolt assembly turbines with the same size and approximately the same diameter for each stage of the turbine blade group with acceleration by pressure stored separately at heat rate and mass rate.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing Various energy storage cycle coalescing engines equipped with three stages of mating bolt assembly turbines with the same size of the turbine blade group with the same diameter for each stage with acceleration driven by metal ball mercury accelerated by pressure separately stored at + heat quantity speed and mass speed .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with four stages of mating bolt assembly turbines with the same size of the rotor blade group of multistage turbine and the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with five stages of bolt assembly turbines, each of which has the same diameter as the rotor blade group of each multistage turbine and the same diameter.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with six stages of mating bolt assembly turbines in which the rotor blade group of the turbine is made to have the same diameter and shape with the same size for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with 7 stages of mating bolt assembly turbines with acceleration and pressure divided and stored as heat energy rate and mass velocity.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat pressure and mass pressure separately stored pressure + metal ball mercury acceleration driven turbine rotor blade group with the same diameter approximately the same shape for each stage mating bolt assembly Various energy storage cycle combined engines with eight stages of turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation levy additional thrust bearing + acceleration with heat transfer rate and mass speed separately saved + rotating turbine blade group of multi-stage turbine with the same diameter almost same shape every stage 9 stages of bolt assembly turbine Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation levy additional thrust bearing + acceleration with heat pressure and mass speed divided separately + moving blade group of multi-stage turbine with the same diameter and almost same shape per stage 10 stages of bolt assembly turbine Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation levy additional thrust bearing + acceleration with heat transfer rate and mass speed separately divided + turbine blade group of turbine with the same diameter approximately the same shape for each stage Provision of bolt assembly turbine in one stage Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat transfer rate and mass speed separately stored + turbine blade group with the same diameter and substantially the same shape for each stage Various energy conservation cycle union engine.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection thrust force driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat pressure and mass pressure separately stored pressure + metal ball mercury acceleration driven turbine rotor blade group is fitted with the same diameter approximately the same shape every stage Various energy storage cycle combined engines equipped with 3 stages of bolt assembly turbines.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + acceleration with heat pressure and mass speed divided separately + rotor blade group of multi-stage turbine with same diameter almost same shape for each stage 4 Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + acceleration with heat pressure and mass speed divided separately + rotor blade group of multi-stage turbine with same diameter almost same shape for each stage 5 bolt assembly turbine with fitting Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Drive + Hydraulic Levitation + Additional Thrust Bearings + Heat Transfer Speed and Mass Speed Separately Saved Pressure + Turbine Turbine Rotor Blades with the Same Diameter for Each Stage 6 Bolts of Assembling Bolt Assembly Turbine The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation levitation additional thrust bearing + Acceleration of heat energy and mass velocity divided and saved pressure + Turbine blade group is as same diameter as each stage and mating bolt assembly Turbine is 7 stages Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing Various energy storage cycle coalescing engines equipped with 8 stages of mating bolt assembly turbines with the same size of the turbine blade group with the same diameter for each stage with acceleration driven by metal ball mercury accelerated with pressure divided separately into heat energy rate and mass velocity .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Acceleration with pressure divided and stored at heat rate and mass rate + Various energy conservation cycle combined engines with 9 stages of mating bolt assembly turbines with the same diameter of the rotor blade group of multistage turbine and the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with 10 stages of mating bolt assembly turbines with the rotor blade group of multistage turbines having the same diameter and approximately the same shape for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with a bolt assembly turbine installed in one stage with the rotor blade group of the turbine having the same diameter and the same diameter for each stage with pressure divided and stored as heat load rate and mass velocity.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with two stages of mating bolt assembly turbines with two stages of mating bolt assembly turbines with the same diameter and approximately the same shape for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Various energy storage cycles combined with three stages of mating bolt assembly turbines with the same size of the turbine blade group with the same diameter for each stage, with acceleration driven by metal ball mercury accelerated by pressure separately stored as heat energy rate and mass velocity organ.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing A variety of energy storage cycle coalescing engines equipped with four stages of mating bolt assembly turbines with the same size of rotor blade group of multistage turbine with the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing A variety of energy storage cycle coalescing engines equipped with five stages of bolt assembly turbines, each of which has the same diameter as the rotor blade group of each multistage turbine and is approximately the same diameter.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Various energy storage cycle coalescing engines equipped with six stages of mating bolt assembly turbines with the same size of rotor blade group of each stage with the same diameter for each stage of acceleration + pressure by divided and stored heat rate and mass speed.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Various energy storage cycle coalescing engines equipped with 7 stages of mating bolt assembly turbines with acceleration and pressure by division pressure stored in heat rate and mass velocity, and turbine blades with the same diameter and diameter.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing Various energy storage cycle coalescing engines equipped with 8 stages of mating bolt assembly turbines with the same size of the turbine blade group with the same diameter for each stage with acceleration driven by metal ball mercury accelerated with pressure divided separately into heat energy rate and mass velocity .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Acceleration with pressure divided and stored at heat rate and mass rate + Various energy conservation cycle combined engines with 9 stages of mating bolt assembly turbines with the same diameter of the rotor blade group of multistage turbine and the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with 10 stages of mating bolt assembly turbines with the rotor blade group of multistage turbines having the same diameter and approximately the same shape for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with a bolt assembly turbine installed in one stage with the rotor blade group of the turbine having the same diameter and the same diameter for each stage with pressure divided and stored as heat load rate and mass velocity.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with two stages of mating bolt assembly turbines with two stages of mating bolt assembly turbines with the same diameter and approximately the same shape for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat pressure and mass pressure separately stored pressure + metal ball mercury acceleration driven turbine rotor blade group with the same diameter approximately the same shape for each stage mating bolt assembly Various energy storage cycle combined engines with three stages of turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation levy additional thrust bearing + acceleration with heat transfer rate and mass speed separately stored + rotating blade group of multi-stage turbine with the same diameter and substantially same shape for each stage 4 stages of mating bolt assembly turbine Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation levy additional thrust bearing + acceleration with heat transfer rate and mass speed separately stored pressure + rotating turbine blade group of multi-stage turbine with the same diameter approximately the same shape for each stage 5 stages of mating bolt assembly turbine Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation levy additional thrust bearing + acceleration with heat load speed and mass speed separately + turbine blade group of turbines with the same diameter approximately the same shape for each stage 6 sets of mating bolt assembly turbine are provided Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat transfer speed and mass speed divided separately + turbine blade group is provided with seven stages of mating bolt assembly turbines with the same diameter and substantially the same shape at each stage Various energy conservation cycle union engine.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection thrust force driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat pressure and mass pressure separately stored pressure + metal ball mercury acceleration driven turbine rotor blade group is fitted with the same diameter approximately the same shape every stage Various energy storage cycle combined engines equipped with 8 stages of bolt assembly turbines.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + acceleration with heat pressure and mass speed divided separately + rotor blade group of multi-stage turbine with the same diameter and diameter for each stage 9 mating bolt assembly turbine 9 Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Force Drive + Hydraulic Levitation + Additional Thrust Bearing + Acceleration of Heat and Mass Speed Separately + Pressure on Multistage Turbine Blades with the Same Diameter for Each Stage 10 Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Drive + Hydraulic Levitation + Additional Thrust Bearings + Heat Transfer Rate and Mass Speed Separated and Saved Pressure + Turbine Turbine Rotor Blades with the Same Diameter for Each Stage-One Step Assembly of Bolt Assembly Turbine The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Drive + Hydraulic Levitation + Additional Thrust Bearing + Acceleration of Heat and Mass Speed Separately + Pressure of Turbine Rotor Blades for Each Stage with Same Size and Same Shape for Each Stage Bolt Bolting Turbine Two Stages Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing Various energy storage cycle coalescing engines equipped with three stages of mating bolt assembly turbines with the same size of the turbine blade group with the same diameter for each stage with acceleration driven by metal ball mercury accelerated by pressure separately stored at + heat quantity speed and mass speed .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with four stages of mating bolt assembly turbines with the same size of the rotor blade group of multistage turbine and the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with five stages of bolt assembly turbines, each of which has the same diameter as the rotor blade group of each multistage turbine and the same diameter.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + turbine with 46 stages to accelerate liquid lead alloy downward + hydraulic pressure A variety of energy storage cycle coalescing engines, including levitation additional thrust bearings + acceleration with heat pressure and mass pressure divided by pressure + turbine blades of the turbine with the same diameter and the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with 7 stages of mating bolt assembly turbines with acceleration and pressure divided and stored as heat energy rate and mass velocity.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Various energy storage cycles combined with eight stages of mating bolt assembly turbines with the same size and almost same shape turbine rotor blade group driven by acceleration + metal ball mercury acceleration by pressure stored separately in heat energy rate and mass velocity organ.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing A variety of energy storage cycle coalescing engines equipped with 9 stages of bolt assembly turbines, each of which has the same diameter as the rotor blade group of each multistage turbine and is approximately the same in shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing A variety of energy storage cycle coalescing engines equipped with 10 stages of mating bolt assembly turbines with the rotor blades of the multistage turbine having the same diameter and the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing A variety of energy storage cycle coalescing engines, in which the rotor blade group of the turbine is made to have the same diameter and shape with the same diameter for each stage, and the bolt assembly turbine is provided in one stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing A variety of energy storage cycle coalescing engines equipped with two stages of mating bolt assembly turbines with the same size and approximately the same diameter for each stage of the turbine blade group with acceleration by pressure stored separately at heat rate and mass rate.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing Various energy storage cycle coalescing engines equipped with three stages of mating bolt assembly turbines with the same size of the turbine blade group with the same diameter for each stage with acceleration driven by metal ball mercury accelerated by pressure separately stored at + heat quantity speed and mass speed .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with four stages of mating bolt assembly turbines with the same size of the rotor blade group of multistage turbine and the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with five stages of bolt assembly turbines, each of which has the same diameter as the rotor blade group of each multistage turbine and the same diameter.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with six stages of mating bolt assembly turbines in which the rotor blade group of the turbine is made to have the same diameter and shape with the same size for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with 7 stages of mating bolt assembly turbines with acceleration and pressure divided and stored as heat energy rate and mass velocity.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat pressure and mass pressure separately stored pressure + metal ball mercury acceleration driven turbine rotor blade group with the same diameter approximately the same shape for each stage mating bolt assembly Various energy storage cycle combined engines with eight stages of turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation levy additional thrust bearing + acceleration with heat transfer rate and mass speed separately saved + rotating turbine blade group of multi-stage turbine with the same diameter almost same shape every stage 9 stages of bolt assembly turbine Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation levy additional thrust bearing + acceleration with heat pressure and mass speed divided separately + moving blade group of multi-stage turbine with the same diameter and almost same shape per stage 10 stages of bolt assembly turbine Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation levy additional thrust bearing + acceleration with heat transfer rate and mass speed separately divided + turbine blade group of turbine with the same diameter approximately the same shape for each stage Provision of bolt assembly turbine in one stage Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat transfer rate and mass speed separately stored + turbine blade group with the same diameter and substantially the same shape for each stage Various energy conservation cycle union engine.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection thrust force driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat pressure and mass pressure separately stored pressure + metal ball mercury acceleration driven turbine rotor blade group is fitted with the same diameter approximately the same shape every stage Various energy storage cycle combined engines equipped with 3 stages of bolt assembly turbines.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + acceleration with heat pressure and mass speed divided separately + rotor blade group of multi-stage turbine with same diameter almost same shape for each stage 4 Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + acceleration with heat pressure and mass speed divided separately + rotor blade group of multi-stage turbine with same diameter almost same shape for each stage 5 bolt assembly turbine with fitting Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Drive + Hydraulic Levitation + Additional Thrust Bearings + Heat Transfer Speed and Mass Speed Separately Saved Pressure + Turbine Turbine Rotor Blades with the Same Diameter for Each Stage 6 Bolts of Assembling Bolt Assembly Turbine The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation levitation additional thrust bearing + Acceleration of heat energy and mass velocity divided and saved pressure + Turbine blade group is as same diameter as each stage and mating bolt assembly Turbine is 7 stages Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing Various energy storage cycle coalescing engines equipped with 8 stages of mating bolt assembly turbines with the same size of the turbine blade group with the same diameter for each stage with acceleration driven by metal ball mercury accelerated with pressure divided separately into heat energy rate and mass velocity .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Acceleration with pressure divided and stored at heat rate and mass rate + Various energy conservation cycle combined engines with 9 stages of mating bolt assembly turbines with the same diameter of the rotor blade group of multistage turbine and the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with 10 stages of mating bolt assembly turbines with the rotor blade group of multistage turbines having the same diameter and approximately the same shape for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with a bolt assembly turbine installed in one stage with the rotor blade group of the turbine having the same diameter and the same diameter for each stage with pressure divided and stored as heat load rate and mass velocity.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with two stages of mating bolt assembly turbines with two stages of mating bolt assembly turbines with the same diameter and approximately the same shape for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Various energy storage cycles combined with three stages of mating bolt assembly turbines with the same size of the turbine blade group with the same diameter for each stage, with acceleration driven by metal ball mercury accelerated by pressure separately stored as heat energy rate and mass velocity organ.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing A variety of energy storage cycle coalescing engines equipped with four stages of mating bolt assembly turbines with the same size of rotor blade group of multistage turbine with the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing A variety of energy storage cycle coalescing engines equipped with five stages of bolt assembly turbines, each of which has the same diameter as the rotor blade group of each multistage turbine and is approximately the same diameter.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Various energy storage cycle coalescing engines equipped with six stages of mating bolt assembly turbines with the same size of rotor blade group of each stage with the same diameter for each stage of acceleration + pressure by divided and stored heat rate and mass speed.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Various energy storage cycle coalescing engines equipped with 7 stages of mating bolt assembly turbines with acceleration and pressure by division pressure stored in heat rate and mass velocity, and turbine blades with the same diameter and diameter.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing Various energy storage cycle coalescing engines equipped with 8 stages of mating bolt assembly turbines with the same size of the turbine blade group with the same diameter for each stage with acceleration driven by metal ball mercury accelerated with pressure divided separately into heat energy rate and mass velocity .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Acceleration with pressure divided and stored at heat rate and mass rate + Various energy conservation cycle combined engines with 9 stages of mating bolt assembly turbines with the same diameter of the rotor blade group of multistage turbine and the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with 10 stages of mating bolt assembly turbines with the rotor blade group of multistage turbines having the same diameter and approximately the same shape for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with a bolt assembly turbine installed in one stage with the rotor blade group of the turbine having the same diameter and the same diameter for each stage with pressure divided and stored as heat load rate and mass velocity.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with two stages of mating bolt assembly turbines with two stages of mating bolt assembly turbines with the same diameter and approximately the same shape for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat pressure and mass pressure separately stored pressure + metal ball mercury acceleration driven turbine rotor blade group with the same diameter approximately the same shape for each stage mating bolt assembly Various energy storage cycle combined engines with three stages of turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation levy additional thrust bearing + acceleration with heat transfer rate and mass speed separately stored + rotating blade group of multi-stage turbine with the same diameter and substantially same shape for each stage 4 stages of mating bolt assembly turbine Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation levy additional thrust bearing + acceleration with heat transfer rate and mass speed separately stored pressure + rotating turbine blade group of multi-stage turbine with the same diameter approximately the same shape for each stage 5 stages of mating bolt assembly turbine Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation levy additional thrust bearing + acceleration with heat load speed and mass speed separately + turbine blade group of turbines with the same diameter approximately the same shape for each stage 6 sets of mating bolt assembly turbine are provided Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat transfer speed and mass speed divided separately + turbine blade group is provided with seven stages of mating bolt assembly turbines with the same diameter and substantially the same shape at each stage Various energy conservation cycle union engine.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection thrust force driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat pressure and mass pressure separately stored pressure + metal ball mercury acceleration driven turbine rotor blade group is fitted with the same diameter approximately the same shape every stage Various energy storage cycle combined engines equipped with 8 stages of bolt assembly turbines.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + acceleration with heat pressure and mass speed divided separately + rotor blade group of multi-stage turbine with the same diameter and diameter for each stage 9 mating bolt assembly turbine 9 Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Force Drive + Hydraulic Levitation + Additional Thrust Bearing + Acceleration of Heat and Mass Speed Separately + Pressure on Multistage Turbine Blades with the Same Diameter for Each Stage 10 Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Drive + Hydraulic Levitation + Additional Thrust Bearings + Heat Transfer Rate and Mass Speed Separated and Saved Pressure + Turbine Turbine Rotor Blades with the Same Diameter for Each Stage-One Step Assembly of Bolt Assembly Turbine The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Drive + Hydraulic Levitation + Additional Thrust Bearing + Acceleration of Heat and Mass Speed Separately + Pressure of Turbine Rotor Blades for Each Stage with Same Size and Same Shape for Each Stage Bolt Bolting Turbine Two Stages Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing Various energy storage cycle coalescing engines equipped with three stages of mating bolt assembly turbines with the same size of the turbine blade group with the same diameter for each stage with acceleration driven by metal ball mercury accelerated by pressure separately stored at + heat quantity speed and mass speed .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with four stages of mating bolt assembly turbines with the same size of the rotor blade group of multistage turbine and the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with five stages of bolt assembly turbines, each of which has the same diameter as the rotor blade group of each multistage turbine and the same diameter.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with six stages of mating bolt assembly turbines in which the rotor blade group of the turbine is made to have the same diameter and shape with the same size for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with 7 stages of mating bolt assembly turbines with acceleration and pressure divided and stored as heat energy rate and mass velocity.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Various energy storage cycles combined with eight stages of mating bolt assembly turbines with the same size and almost same shape turbine rotor blade group driven by acceleration + metal ball mercury acceleration by pressure stored separately in heat energy rate and mass velocity organ.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing A variety of energy storage cycle coalescing engines equipped with 9 stages of bolt assembly turbines, each of which has the same diameter as the rotor blade group of each multistage turbine and is approximately the same in shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing A variety of energy storage cycle coalescing engines equipped with 10 stages of mating bolt assembly turbines with the rotor blades of the multistage turbine having the same diameter and the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing A variety of energy storage cycle coalescing engines, in which the rotor blade group of the turbine is made to have the same diameter and shape with the same diameter for each stage, and the bolt assembly turbine is provided in one stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing A variety of energy storage cycle coalescing engines equipped with two stages of mating bolt assembly turbines with the same size and approximately the same diameter for each stage of the turbine blade group with acceleration by pressure stored separately at heat rate and mass rate.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing Various energy storage cycle coalescing engines equipped with three stages of mating bolt assembly turbines with the same size of the turbine blade group with the same diameter for each stage with acceleration driven by metal ball mercury accelerated by pressure separately stored at + heat quantity speed and mass speed .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with four stages of mating bolt assembly turbines with the same size of the rotor blade group of multistage turbine and the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with five stages of bolt assembly turbines, each of which has the same diameter as the rotor blade group of each multistage turbine and the same diameter.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with six stages of mating bolt assembly turbines in which the rotor blade group of the turbine is made to have the same diameter and shape with the same size for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with 7 stages of mating bolt assembly turbines with acceleration and pressure divided and stored as heat energy rate and mass velocity.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat pressure and mass pressure separately stored pressure + metal ball mercury acceleration driven turbine rotor blade group with the same diameter approximately the same shape for each stage mating bolt assembly Various energy storage cycle combined engines with eight stages of turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation levy additional thrust bearing + acceleration with heat transfer rate and mass speed separately saved + rotating turbine blade group of multi-stage turbine with the same diameter almost same shape every stage 9 stages of bolt assembly turbine Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation levy additional thrust bearing + acceleration with heat pressure and mass speed divided separately + moving blade group of multi-stage turbine with the same diameter and almost same shape per stage 10 stages of bolt assembly turbine Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation levy additional thrust bearing + acceleration with heat transfer rate and mass speed separately divided + turbine blade group of turbine with the same diameter approximately the same shape for each stage Provision of bolt assembly turbine in one stage Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat transfer rate and mass speed separately stored + turbine blade group with the same diameter and substantially the same shape for each stage Various energy conservation cycle union engine.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection thrust force driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat pressure and mass pressure separately stored pressure + metal ball mercury acceleration driven turbine rotor blade group is fitted with the same diameter approximately the same shape every stage Various energy storage cycle combined engines equipped with 3 stages of bolt assembly turbines.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + acceleration with heat pressure and mass speed divided separately + rotor blade group of multi-stage turbine with same diameter almost same shape for each stage 4 Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + acceleration with heat pressure and mass speed divided separately + rotor blade group of multi-stage turbine with same diameter almost same shape for each stage 5 bolt assembly turbine with fitting Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Drive + Hydraulic Levitation + Additional Thrust Bearings + Heat Transfer Speed and Mass Speed Separately Saved Pressure + Turbine Turbine Rotor Blades with the Same Diameter for Each Stage 6 Bolts of Assembling Bolt Assembly Turbine The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation levitation additional thrust bearing + Acceleration of heat energy and mass velocity divided and saved pressure + Turbine blade group is as same diameter as each stage and mating bolt assembly Turbine is 7 stages Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing Various energy storage cycle coalescing engines equipped with 8 stages of mating bolt assembly turbines with the same size of the turbine blade group with the same diameter for each stage with acceleration driven by metal ball mercury accelerated with pressure divided separately into heat energy rate and mass velocity .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Acceleration with pressure divided and stored at heat rate and mass rate + Various energy conservation cycle combined engines with 9 stages of mating bolt assembly turbines with the same diameter of the rotor blade group of multistage turbine and the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with 10 stages of mating bolt assembly turbines with the rotor blade group of multistage turbines having the same diameter and approximately the same shape for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with a bolt assembly turbine installed in one stage with the rotor blade group of the turbine having the same diameter and the same diameter for each stage with pressure divided and stored as heat load rate and mass velocity.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with two stages of mating bolt assembly turbines with two stages of mating bolt assembly turbines with the same diameter and approximately the same shape for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Various energy storage cycles combined with three stages of mating bolt assembly turbines with the same size of the turbine blade group with the same diameter for each stage, with acceleration driven by metal ball mercury accelerated by pressure separately stored as heat energy rate and mass velocity organ.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing A variety of energy storage cycle coalescing engines equipped with four stages of mating bolt assembly turbines with the same size of rotor blade group of multistage turbine with the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing A variety of energy storage cycle coalescing engines equipped with five stages of bolt assembly turbines, each of which has the same diameter as the rotor blade group of each multistage turbine and is approximately the same diameter.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Various energy storage cycle coalescing engines equipped with six stages of mating bolt assembly turbines with the same size of rotor blade group of each stage with the same diameter for each stage of acceleration + pressure by divided and stored heat rate and mass speed.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Various energy storage cycle coalescing engines equipped with 7 stages of mating bolt assembly turbines with acceleration and pressure by division pressure stored in heat rate and mass velocity, and turbine blades with the same diameter and diameter.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing Various energy storage cycle coalescing engines equipped with 8 stages of mating bolt assembly turbines with the same size of the turbine blade group with the same diameter for each stage with acceleration driven by metal ball mercury accelerated with pressure divided separately into heat energy rate and mass velocity .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Acceleration with pressure divided and stored at heat rate and mass rate + Various energy conservation cycle combined engines with 9 stages of mating bolt assembly turbines with the same diameter of the rotor blade group of multistage turbine and the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with 10 stages of mating bolt assembly turbines with the rotor blade group of multistage turbines having the same diameter and approximately the same shape for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with a bolt assembly turbine installed in one stage with the rotor blade group of the turbine having the same diameter and the same diameter for each stage with pressure divided and stored as heat load rate and mass velocity.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with two stages of mating bolt assembly turbines with two stages of mating bolt assembly turbines with the same diameter and approximately the same shape for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat pressure and mass pressure separately stored pressure + metal ball mercury acceleration driven turbine rotor blade group with the same diameter approximately the same shape for each stage mating bolt assembly Various energy storage cycle combined engines with three stages of turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation levy additional thrust bearing + acceleration with heat transfer rate and mass speed separately stored + rotating blade group of multi-stage turbine with the same diameter and substantially same shape for each stage 4 stages of mating bolt assembly turbine Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation levy additional thrust bearing + acceleration with heat transfer rate and mass speed separately stored pressure + rotating turbine blade group of multi-stage turbine with the same diameter approximately the same shape for each stage 5 stages of mating bolt assembly turbine Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation levy additional thrust bearing + acceleration with heat load speed and mass speed separately + turbine blade group of turbines with the same diameter approximately the same shape for each stage 6 sets of mating bolt assembly turbine are provided Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat transfer speed and mass speed divided separately + turbine blade group is provided with seven stages of mating bolt assembly turbines with the same diameter and substantially the same shape at each stage Various energy conservation cycle union engine.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection thrust force driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat pressure and mass pressure separately stored pressure + metal ball mercury acceleration driven turbine rotor blade group is fitted with the same diameter approximately the same shape every stage Various energy storage cycle combined engines equipped with 8 stages of bolt assembly turbines.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + acceleration with heat pressure and mass speed divided separately + rotor blade group of multi-stage turbine with the same diameter and diameter for each stage 9 mating bolt assembly turbine 9 Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Force Drive + Hydraulic Levitation + Additional Thrust Bearing + Acceleration of Heat and Mass Speed Separately + Pressure on Multistage Turbine Blades with the Same Diameter for Each Stage 10 Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Drive + Hydraulic Levitation + Additional Thrust Bearings + Heat Transfer Rate and Mass Speed Separated and Saved Pressure + Turbine Turbine Rotor Blades with the Same Diameter for Each Stage-One Step Assembly of Bolt Assembly Turbine The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Drive + Hydraulic Levitation + Additional Thrust Bearing + Acceleration of Heat and Mass Speed Separately + Pressure of Turbine Rotor Blades for Each Stage with Same Size and Same Shape for Each Stage Bolt Bolting Turbine Two Stages Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing Various energy storage cycle coalescing engines equipped with three stages of mating bolt assembly turbines with the same size of the turbine blade group with the same diameter for each stage with acceleration driven by metal ball mercury accelerated by pressure separately stored at + heat quantity speed and mass speed .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with four stages of mating bolt assembly turbines with the same size of the rotor blade group of multistage turbine and the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with five stages of bolt assembly turbines, each of which has the same diameter as the rotor blade group of each multistage turbine and the same diameter.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with six stages of mating bolt assembly turbines in which the rotor blade group of the turbine is made to have the same diameter and shape with the same size for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with 7 stages of mating bolt assembly turbines with acceleration and pressure divided and stored as heat energy rate and mass velocity.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Various energy storage cycles combined with eight stages of mating bolt assembly turbines with the same size and almost same shape turbine rotor blade group driven by acceleration + metal ball mercury acceleration by pressure stored separately in heat energy rate and mass velocity organ.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing A variety of energy storage cycle coalescing engines equipped with 9 stages of bolt assembly turbines, each of which has the same diameter as the rotor blade group of each multistage turbine and is approximately the same in shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing A variety of energy storage cycle coalescing engines equipped with 10 stages of mating bolt assembly turbines with the rotor blades of the multistage turbine having the same diameter and the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing A variety of energy storage cycle coalescing engines, in which the rotor blade group of the turbine is made to have the same diameter and shape with the same diameter for each stage, and the bolt assembly turbine is provided in one stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing A variety of energy storage cycle coalescing engines equipped with two stages of mating bolt assembly turbines with the same size and approximately the same diameter for each stage of the turbine blade group with acceleration by pressure stored separately at heat rate and mass rate.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing Various energy storage cycle coalescing engines equipped with three stages of mating bolt assembly turbines with the same size of the turbine blade group with the same diameter for each stage with acceleration driven by metal ball mercury accelerated by pressure separately stored at + heat quantity speed and mass speed .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with four stages of mating bolt assembly turbines with the same size of the rotor blade group of multistage turbine and the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with five stages of bolt assembly turbines, each of which has the same diameter as the rotor blade group of each multistage turbine and the same diameter.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with six stages of mating bolt assembly turbines in which the rotor blade group of the turbine is made to have the same diameter and shape with the same size for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with 7 stages of mating bolt assembly turbines with acceleration and pressure divided and stored as heat energy rate and mass velocity.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat pressure and mass pressure separately stored pressure + metal ball mercury acceleration driven turbine rotor blade group with the same diameter approximately the same shape for each stage mating bolt assembly Various energy storage cycle combined engines with eight stages of turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation levy additional thrust bearing + acceleration with heat transfer rate and mass speed separately saved + rotating turbine blade group of multi-stage turbine with the same diameter almost same shape every stage 9 stages of bolt assembly turbine Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation levy additional thrust bearing + acceleration with heat pressure and mass speed divided separately + moving blade group of multi-stage turbine with the same diameter and almost same shape per stage 10 stages of bolt assembly turbine Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation levy additional thrust bearing + acceleration with heat transfer rate and mass speed separately divided + turbine blade group of turbine with the same diameter approximately the same shape for each stage Provision of bolt assembly turbine in one stage Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat transfer rate and mass speed separately stored + turbine blade group with the same diameter and substantially the same shape for each stage Various energy conservation cycle union engine.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection thrust force driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat pressure and mass pressure separately stored pressure + metal ball mercury acceleration driven turbine rotor blade group is fitted with the same diameter approximately the same shape every stage Various energy storage cycle combined engines equipped with 3 stages of bolt assembly turbines.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + acceleration with heat pressure and mass speed divided separately + rotor blade group of multi-stage turbine with same diameter almost same shape for each stage 4 Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + acceleration with heat pressure and mass speed divided separately + rotor blade group of multi-stage turbine with same diameter almost same shape for each stage 5 bolt assembly turbine with fitting Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Drive + Hydraulic Levitation + Additional Thrust Bearings + Heat Transfer Speed and Mass Speed Separately Saved Pressure + Turbine Turbine Rotor Blades with the Same Diameter for Each Stage 6 Bolts of Assembling Bolt Assembly Turbine The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation levitation additional thrust bearing + Acceleration of heat energy and mass velocity divided and saved pressure + Turbine blade group is as same diameter as each stage and mating bolt assembly Turbine is 7 stages Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + structure and method of accelerating metal ball mercury + intake air path length lens and sunlight Heat and cold energy production + Hydraulic levitation levitation additional thrust bearing + Heat capacity speed and mass speed separately stored pressure + Accelerated metal ball mercury by acceleration pressure turbine blade group is fitted with the same diameter approximately the same shape every stage Various energy storage cycle combined engines equipped with 8 stages of bolt assembly turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + structure and method of accelerating metal ball mercury + intake air path length lens and sunlight Heat and cool at manufacturing + Hydraulic levitation + additional thrust bearing + acceleration with heat pressure and mass speed divided separately + rotating turbine blade group of multi-stage turbine approximately the same diameter for each stage Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + structure and method of accelerating metal ball mercury + intake air path length lens and sunlight Heat and cool at manufacturing + Hydraulic levitation + additional thrust bearing + acceleration with heat pressure and mass speed divided separately + rotating turbine blade group of multi-stage turbine with the same diameter and shape for each stage 10 mating bolt assembly turbine 10 Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + structure and method of accelerating metal ball mercury + intake air path length lens and sunlight Heat and cool at manufacturing + Hydraulic levitation + additional thrust bearing + acceleration with heat pressure and mass speed divided separately + turbine blade group of turbines with the same diameter and diameter for each stage 1 stage of mating bolt assembly turbine The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + structure and method of accelerating metal ball mercury + intake air path length lens and sunlight Heat and cool at manufacturing + Hydraulic levitation + additional thrust bearing + acceleration with heat pressure and mass speed divided separately + turbine rotor blade group with the same diameter and almost same shape for each stage Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + structure and method of accelerating metal ball mercury + intake air path length lens and sunlight Heat and cold energy production + Hydraulic levitation levitation additional thrust bearing + Heat capacity speed and mass speed separately stored pressure + Accelerated metal ball mercury by acceleration pressure turbine blade group is fitted with the same diameter approximately the same shape every stage Various energy storage cycle combined engines equipped with 3 stages of bolt assembly turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + structure and method of accelerating metal ball mercury + intake air path length lens and sunlight Heat and cool at manufacturing + Equipped with additional hydraulic floating thrust bearing + Accelerated by heat pressure and mass speed separately stored pressure + Multistage turbine blade group with same diameter and almost same shape for each stage 4 Bolt assembly turbine assembly Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + structure and method of accelerating metal ball mercury + intake air path length lens and sunlight Heat and cool at manufacturing + Equipped with additional hydraulic floating levitation thrust bearings + Accelerated by heat pressure and mass velocity separately saved pressure + Multistage turbine blade group of the same diameter approximately the same shape for each stage 5 Bolt assembly turbine assembly Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + structure and method of accelerating metal ball mercury + intake air path length lens and sunlight Heat and cool at manufacturing + Hydraulic levitation + additional thrust bearing + acceleration with heat pressure and mass speed divided separately + turbine blade group of turbines with the same diameter and diameter for each paragraph 6 stages of mating bolt assembly turbine The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + structure and method of accelerating metal ball mercury + intake air path length lens and sunlight Heat and cool at manufacturing + Hydraulic levitation + additional thrust bearing + acceleration with heat pressure and mass speed divided separately + turbine rotor blade group with the same diameter and almost same shape for each stage 7 stages of mating bolt assembly turbine Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration by heat pressure and metal ball mercury acceleration by pressure stored separately in calorific speed and mass speed + mating turbine blade group with same diameter almost same shape for each stage mating bolt Various energy storage cycle combined engines with eight stages of assembly turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat transfer speed and mass speed divided separately + rotor blade group of multi-stage turbine with the same diameter approximately every stage 9 stages of mating bolt assembly turbine The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat transfer speed and mass speed separately stored pressure + 10 stages of mating bolt assembly turbine with the same diameter of the rotor blade group of multistage turbines The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat transfer speed and mass speed divided separately + turbine blade group of turbine with the same diameter and substantially the same shape for each stage Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat transfer speed and mass speed divided separately + turbine blade group with the same diameter and approximately same shape for each stage 2 stages of mating bolt assembly turbine are provided Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration by heat pressure and metal ball mercury acceleration by pressure stored separately in calorific speed and mass speed + mating turbine blade group with same diameter almost same shape for each stage mating bolt Various energy storage cycle combined engines with three stages of assembly turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration by heat pressure and metal ball mercury acceleration by pressure stored separately in calorific speed and mass speed + mating turbine blade group with same diameter almost same shape for each stage mating bolt Various energy storage cycle combined engines with four stages of assembly turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration by heat pressure and metal ball mercury acceleration by pressure stored separately in calorific speed and mass speed + mating turbine blade group with same diameter almost same shape for each stage mating bolt Various energy storage cycle combined engines with five stages of assembly turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration by heat pressure and metal ball mercury acceleration by pressure stored separately in calorific speed and mass speed + mating turbine blade group with same diameter almost same shape for each stage mating bolt Various energy storage cycle combined engines with six stages of assembly turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration by heat pressure and metal ball mercury acceleration by pressure stored separately in calorific speed and mass speed + mating turbine blade group with same diameter almost same shape for each stage mating bolt Various energy storage cycle combined engines equipped with 7 stages of assembly turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat transfer rate and mass speed separately stored pressure + multistage turbine rotor blade group with the same diameter and substantially same shape for each stage 8 stages of mating bolt assembly turbine The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat transfer speed and mass speed divided separately + rotor blade group of multi-stage turbine with the same diameter approximately every stage 9 stages of mating bolt assembly turbine The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat transfer speed and mass speed separately stored pressure + 10 stages of mating bolt assembly turbine with the same diameter of the rotor blade group of multistage turbines The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat transfer rate and mass speed separately stored pressure + multistage turbine rotor blade group of the same diameter approximately the same for every stage 1 stage of mating bolt assembly turbine The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat transfer speed and mass speed divided separately + rotating turbine blade group of multi-stage turbine approximately the same diameter in every stage 2 stages of mating bolt assembly turbine The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat transfer speed and mass speed divided separately + rotating turbine blade group of multi-stage turbine approximately the same diameter in every stage 3 stages of mating bolt assembly turbine The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat transfer rate and mass speed separately stored pressure + multistage turbine rotor blade group of the same diameter approximately in each stage 4 stages of mating bolt assembly turbine The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat transfer rate and mass speed separately stored pressure + 5-stage mating bolt assembly turbine with the same diameter of the rotor blade group of multistage turbines The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat transfer speed and mass speed divided separately + rotor blade group of multi-stage turbine with the same diameter almost in each stage 6 stages of mating bolt assembly turbine The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat transfer speed and mass speed separately stored pressure + multistage turbine rotor blade group with the same diameter and approximately same shape for each stage 7 stages of mating bolt assembly turbine The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat transfer speed and mass speed divided separately + turbine blade group of turbine with same size and diameter for each paragraph Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat transfer rate and mass speed divided separately + turbine blade group of turbine with the same diameter approximately the same shape every stage 9 stages of bolt assembly turbine Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration by heat pressure and mass pressure separately stored pressure + moving blade group of turbine with the same diameter almost same shape every stage 10 stages of mating bolt assembly turbine Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat transfer speed and mass speed divided separately + turbine blade group of turbine with the same diameter and substantially the same shape for each stage Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat transfer speed and mass speed divided separately + turbine blade group of turbines with same diameter and same shape for every stage Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat transfer speed and mass speed divided separately + turbine blade group with the same diameter and approximately same shape for each stage 3 stages of mating bolt assembly turbine are provided Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat transfer speed and mass speed separately stored + turbine blade group with the same diameter and approximately same shape for each stage 4 stages of mating bolt assembly turbine are provided Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat transfer speed and mass speed separately stored + turbine blade group with the same diameter approximately the same shape for each stage 5 stages of mating bolt assembly turbine are provided Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat transfer speed and mass speed divided separately + turbine blade group with the same diameter and approximately same shape for each stage 6 stages of mating bolt assembly turbine are provided Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat transfer speed and mass speed separately stored + turbine blade group with the same diameter and approximately same shape for each stage 7 stages of mating bolt assembly turbine are provided Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration by heat pressure and mass pressure separately stored pressure + retaining blade equipped turbine blade group equipped with heat retention device with the same diameter and substantially same shape Various energy storage cycle combined engines with eight stages of turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration by heat pressure and mass pressure separately stored pressure + retaining blade equipped turbine blade group equipped with heat retention device with the same diameter and substantially same shape Various energy storage cycle combined engines with 9 stages of turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration by heat pressure and mass pressure separately stored pressure + retaining blade equipped turbine blade group equipped with heat retention device with the same diameter and substantially same shape Various energy storage cycle combined engines with 10 stages of turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration by heat pressure and mass pressure separately stored pressure + retaining blade equipped turbine blade group equipped with heat retention device with the same diameter and substantially same shape Various energy storage cycle combined engines with one stage of turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various cargo ships (79 V) injection Propulsion force driving + hydraulic levitation levitation additional thrust bearing + acceleration by heat pressure and mass pressure separately stored pressure + retaining blade equipped turbine blade group equipped with heat retention device with the same diameter and substantially same shape Various energy storage cycle combined engines with two stages of turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + maximum gravity, sunlight and surface tension Limited use + Water jet rotatably mounted so that it can move up and down + Hydraulic floating levitation additional thrust bearing + Thermal energy speed and mass speed divided and saved pressure + Acceleration of metal ball mercury + Turbine blade group driven by acceleration A variety of energy storage cycle combined engines equipped with three stages of mating bolt assembly turbines with the same diameter and approximately the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + maximum gravity, sunlight and surface tension Limited use + Water jet is rotatably provided so that it can move up and down + Hydraulic levitation additional thrust bearing is added + Heat force and mass velocity divided and saved pressure + Rotor blade group of multi-stage turbine approximately the same diameter of each stage A variety of energy storage cycle combined engines equipped with four stages of mating bolt assembly turbines in the same shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + maximum gravity, sunlight and surface tension Limited use + Water jet is rotatably provided so that it can move up and down + Hydraulic levitation additional thrust bearing is added + Heat force and mass velocity divided and saved pressure + Rotor blade group of multi-stage turbine approximately the same diameter of each stage A variety of energy storage cycle combined engines equipped with five stages of mating bolt assembly turbines in the same shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + maximum gravity, sunlight and surface tension Limit use + Provide water jet rotatably so that it can move up and down + Equipped with hydraulic floating additional thrust bearing + Accelerate heat pressure and mass speed separately with divided pressure + Turbine blade group of turbine is the same diameter approximately in every section Various energy storage cycle combined engines equipped with six stages of mating bolt assembly turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + maximum gravity, sunlight and surface tension Limited use + Water jet rotatably mounted so that it can move up and down + Hydraulic levitation additional thrust bearing equipped + Heat load speed and mass speed divided and saved by pressure + Turbine rotor blade group as same diameter of each section Various energy storage cycle combined engines equipped with 7 stages of mating bolt assembly turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing Various energy storage cycle coalescing engines equipped with 8 stages of mating bolt assembly turbines with the same size of the turbine blade group with the same diameter for each stage with acceleration driven by metal ball mercury accelerated with pressure divided separately into heat energy rate and mass velocity .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Acceleration with pressure divided and stored at heat rate and mass rate + Various energy conservation cycle combined engines with 9 stages of mating bolt assembly turbines with the same diameter of the rotor blade group of multistage turbine and the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with 10 stages of mating bolt assembly turbines with the rotor blade group of multistage turbines having the same diameter and approximately the same shape for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with a bolt assembly turbine installed in one stage with the rotor blade group of the turbine having the same diameter and the same diameter for each stage with pressure divided and stored as heat load rate and mass velocity.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with two stages of mating bolt assembly turbines with two stages of mating bolt assembly turbines with the same diameter and approximately the same shape for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Various energy storage cycles combined with three stages of mating bolt assembly turbines with the same size of the turbine blade group with the same diameter for each stage, with acceleration driven by metal ball mercury accelerated by pressure separately stored as heat energy rate and mass velocity organ.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing A variety of energy storage cycle coalescing engines equipped with four stages of mating bolt assembly turbines with the same size of rotor blade group of multistage turbine with the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing A variety of energy storage cycle coalescing engines equipped with five stages of bolt assembly turbines, each of which has the same diameter as the rotor blade group of each multistage turbine and is approximately the same diameter.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Various energy storage cycle coalescing engines equipped with six stages of mating bolt assembly turbines with the same size of rotor blade group of each stage with the same diameter for each stage of acceleration + pressure by divided and stored heat rate and mass speed.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Various energy storage cycle coalescing engines equipped with 7 stages of mating bolt assembly turbines with acceleration and pressure by division pressure stored in heat rate and mass velocity, and turbine blades with the same diameter and diameter.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing Various energy storage cycle coalescing engines equipped with 8 stages of mating bolt assembly turbines with the same size of the turbine blade group with the same diameter for each stage with acceleration driven by metal ball mercury accelerated with pressure divided separately into heat energy rate and mass velocity .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Acceleration with pressure divided and stored at heat rate and mass rate + Various energy conservation cycle combined engines with 9 stages of mating bolt assembly turbines with the same diameter of the rotor blade group of multistage turbine and the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with 10 stages of mating bolt assembly turbines with the rotor blade group of multistage turbines having the same diameter and approximately the same shape for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with a bolt assembly turbine installed in one stage with the rotor blade group of the turbine having the same diameter and the same diameter for each stage with pressure divided and stored as heat load rate and mass velocity.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with two stages of mating bolt assembly turbines with two stages of mating bolt assembly turbines with the same diameter and approximately the same shape for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat pressure and mass pressure separately stored pressure + metal ball mercury acceleration driven turbine rotor blade group with the same diameter approximately the same shape for each stage mating bolt assembly Various energy storage cycle combined engines with three stages of turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation levy additional thrust bearing + acceleration with heat transfer rate and mass speed separately stored + rotating blade group of multi-stage turbine with the same diameter and substantially same shape for each stage 4 stages of mating bolt assembly turbine Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation levy additional thrust bearing + acceleration with heat transfer rate and mass speed separately stored pressure + rotating turbine blade group of multi-stage turbine with the same diameter approximately the same shape for each stage 5 stages of mating bolt assembly turbine Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation levy additional thrust bearing + acceleration with heat load speed and mass speed separately + turbine blade group of turbines with the same diameter approximately the same shape for each stage 6 sets of mating bolt assembly turbine are provided Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat transfer speed and mass speed divided separately + turbine blade group is provided with seven stages of mating bolt assembly turbines with the same diameter and substantially the same shape at each stage Various energy conservation cycle union engine.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection thrust force driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat pressure and mass pressure separately stored pressure + metal ball mercury acceleration driven turbine rotor blade group is fitted with the same diameter approximately the same shape every stage Various energy storage cycle combined engines equipped with 8 stages of bolt assembly turbines.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + acceleration with heat pressure and mass speed divided separately + rotor blade group of multi-stage turbine with the same diameter and diameter for each stage 9 mating bolt assembly turbine 9 Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Force Drive + Hydraulic Levitation + Additional Thrust Bearing + Acceleration of Heat and Mass Speed Separately + Pressure on Multistage Turbine Blades with the Same Diameter for Each Stage 10 Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Drive + Hydraulic Levitation + Additional Thrust Bearings + Heat Transfer Rate and Mass Speed Separated and Saved Pressure + Turbine Turbine Rotor Blades with the Same Diameter for Each Stage-One Step Assembly of Bolt Assembly Turbine The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Drive + Hydraulic Levitation + Additional Thrust Bearing + Acceleration of Heat and Mass Speed Separately + Pressure of Turbine Rotor Blades for Each Stage with Same Size and Same Shape for Each Stage Bolt Bolting Turbine Two Stages Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing Various energy storage cycle coalescing engines equipped with three stages of mating bolt assembly turbines with the same size of the turbine blade group with the same diameter for each stage with acceleration driven by metal ball mercury accelerated by pressure separately stored at + heat quantity speed and mass speed .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with four stages of mating bolt assembly turbines with the same size of the rotor blade group of multistage turbine and the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with five stages of bolt assembly turbines, each of which has the same diameter as the rotor blade group of each multistage turbine and the same diameter.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with six stages of mating bolt assembly turbines in which the rotor blade group of the turbine is made to have the same diameter and shape with the same size for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with 7 stages of mating bolt assembly turbines with acceleration and pressure divided and stored as heat energy rate and mass velocity.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Various energy storage cycles combined with eight stages of mating bolt assembly turbines with the same size and almost same shape turbine rotor blade group driven by acceleration + metal ball mercury acceleration by pressure stored separately in heat energy rate and mass velocity organ.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing A variety of energy storage cycle coalescing engines equipped with 9 stages of bolt assembly turbines, each of which has the same diameter as the rotor blade group of each multistage turbine and is approximately the same in shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing A variety of energy storage cycle coalescing engines equipped with 10 stages of mating bolt assembly turbines with the rotor blades of the multistage turbine having the same diameter and the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing A variety of energy storage cycle coalescing engines, in which the rotor blade group of the turbine is made to have the same diameter and shape with the same diameter for each stage, and the bolt assembly turbine is provided in one stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing A variety of energy storage cycle coalescing engines equipped with two stages of mating bolt assembly turbines with the same size and approximately the same diameter for each stage of the turbine blade group with acceleration by pressure stored separately at heat rate and mass rate.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing Various energy storage cycle coalescing engines equipped with three stages of mating bolt assembly turbines with the same size of the turbine blade group with the same diameter for each stage with acceleration driven by metal ball mercury accelerated by pressure separately stored at + heat quantity speed and mass speed .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with four stages of mating bolt assembly turbines with the same size of the rotor blade group of multistage turbine and the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with five stages of bolt assembly turbines, each of which has the same diameter as the rotor blade group of each multistage turbine and the same diameter.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with six stages of mating bolt assembly turbines in which the rotor blade group of the turbine is made to have the same diameter and shape with the same size for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with 7 stages of mating bolt assembly turbines with acceleration and pressure divided and stored as heat energy rate and mass velocity.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat pressure and mass pressure separately stored pressure + metal ball mercury acceleration driven turbine rotor blade group with the same diameter approximately the same shape for each stage mating bolt assembly Various energy storage cycle combined engines with eight stages of turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation levy additional thrust bearing + acceleration with heat transfer rate and mass speed separately saved + rotating turbine blade group of multi-stage turbine with the same diameter almost same shape every stage 9 stages of bolt assembly turbine Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation levy additional thrust bearing + acceleration with heat pressure and mass speed divided separately + moving blade group of multi-stage turbine with the same diameter and almost same shape per stage 10 stages of bolt assembly turbine Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation levy additional thrust bearing + acceleration with heat transfer rate and mass speed separately divided + turbine blade group of turbine with the same diameter approximately the same shape for each stage Provision of bolt assembly turbine in one stage Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat transfer rate and mass speed separately stored + turbine blade group with the same diameter and substantially the same shape for each stage Various energy conservation cycle union engine.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection thrust force driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat pressure and mass pressure separately stored pressure + metal ball mercury acceleration driven turbine rotor blade group is fitted with the same diameter approximately the same shape every stage Various energy storage cycle combined engines equipped with 3 stages of bolt assembly turbines.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + acceleration with heat pressure and mass speed divided separately + rotor blade group of multi-stage turbine with same diameter almost same shape for each stage 4 Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + acceleration with heat pressure and mass speed divided separately + rotor blade group of multi-stage turbine with same diameter almost same shape for each stage 5 bolt assembly turbine with fitting Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Drive + Hydraulic Levitation + Additional Thrust Bearings + Heat Transfer Speed and Mass Speed Separately Saved Pressure + Turbine Turbine Rotor Blades with the Same Diameter for Each Stage 6 Bolts of Assembling Bolt Assembly Turbine The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation levitation additional thrust bearing + Acceleration of heat energy and mass velocity divided and saved pressure + Turbine blade group is as same diameter as each stage and mating bolt assembly Turbine is 7 stages Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing Various energy storage cycle coalescing engines equipped with 8 stages of mating bolt assembly turbines with the same size of the turbine blade group with the same diameter for each stage with acceleration driven by metal ball mercury accelerated with pressure divided separately into heat energy rate and mass velocity .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Acceleration with pressure divided and stored at heat rate and mass rate + Various energy conservation cycle combined engines with 9 stages of mating bolt assembly turbines with the same diameter of the rotor blade group of multistage turbine and the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with 10 stages of mating bolt assembly turbines with the rotor blade group of multistage turbines having the same diameter and approximately the same shape for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with a bolt assembly turbine installed in one stage with the rotor blade group of the turbine having the same diameter and the same diameter for each stage with pressure divided and stored as heat load rate and mass velocity.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with two stages of mating bolt assembly turbines with two stages of mating bolt assembly turbines with the same diameter and approximately the same shape for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Various energy storage cycles combined with three stages of mating bolt assembly turbines with the same size of the turbine blade group with the same diameter for each stage, with acceleration driven by metal ball mercury accelerated by pressure separately stored as heat energy rate and mass velocity organ.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing A variety of energy storage cycle coalescing engines equipped with four stages of mating bolt assembly turbines with the same size of rotor blade group of multistage turbine with the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing A variety of energy storage cycle coalescing engines equipped with five stages of bolt assembly turbines, each of which has the same diameter as the rotor blade group of each multistage turbine and is approximately the same diameter.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Various energy storage cycle coalescing engines equipped with six stages of mating bolt assembly turbines with the same size of rotor blade group of each stage with the same diameter for each stage of acceleration + pressure by divided and stored heat rate and mass speed.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing + Various energy storage cycle coalescing engines equipped with 7 stages of mating bolt assembly turbines with acceleration and pressure by division pressure stored in heat rate and mass velocity, and turbine blades with the same diameter and diameter.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing Various energy storage cycle coalescing engines equipped with 8 stages of mating bolt assembly turbines with the same size of the turbine blade group with the same diameter for each stage with acceleration driven by metal ball mercury accelerated with pressure divided separately into heat energy rate and mass velocity .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Acceleration with pressure divided and stored at heat rate and mass rate + Various energy conservation cycle combined engines with 9 stages of mating bolt assembly turbines with the same diameter of the rotor blade group of multistage turbine and the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with 10 stages of mating bolt assembly turbines with the rotor blade group of multistage turbines having the same diameter and approximately the same shape for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with a bolt assembly turbine installed in one stage with the rotor blade group of the turbine having the same diameter and the same diameter for each stage with pressure divided and stored as heat load rate and mass velocity.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with two stages of mating bolt assembly turbines with two stages of mating bolt assembly turbines with the same diameter and approximately the same shape for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat pressure and mass pressure separately stored pressure + metal ball mercury acceleration driven turbine rotor blade group with the same diameter approximately the same shape for each stage mating bolt assembly Various energy storage cycle combined engines with three stages of turbines.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation levy additional thrust bearing + acceleration with heat transfer rate and mass speed separately stored + rotating blade group of multi-stage turbine with the same diameter and substantially same shape for each stage 4 stages of mating bolt assembly turbine Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation levy additional thrust bearing + acceleration with heat transfer rate and mass speed separately stored pressure + rotating turbine blade group of multi-stage turbine with the same diameter approximately the same shape for each stage 5 stages of mating bolt assembly turbine Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Force-driven + hydraulic levitation levy additional thrust bearing + acceleration with heat load speed and mass speed separately + turbine blade group of turbines with the same diameter approximately the same shape for each stage 6 sets of mating bolt assembly turbine are provided Various energy conservation cycle union engine.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + various passenger vessels (79 V) injection propulsion Forced driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat transfer speed and mass speed divided separately + turbine blade group is provided with seven stages of mating bolt assembly turbines with the same diameter and substantially the same shape at each stage Various energy conservation cycle union engine.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection thrust force driving + hydraulic levitation levitation additional thrust bearing + acceleration with heat pressure and mass pressure separately stored pressure + metal ball mercury acceleration driven turbine rotor blade group is fitted with the same diameter approximately the same shape every stage Various energy storage cycle combined engines equipped with 8 stages of bolt assembly turbines.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection driving force + Hydraulic levitation + additional thrust bearing + acceleration with heat pressure and mass speed divided separately + rotor blade group of multi-stage turbine with the same diameter and diameter for each stage 9 mating bolt assembly turbine 9 Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Force Drive + Hydraulic Levitation + Additional Thrust Bearing + Acceleration of Heat and Mass Speed Separately + Pressure on Multistage Turbine Blades with the Same Diameter for Each Stage 10 Various energy conservation cycle united engines provided in the stage.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Drive + Hydraulic Levitation + Additional Thrust Bearings + Heat Transfer Rate and Mass Speed Separated and Saved Pressure + Turbine Turbine Rotor Blades with the Same Diameter for Each Stage-One Step Assembly of Bolt Assembly Turbine The various energy conservation cycle united engines provided in.   Metal ball mercury gravity turbine drive superheated steam injection temperature close to combustion gas injection temperature + water jet (79V) selective use vessel (38B) + acceleration metal ball mercury gravity turbine drive down + various vessels (79V) Injection Propulsion Drive + Hydraulic Levitation + Additional Thrust Bearing + Acceleration of Heat and Mass Speed Separately + Pressure of Turbine Rotor Blades for Each Stage with Same Size and Same Shape for Each Stage Bolt Bolting Turbine Two Stages Various energy conservation cycle united engines provided.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing Various energy storage cycle coalescing engines equipped with three stages of mating bolt assembly turbines with the same size of the turbine blade group with the same diameter for each stage with acceleration driven by metal ball mercury accelerated by pressure separately stored at + heat quantity speed and mass speed .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with four stages of mating bolt assembly turbines with the same size of the rotor blade group of multistage turbine and the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with five stages of bolt assembly turbines, each of which has the same diameter as the rotor blade group of each multistage turbine and the same diameter.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with six stages of mating bolt assembly turbines in which the rotor blade group of the turbine is made to have the same diameter and shape with the same size for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with 7 stages of mating bolt assembly turbines with acceleration and pressure divided and stored as heat energy rate and mass velocity.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing Various energy storage cycles combined with eight stages of mating bolt assembly turbines with the same size and almost same shape turbine rotor blade group driven by acceleration + metal ball mercury acceleration by pressure stored separately in heat energy rate and mass velocity organ.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing A variety of energy storage cycle coalescing engines equipped with 9 stages of bolt assembly turbines, each of which has the same diameter as the rotor blade group of each multistage turbine and is approximately the same in shape.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing A variety of energy storage cycle coalescing engines equipped with 10 stages of mating bolt assembly turbines with the rotor blades of the multistage turbine having the same diameter and the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing A variety of energy storage cycle coalescing engines, in which the rotor blade group of the turbine is made to have the same diameter and shape with the same diameter for each stage, and the bolt assembly turbine is provided in one stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + equipped with horizontal axis (1 h) + equipped with additional hydraulic levitation levitation thrust bearing A variety of energy storage cycle coalescing engines equipped with two stages of mating bolt assembly turbines with the same size and approximately the same diameter for each stage of the turbine blade group with acceleration by pressure stored separately at heat rate and mass rate.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing Various energy storage cycle coalescing engines equipped with three stages of mating bolt assembly turbines with the same size of the turbine blade group with the same diameter for each stage with acceleration driven by metal ball mercury accelerated by pressure separately stored at + heat quantity speed and mass speed .   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with four stages of mating bolt assembly turbines with the same size of the rotor blade group of multistage turbine and the same diameter for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with five stages of bolt assembly turbines, each of which has the same diameter as the rotor blade group of each multistage turbine and the same diameter.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with six stages of mating bolt assembly turbines in which the rotor blade group of the turbine is made to have the same diameter and shape with the same size for each stage.   Metal ball mercury gravity turbine driven superheated steam injection temperature close to combustion gas injection temperature + water jet (79 V) selective use vessel (38 B) + horizontal axis (1 h) equipped + hydraulic levitation additional thrust bearing + Various energy storage cycle coalescing engines equipped with 7 stages of mating bolt assembly turbines with acceleration and pressure divided and stored as heat energy rate and mass velocity.   A water jet (79 V) that heats superheated steam from multiple locations on the outside by four stages of combustion with eight stages of mating bolt assembly turbines, each of which has the same diameter and shape as the buckets of turbines capable of fully automatic processing. ) A variety of energy storage cycle united engines equipped.   A water jet (79 V) that heats superheated steam from multiple locations on the outside by four stages of combustion by providing rotating blade groups of a turbine that can be fully automatically machined with 9 stages of mating bolt assembly turbines with the same diameter and approximately the same diameter per stage. ) A variety of energy storage cycle united engines equipped.   A water jet (79 V) that heats superheated steam from multiple locations on the outside by 4-stage combustion with 10 stages of mating bolt assembly turbines with the same diameter and approximately the same diameter for turbines with fully automatic processing. ) A variety of energy storage cycle united engines equipped.   A water jet (79 V) that heats superheated steam from multiple locations on the outside by four stages of combustion by providing the mating bolt assembly turbine in one stage with the buckets of turbines that can be fully automatically machined and having the same diameter and diameter as each stage. ) A variety of energy storage cycle united engines equipped.   A water jet (79 V) that heats superheated steam from multiple locations on the outside by 4-stage combustion by providing two stages of mating bolt assembly turbines with the same diameter and approximately the same diameter for turbines with fully automatic processing. ) A variety of energy storage cycle united engines equipped.   A water jet (79 V) that heats superheated steam from multiple locations on the outside in four stages by providing three stages of mating bolt assembly turbines with the buckets of turbines that can be fully automatically machined and with the same diameter and diameter for each stage. ) A variety of energy storage cycle united engines equipped.   A water jet (79 V) that heats superheated steam from multiple locations on the outside by four stages with four stages of mating bolt assembly turbines with four stages of mating bolt assembly turbines with the same diameter and approximately the same diameter for turbines with fully automatic processing of turbine blades. ) A variety of energy storage cycle united engines equipped.   A water jet (79 V) that heats superheated steam from multiple locations on the outside by 4-stage combustion with five stages of mating bolt assembly turbines with the same diameter and approximately the same diameter for turbines with fully automatic processing. ) A variety of energy storage cycle united engines equipped.   A water jet (79 V) that heats the superheated steam from multiple locations on the outside by four stages of combustion by providing a turbine assembly with six sets of mating bolt assembly turbines with the same diameter and approximately the same diameter for each stage of the turbine blades capable of fully automatic processing. ) A variety of energy storage cycle united engines equipped.   A water jet (79 V) that heats superheated steam from multiple locations on the outside by four stages of combustion by providing turbines with fully automatic machining capable of moving blade groups of the same diameter and diameter of each stage in seven stages. ) A variety of energy storage cycle united engines equipped.   A variety of energies are used to inject superheated steam several times with superheated steam by combustion gas with a selected water jet (79 V) by providing a metal sphere mercury gravity driven turbine blade cross section (4A) 25 times and variously injecting the superheated steam injection temperature close to the combustion gas injection temperature Preservation cycle union agency.   Various kinds of energy that superheated steam is heated several times by combustion gas with the selected water jet (79 V) by providing metal sphere mercury gravity drive turbine blade cross section (4A) by 2 times and various energy for injecting superheated steam injection temperature close to combustion gas injection temperature Preservation cycle union agency.   Various kinds of energy that superheated steam is heated several times by combustion gas with the selected water jet (79 V) by providing metal sphere mercury gravity drive turbine blade section (4A) by 3 times and various energy to inject superheated steam injection temperature close to combustion gas injection temperature Preservation cycle union agency.   A variety of energies are used to inject superheated steam several times with superheated steam by combustion gas with the selected water jet (79 V) by providing metal sphere mercury gravity drive turbine blade section (4A) four times Preservation cycle union agency.   A variety of energies are used to inject superheated steam several times by using combustion gas with a selected water jet (79 V) with metal sphere mercury gravity driven turbine blade cross section (4A) set to 5 times, and to inject superheated steam injection temperature close to combustion gas injection temperature Preservation cycle union agency.   A variety of energies are used to inject superheated steam several times with superheated steam by combustion gas with a selected water jet (79 V) by providing metal sphere mercury gravity drive turbine blade section (4A) by 6 times various energy to inject superheated steam injection temperature close to combustion gas injection temperature Preservation cycle union agency.   Metal balls Mercury gravity driven turbine blade section (4A) provided 7 times and selected water jet (79V) various kinds of energy which superheated steam is heated several times by burning gas with heating gas superheated steam injection temperature close to combustion gas injection temperature Preservation cycle union agency.   A variety of energies are used to inject superheated steam several times with superheated steam by combustion gas with a selected water jet (79 V) by providing metal sphere mercury gravity drive turbine blade cross section (4A) 8 times and various energy to inject superheated steam injection temperature close to combustion gas injection temperature Preservation cycle union agency.   Injection drive power generation method of water suction injection driven by two types of turbine rotation output provided with 9 times of metal sphere mercury gravity drive turbine blade section (4A) Various energy storage cycle combined engine.   A variety of energies are used to inject superheated steam several times with superheated steam by combustion gas with a selected water jet (79 V) with metal sphere mercury gravity driven turbine blade cross section (4A) provided 10 times and various energies to bring superheated steam injection temperature close to combustion gas injection temperature Preservation cycle union agency.   A variety of energies are used to inject superheated steam several times by using a combustion gas with a selected water jet (79 V) with metal sphere mercury gravity driven turbine blade cross section (4A) set at 11 times, and bringing the superheated steam injection temperature close to the combustion gas injection temperature Preservation cycle union agency.   Various energy of superheated steam heated several times by burning gas with metal ball mercury gravity driven turbine blade cross section (4A) set 12 times and selected various jets of superheated steam injection temperature close to burning gas injection temperature Preservation cycle union agency.   A variety of energies are used to inject superheated steam several times by using a combustion gas with a selected water jet (79 V) with a metal sphere mercury gravity driven turbine blade section (4A) provided 13 times and various energies to inject the superheated steam injection temperature close to the combustion gas injection temperature Preservation cycle union agency.   A variety of energies are used to inject superheated steam several times with superheated steam by combustion gas with a selected water jet (79 V) by providing a metal sphere mercury gravity driven turbine blade cross section (4A) 14 times and variously injecting the superheated steam injection temperature close to the combustion gas injection temperature Preservation cycle union agency.   A variety of energies are used to inject superheated steam several times with superheated steam by combustion gas with a selected water jet (79 V) with metal sphere mercury gravity driven turbine blade cross section (4A) set 15 times and various energies to bring superheated steam injection temperature close to combustion gas injection temperature Preservation cycle union agency.   A variety of energies are used to inject superheated steam several times with superheated steam by combustion gas with a selected water jet (79 V) by providing metal sphere mercury gravity drive turbine blade section (4A) 16 times and various energies to bring superheated steam injection temperature close to combustion gas injection temperature Preservation cycle union agency.   A variety of energies are used to inject superheated steam several times by using a combustion gas with a selected water jet (79 V) with metal sphere mercury gravity driven turbine blade cross section (4A) 17 times and various energy to inject superheated steam injection temperature close to combustion gas injection temperature Preservation cycle union agency.   A variety of energies are used to inject superheated steam several times by using a combustion gas with a selected water jet (79 V) with a metal sphere mercury gravity driven turbine blade cross section (4A) set 18 times and various temperatures for superheated steam injection temperature close to the combustion gas injection temperature Preservation cycle union agency.   Various energies of superheated steam heated several times by combustion gas with a selected water jet (79 V) with metal sphere mercury gravity driven turbine blade cross section (4A) set 19 times and various energy to inject superheated steam injection temperature close to combustion gas injection temperature Preservation cycle union agency.   A variety of energies are used to inject superheated steam several times by using combustion gas with a selected water jet (79 V) with metal sphere mercury gravity driven turbine blade cross section (4A) set 20 times and variously inject superheated steam injection temperature close to combustion gas injection temperature Preservation cycle union agency.   A variety of energies are used to inject superheated steam several times with superheated steam by combustion gas with a selected water jet (79 V) by providing metal sphere mercury gravity drive turbine blade section (4A) 21 times and various energies to bring superheated steam injection temperature close to combustion gas injection temperature Preservation cycle union agency.   A variety of energies are used to inject superheated steam several times with superheated steam by combustion gas with a selected water jet (79 V) by providing a metal sphere mercury gravity driven turbine blade cross section (4A) 22 times Preservation cycle union agency.   A variety of energies are used to inject superheated steam several times with superheated steam by combustion gas with a selected water jet (79 V) by providing metal sphere mercury gravity drive turbine blade section (4A) 23 times and various energies to bring superheated steam injection temperature close to combustion gas injection temperature Preservation cycle union agency.   A variety of energies are used to inject superheated steam several times by using combustion gas with a selected water jet (79 V) with metal sphere mercury gravity driven turbine blade cross section (4A) set at 24 times, and bringing the superheated steam injection temperature close to the combustion gas injection temperature Preservation cycle union agency.   A variety of energies are used to inject superheated steam several times by using a combustion gas with a selected water jet (79 V) with metal sphere mercury gravity driven turbine blade cross section (4B) 25 times selected and heating the superheated steam injection temperature close to the combustion gas injection temperature Preservation cycle union agency.   Various energies of superheated steam heated several times by combustion gas with a selected water jet (79 V) provided with doubled metal sphere mercury gravity driven turbine blade cross section (4B) Various energies for injecting superheated steam injection temperature close to combustion gas injection temperature Preservation cycle union agency.   Various energies of superheated steam heated several times by combustion gas with a selected water jet (79 V) by providing metal sphere mercury gravity drive turbine blade section (4B) by 3 times Various energy to inject superheated steam injection temperature close to combustion gas injection temperature Preservation cycle union agency.   A variety of energies are used to inject superheated steam several times with superheated steam by combustion gas with a selected water jet (79 V) by quadrupling metal sphere mercury gravity driven turbine blade cross section (4B) by 4 times Preservation cycle union agency.   A variety of energies are used to inject superheated steam several times with superheated steam by combustion gas with a selected water jet (79 V) by providing metal sphere mercury gravity drive turbine blade section (4B) by 5 times various energies to inject superheated steam injection temperature close to combustion gas injection temperature Preservation cycle union agency.   Various energies of superheated steam heated several times by combustion gas with a selected water jet (79 V) by providing metal sphere mercury gravity drive turbine blade section (4B) by 6 times various energies for injecting superheated steam injection temperature close to combustion gas injection temperature Preservation cycle union agency.   A variety of energies are used to inject superheated steam several times by using combustion gas with a selected water jet (79 V) with metal sphere mercury gravity driven turbine blade cross section (4B) provided 7 times and various energy to inject superheated steam injection temperature close to combustion gas injection temperature Preservation cycle union agency.   A variety of energies are used to inject superheated steam several times by using a combustion gas with a selected water jet (79 V) with a metal sphere mercury gravity driven turbine blade cross section (4B) provided eight times, with the superheated steam injection temperature approaching the combustion gas injection temperature Preservation cycle union agency.   Various energies of superheated steam heated several times by combustion gas with a selected water jet (79 V) with metal sphere mercury gravity drive turbine blade cross section (4B) set to 9 times Various energies for injecting superheated steam injection temperature close to combustion gas injection temperature Preservation cycle union agency.   Various kinds of energy that superheated steam is heated several times by combustion gas with a selected water jet (79 V) by providing metal sphere mercury gravity drive turbine blade section (4B) 10 times and various energy to inject superheated steam injection temperature close to combustion gas injection temperature Preservation cycle union agency.   Various energy of superheated steam heated several times by burning gas with metal ball mercury gravity driven turbine blade section (4B) provided 11 times and selected by various water jet (79 V) Various energy to inject superheated steam injection temperature close to burning gas injection temperature Preservation cycle union agency.   Various energy of superheated steam heated several times by burning gas with metal ball mercury gravity drive turbine blade section (4B) provided 12 times and selected with various water jet (79 V) Various energy to inject superheated steam injection temperature close to burning gas injection temperature Preservation cycle union agency.   A variety of energies are used to inject superheated steam several times by using a combustion gas with a selected water jet (79 V) with a metal sphere mercury gravity driven turbine blade cross section (4B) set 13 times, with the superheated steam injection temperature close to the combustion gas injection temperature Preservation cycle union agency.   A variety of energies are used to inject superheated steam several times with superheated steam by combustion gas with a selected water jet (79 V) by providing a metal sphere mercury gravity driven turbine blade cross section (4B) 14 times and variously injecting the superheated steam injection temperature close to the combustion gas injection temperature Preservation cycle union agency.   A variety of energies are used to inject superheated steam several times by using a combustion gas with a selected water jet (79 V) with metal sphere mercury gravity driven turbine blade cross section (4B) set 15 times and variously inject superheated steam injection temperature close to combustion gas injection temperature Preservation cycle union agency.   A variety of energies are used to inject superheated steam several times with superheated steam by combustion gas with a selected water jet (79 V) by providing metal sphere mercury gravity drive turbine blade section (4B) 16 times and various energies to bring superheated steam injection temperature close to combustion gas injection temperature Preservation cycle union agency.   A variety of energies are used to inject superheated steam several times with superheated steam by combustion gas with a selected water jet (79 V) with metal sphere mercury gravity driven turbine blade cross section (4B) provided 17 times and various energies to bring superheated steam injection temperature close to combustion gas injection temperature Preservation cycle union agency.   A variety of energies are used to inject superheated steam several times with superheated steam by combustion gas with a selected water jet (79 V) with metal sphere mercury gravity driven turbine blade cross section (4B) set 18 times and various energies to bring superheated steam injection temperature close to combustion gas injection temperature Preservation cycle union agency.   Various energies of superheated steam heated several times by combustion gas with a selected water jet (79 V) with metal sphere mercury gravity driven turbine blade cross section (4B) 19 times and various energies of injecting superheated steam injection temperature close to combustion gas injection temperature Preservation cycle union agency.   A variety of energies are used to inject superheated steam several times with superheated steam by combustion gas with a selected water jet (79 V) by providing a metal sphere mercury gravity driven turbine blade section (4B) 20 times and variously injecting the superheated steam injection temperature close to the combustion gas injection temperature Preservation cycle union agency.   A variety of energies are used to inject superheated steam several times with superheated steam by combustion gas with a selected water jet (79 V) by providing a metal sphere mercury gravity driven turbine blade section (4B) 21 times, various energies to bring the superheated steam injection temperature close to the combustion gas injection temperature Preservation cycle union agency.   A variety of energies are used to inject superheated steam several times with superheated steam by combustion gas with a selected water jet (79 V) by providing a metal sphere mercury gravity driven turbine blade cross section (4B) 22 times and variously injecting the superheated steam injection temperature close to the combustion gas injection temperature Preservation cycle union agency.   Various energies of superheated steam heated several times by combustion gas with a selected water jet (79 V) by setting metal sphere mercury gravity drive turbine blade section (4B) 23 times and various energies to inject superheated steam injection temperature close to combustion gas injection temperature Preservation cycle union agency.   A variety of energies are used to inject superheated steam several times with superheated steam by combustion gas with the selected water jet (79 V) by providing metal sphere mercury gravity drive turbine blade section (4B) 24 times and variously inject superheated steam injection temperature close to combustion gas injection temperature Preservation cycle union agency.   A variety of energies are used to inject superheated steam several times with superheated steam by combustion gas with a selected water jet (79 V) by providing a metal sphere mercury gravity driven turbine blade cross section (4C) 25 times and variously injecting the superheated steam injection temperature close to the combustion gas injection temperature Preservation cycle union agency.   A variety of energies are used to inject superheated steam several times by using combustion gas with a selected water jet (79 V) with metal sphere mercury gravity driven turbine blade cross section (4C) doubled and heating the superheated steam injection temperature close to the combustion gas injection temperature Preservation cycle union agency.   Various kinds of energy that superheated steam is heated several times by combustion gas with a selected water jet (79 V) by providing metal sphere mercury gravity drive turbine blade section (4C) by 3 times and various energy to inject superheated steam injection temperature close to combustion gas injection temperature Preservation cycle union agency.   Metal balls Mercury gravity driven turbine blade cross section (4C) quadrupled and selected water jet (79 V) various kinds of energy which superheated steam is heated several times by combustion gas by heating superheated steam injection temperature close to combustion gas injection temperature Preservation cycle union agency.   A variety of energies are used to inject superheated steam several times by using a combustion gas with a selected water jet (79 V) with metal sphere mercury gravity driven turbine blade cross section (4C) set to 5 times, and to inject the superheated steam injection temperature close to the combustion gas injection temperature Preservation cycle union agency.   Various kinds of energy that superheated steam is heated several times by combustion gas with a selected water jet (79 V) by providing metal sphere mercury gravity drive turbine blade section (4C) by 6 times Various energy to inject superheated steam injection temperature close to combustion gas injection temperature Preservation cycle union agency.   Metal balls Mercury gravity driven turbine blade section (4C) provided 7 times with various water jets (79V) selected Various kinds of energy that superheated steam is heated by combustion gas several times by heating superheated steam injection temperature close to combustion gas injection temperature Preservation cycle union agency.   A variety of energies are used to inject superheated steam several times with superheated steam by combustion gas with a selected water jet (79 V) by providing metal sphere mercury gravity drive turbine blade section (4C) 8 times Preservation cycle union agency.   A variety of energies are used to inject superheated steam several times by using combustion gas with a selected water jet (79 V) with a metal sphere mercury gravity driven turbine blade cross section (4C) set at 9 times, with the superheated steam injection temperature approaching the combustion gas injection temperature Preservation cycle union agency.   A variety of energies are used to inject superheated steam several times by using combustion gas with a selected water jet (79 V) with metal sphere mercury gravity driven turbine blade cross section (4C) set to 10 times, and bring the superheated steam injection temperature close to the combustion gas injection temperature Preservation cycle union agency.   A variety of energies are used to inject superheated steam several times by using a combustion gas with a selected water jet (79 V) with metal sphere mercury gravity driven turbine blade cross section (4C) set at 11 times, with the superheated steam injection temperature close to the combustion gas injection temperature Preservation cycle union agency.   Various energy of superheated steam heated several times by burning gas with metal ball mercury gravity driven turbine blade cross section (4C) provided 12 times and selected with various water jet (79 V) Various energy to inject superheated steam injection temperature close to burning gas injection temperature Preservation cycle union agency.   A variety of energies are used to inject superheated steam several times by using a combustion gas with a selected water jet (79 V) with metal sphere mercury gravity driven turbine blade cross section (4C) 13 times and various injection energy of superheated steam close to combustion gas injection temperature Preservation cycle union agency.   A variety of energies are used to inject superheated steam several times with superheated steam by combustion gas with a selected water jet (79 V) with metal sphere mercury gravity driven turbine blade cross section (4C) set 14 times Preservation cycle union agency.   A variety of energies are used to inject superheated steam several times with superheated steam by combustion gas with a selected water jet (79 V) with metal sphere mercury gravity driven turbine blade cross section (4C) set 15 times and various energies to bring superheated steam injection temperature close to combustion gas injection temperature Preservation cycle union agency.   A variety of energies are used to inject superheated steam several times by using a combustion gas with a selected water jet (79 V) with a metal sphere mercury gravity driven turbine blade cross section (4C) set at 16 times, and bringing the superheated steam injection temperature close to the combustion gas injection temperature Preservation cycle union agency.   A variety of energies are used to inject superheated steam several times by using a combustion gas with a selected water jet (79 V) by providing a metal sphere mercury gravity driven turbine blade section (4C) 17 times and variously injecting the superheated steam injection temperature close to the combustion gas injection temperature Preservation cycle union agency.   A variety of energies are used to inject superheated steam several times with superheated steam by combustion gas with a selected water jet (79 V) with metal sphere mercury gravity driven turbine blade cross section (4C) set 18 times and various energies to bring superheated steam injection temperature close to combustion gas injection temperature Preservation cycle union agency.   Various energies of superheated steam heated several times by combustion gas with a selected water jet (79 V) with metal sphere mercury gravity drive turbine blade cross section (4C) set 19 times and various energy to inject superheated steam injection temperature close to combustion gas injection temperature Preservation cycle union agency.   A variety of energies are used to inject superheated steam several times with superheated steam by combustion gas with a selected water jet (79 V) by providing a metal sphere mercury gravity driven turbine blade section (4C) 20 times and variously injecting the superheated steam injection temperature close to the combustion gas injection temperature Preservation cycle union agency.   A variety of energies are used to inject superheated steam several times with superheated steam by combustion gas with a selected water jet (79 V) by providing a metal sphere mercury gravity driven turbine blade section (4C) 21 times and various energies to bring the superheated steam injection temperature close to the combustion gas injection temperature Preservation cycle union agency.   A variety of energies are used to inject superheated steam several times with superheated steam by combustion gas with a selected water jet (79 V) with metal sphere mercury gravity driven turbine blade cross section (4C) provided 22 times Preservation cycle union agency.   A variety of energies are used to inject superheated steam several times with superheated steam by combustion gas with a selected water jet (79 V) by providing metal sphere mercury gravity drive turbine blade section (4C) 23 times and various energies to bring superheated steam injection temperature close to combustion gas injection temperature Preservation cycle union agency.   A variety of energies are used to inject superheated steam several times with superheated steam by combustion gas with a selected water jet (79 V) by providing metal sphere mercury gravity drive turbine blade section (4C) 24 times and variously inject superheated steam injection temperature close to combustion gas injection temperature Preservation cycle union agency.   A variety of energies are used to inject superheated steam several times by using a combustion gas with a selected water jet (79 V) with metal sphere mercury gravity driven turbine blade cross section (4D) 25 times selected and heating the superheated steam injection temperature close to the combustion gas injection temperature Preservation cycle union agency.   Various kinds of energy that superheated steam is heated several times by combustion gas with the selected water jet (79 V) by providing metal sphere mercury gravity drive turbine blade cross section (4D) by double, various energy to inject superheated steam injection temperature close to combustion gas injection temperature Preservation cycle union agency.   Various kinds of energy that superheated steam is heated several times by combustion gas with the selected water jet (79 V) by providing metal sphere mercury gravity drive turbine blade section (4D) by 3 times and various energy to inject superheated steam injection temperature close to combustion gas injection temperature Preservation cycle union agency.   A variety of energies are used to inject superheated steam several times with superheated steam by combustion gas with a selected water jet (79 V) by providing a metal sphere mercury gravity driven turbine blade cross section (4D) four times, and bringing the superheated steam injection temperature close to the combustion gas injection temperature Preservation cycle union agency.   A variety of energies are used to inject superheated steam several times with superheated steam by combustion gas with a selected water jet (79 V) with metal sphere mercury gravity driven turbine blade cross section (4D) provided 5 times and various energies to bring superheated steam injection temperature close to combustion gas injection temperature Preservation cycle union agency.   A variety of energies are used to inject superheated steam several times by using combustion gas with a selected water jet (79 V) with a metal sphere mercury gravity driven turbine blade cross section (4D) provided six times, with the energy of superheated steam injection close to the combustion gas injection temperature Preservation cycle union agency.   A variety of energies are used to inject superheated steam several times by using combustion gas with a selected water jet (79 V) with metal sphere mercury gravity driven turbine blade cross section (4D) provided 7 times and various energy to inject superheated steam injection temperature close to combustion gas injection temperature Preservation cycle union agency.   A variety of energies are used to inject superheated steam several times by using a combustion gas with a selected water jet (79 V) with a metal sphere mercury gravity driven turbine blade cross section (4D) provided eight times, with the superheated steam injection temperature close to the combustion gas injection temperature Preservation cycle union agency.   Various energies of superheated steam heated several times by combustion gas with a selected water jet (79 V) with metal sphere mercury gravity driven turbine blade cross section (4D) set to 9 times Various energy to inject superheated steam injection temperature close to combustion gas injection temperature Preservation cycle union agency.   A variety of energies are used to inject superheated steam several times with superheated steam by combustion gas with a selected water jet (79 V) with metal sphere mercury gravity driven turbine blade cross section (4D) provided 10 times and various energies to bring superheated steam injection temperature close to combustion gas injection temperature Preservation cycle union agency.   A variety of energies are used to inject superheated steam several times by using a combustion gas with a selected water jet (79 V) with a metal sphere mercury gravity driven turbine blade cross section (4D) set at 11 times, with the superheated steam injection temperature close to the combustion gas injection temperature Preservation cycle union agency.   A variety of energies are used to inject superheated steam several times by using combustion gas with a selected water jet (79 V) with metal sphere mercury gravity driven turbine blade cross section (4D) set 12 times, with the superheated steam injection temperature close to the combustion gas injection temperature Preservation cycle union agency.   Various energies of superheated steam heated several times by combustion gas with a selected water jet (79 V) with metal sphere mercury gravity driven turbine blade cross section (4D) 13 times and various energies of injecting superheated steam injection temperature close to combustion gas injection temperature Preservation cycle union agency.   A variety of energies are used to inject superheated steam several times with superheated steam by combustion gas with a selected water jet (79 V) by providing a metal sphere mercury gravity driven turbine blade cross section (4D) 14 times and variously injecting the superheated steam injection temperature close to the combustion gas injection temperature Preservation cycle union agency.   A variety of energies are used to inject superheated steam several times by using a combustion gas with a selected water jet (79 V) with metal sphere mercury gravity driven turbine blade cross section (4D) set 15 times and variously inject superheated steam injection temperature close to combustion gas injection temperature Preservation cycle union agency.   A variety of energies are used to inject superheated steam several times by using a combustion gas with a selected water jet (79 V) with metal sphere mercury gravity driven turbine blade cross section (4D) 16 times and various injection energy of superheated steam close to combustion gas injection temperature Preservation cycle union agency.   A variety of energies are used to inject superheated steam several times by using a combustion gas with a selected water jet (79 V) with metal sphere mercury gravity driven turbine blade cross section (4D) provided 17 times and various energy to inject superheated steam injection temperature close to combustion gas injection temperature Preservation cycle union agency.   A variety of energies are used to inject superheated steam several times by using combustion gas with a selected water jet (79 V) with metal sphere mercury gravity driven turbine blade cross section (4D) set 18 times and various energy of superheated steam injection temperature close to combustion gas injection temperature Preservation cycle union agency.   Various energies of superheated steam heated several times by combustion gas with a selected water jet (79 V) with metal sphere mercury gravity driven turbine blade cross section (4D) 19 times and various energies of injecting superheated steam injection temperature close to combustion gas injection temperature Preservation cycle union agency.   A variety of energies are used to inject superheated steam several times by using combustion gas with a selected water jet (79 V) with metal sphere mercury gravity driven turbine blade cross section (4D) set 20 times, with the superheated steam injection temperature close to the combustion gas injection temperature Preservation cycle union agency.   A variety of energies are used to inject superheated steam several times with superheated steam by combustion gas with a selected water jet (79 V) by providing a metal sphere mercury gravity driven turbine blade section (4D) 21 times and various energies to inject the superheated steam injection temperature close to the combustion gas injection temperature Preservation cycle union agency.   A variety of energies are used to inject superheated steam several times with superheated steam by combustion gas with a selected water jet (79 V) by providing a metal sphere mercury gravity driven turbine blade cross section (4D) 22 times and variously injecting the superheated steam injection temperature close to the combustion gas injection temperature Preservation cycle union agency.   A variety of energies are used to inject superheated steam several times by using a combustion gas with a selected water jet (79 V) provided with a metal sphere mercury gravity driven turbine blade section (4D) 23 times, and bringing the superheated steam injection temperature close to the combustion gas injection temperature Preservation cycle union agency.   A variety of energies are used to inject superheated steam several times by using combustion gas with the selected water jet (79 V) with metal sphere mercury gravity driven turbine blade cross section (4D) set at 24 times, and bringing the superheated steam injection temperature close to the combustion gas injection temperature Preservation cycle union agency.   A variety of energies are used to inject superheated steam several times with superheated steam by combustion gas with a selected water jet (79 V) by providing metal sphere mercury gravity drive turbine blade section (4E) 25 times and various energy to inject superheated steam injection temperature close to combustion gas injection temperature Preservation cycle union agency.   Various energies of superheated steam heated several times by combustion gas with a selected water jet (79 V) with metal sphere mercury gravity driven turbine blade cross section (4E) doubled Various energies for injecting superheated steam injection temperature close to combustion gas injection temperature Preservation cycle union agency.   Various kinds of energy that superheated steam is heated several times by combustion gas with the selected water jet (79 V) by providing metal sphere mercury gravity drive turbine blade section (4E) by 3 times and various energy to inject superheated steam injection temperature close to combustion gas injection temperature Preservation cycle union agency.   A variety of energies are used to inject superheated steam several times with superheated steam by combustion gas with a selected water jet (79 V) by quadrupling metal sphere mercury gravity driven turbine blade cross section (4E) 4 times various energy for injecting superheated steam injection temperature close to combustion gas injection temperature Preservation cycle union agency.   A variety of energies are used to inject superheated steam several times by using a combustion gas with a selected water jet (79 V) with metal sphere mercury gravity driven turbine blade cross section (4E) set to 5 times, and to inject the superheated steam injection temperature close to the combustion gas injection temperature Preservation cycle union agency.   A variety of energies are used to inject superheated steam several times with superheated steam by combustion gas with a selected water jet (79 V) by providing metal sphere mercury gravity drive turbine blade section (4E) by 6 times various energy to inject superheated steam injection temperature close to combustion gas injection temperature Preservation cycle union agency.   A variety of energies are used to inject superheated steam several times by using combustion gas with a selected water jet (79 V) with metal sphere mercury gravity driven turbine blade cross section (4E) provided 7 times and various energy to inject superheated steam injection temperature close to combustion gas injection temperature Preservation cycle union agency.   A variety of energies are used to inject superheated steam several times with superheated steam by combustion gas with a selected water jet (79 V) by providing metal sphere mercury gravity drive turbine blade section (4E) by 8 times and various energy to inject superheated steam injection temperature close to combustion gas injection temperature Preservation cycle union agency.   Various energies of superheated steam heated several times by combustion gas with a selected water jet (79 V) by providing metal sphere mercury gravity drive turbine blade section (4E) by 9 times Various energy to inject superheated steam injection temperature close to combustion gas injection temperature Preservation cycle union agency.   A variety of energies are used to inject superheated steam several times with superheated steam by combustion gas with a selected water jet (79 V) with metal sphere mercury gravity driven turbine blade cross section (4E) set 10 times and various energies to bring superheated steam injection temperature close to combustion gas injection temperature Preservation cycle union agency.   A variety of energies are used to inject superheated steam several times by using a combustion gas with a selected water jet (79 V) with a metal sphere mercury gravity driven turbine blade section (4E) set at 11 times, and bringing the superheated steam injection temperature close to the combustion gas injection temperature Preservation cycle union agency.   Various energies of superheated steam heated several times by combustion gas with a selected water jet (79 V) with metal sphere mercury gravity driven turbine blade cross section (4E) 12 times selected Various energy to inject superheated steam injection temperature close to combustion gas injection temperature Preservation cycle union agency.   A variety of energies are used to inject superheated steam several times with superheated steam by combustion gas with a selected water jet (79 V) by providing a metal sphere mercury gravity driven turbine blade section (4E) 13 times and variously injecting the superheated steam injection temperature close to the combustion gas injection temperature Preservation cycle union agency.   A variety of energies are used to inject superheated steam several times with superheated steam by combustion gas with a selected water jet (79 V) by providing metal sphere mercury gravity driven turbine blade section (4E) 14 times and variously injecting superheated steam injection temperature close to combustion gas injection temperature Preservation cycle union agency.   A variety of energies are used to inject superheated steam several times with superheated steam by combustion gas with a selected water jet (79 V) with metal sphere mercury gravity driven turbine blade cross section (4E) set 15 times and various energies to bring superheated steam injection temperature close to combustion gas injection temperature Preservation cycle union agency.   A variety of energies are used to inject superheated steam several times by using a combustion gas with a selected water jet (79 V) with metal sphere mercury gravity driven turbine blade cross section (4E) set 16 times and various energy to inject superheated steam injection temperature close to combustion gas injection temperature Preservation cycle union agency.   A variety of energies are used to inject superheated steam several times by using a combustion gas with a selected water jet (79 V) with a metal sphere mercury gravity driven turbine blade section (4E) provided 17 times and various energy for injecting superheated steam injection temperature close to the combustion gas injection temperature Preservation cycle union agency.   A variety of energies are used to inject superheated steam several times by using combustion gas with a selected water jet (79 V) with metal sphere mercury gravity driven turbine blade cross section (4E) set 18 times and various energies to inject superheated steam injection temperature close to combustion gas injection temperature Preservation cycle union agency.   Various energies of superheated steam heated several times by combustion gas with a selected water jet (79 V) with metal sphere mercury gravity driven turbine blade cross section (4E) set 19 times and various energy to inject superheated steam injection temperature close to combustion gas injection temperature Preservation cycle union agency.   A variety of energies are used to inject superheated steam several times by using a combustion gas with a selected water jet (79 V) with a metal sphere mercury gravity driven turbine blade section (4E) provided 20 times and various energy for injecting superheated steam injection temperature close to the combustion gas injection temperature Preservation cycle union agency.   A variety of energies are used to inject superheated steam several times with superheated steam by combustion gas with a selected water jet (79 V) by providing a metal sphere mercury gravity driven turbine blade section (4E) 21 times, various energies to bring the superheated steam injection temperature close to the combustion gas injection temperature Preservation cycle union agency.   A variety of energies are used to inject superheated steam several times with superheated steam by combustion gas with a selected water jet (79 V) by providing a metal sphere mercury gravity driven turbine blade cross section (4E) 22 times and variously injecting the superheated steam injection temperature close to the combustion gas injection temperature Preservation cycle union agency.   A variety of energies are used to inject superheated steam several times with superheated steam by combustion gas with a selected water jet (79 V) by providing metal sphere mercury gravity drive turbine blade section (4E) 23 times and various energies to bring superheated steam injection temperature close to combustion gas injection temperature Preservation cycle union agency.   A variety of energies are used to inject superheated steam several times with superheated steam by combustion gas with a selected water jet (79 V) by providing metal sphere mercury gravity drive turbine blade section (4E) 24 times and variously injecting superheated steam injection temperature close to combustion gas injection temperature Preservation cycle union agency.   A variety of energies are used to inject superheated steam several times by using combustion gas with a selected water jet (79 V) with metal sphere mercury gravity driven turbine blade cross section (4F) 25 times selected Various injection energy of superheated steam close to combustion gas injection temperature Preservation cycle union agency.   Various kinds of energy that superheated steam is heated several times by combustion gas with a selected water jet (79 V) by providing metal sphere mercury gravity drive turbine blade cross section (4F) by 2 times and various energy to inject superheated steam injection temperature close to combustion gas injection temperature Preservation cycle union agency.   Various kinds of energy that superheated steam is heated several times by combustion gas with the selected water jet (79 V) by providing metal sphere mercury gravity drive turbine blade section (4F) by 3 times and various energy to inject superheated steam injection temperature close to combustion gas injection temperature Preservation cycle union agency.   A variety of energies are used to inject superheated steam several times with superheated steam by combustion gas with a selected water jet (79 V) with metal sphere mercury gravity driven turbine blade cross section (4F) quadrupled 4 times and superheated steam injection temperature close to combustion gas injection temperature Preservation cycle union agency.   A variety of energies are used to inject superheated steam several times by using combustion gas with a selected water jet (79 V) with metal sphere mercury gravity driven turbine blade cross section (4F) set to 5 times, and to inject superheated steam injection temperature close to combustion gas injection temperature Preservation cycle union agency.   Various energies of superheated steam heated several times by combustion gas with a selected water jet (79 V) by providing metal sphere mercury gravity drive turbine blade section (4F) by 6 times various energies for injecting superheated steam injection temperature close to combustion gas injection temperature Preservation cycle union agency.   A variety of energies are used to inject superheated steam several times by using combustion gas with a selected water jet (79 V) with metal sphere mercury gravity driven turbine blade cross section (4F) provided 7 times and various energy to inject superheated steam injection temperature close to combustion gas injection temperature Preservation cycle union agency.   A variety of energies are used to inject superheated steam several times with superheated steam by combustion gas with a selected water jet (79 V) by providing metal sphere mercury gravity drive turbine blade section (4F) 8 times and various energies to bring superheated steam injection temperature close to combustion gas injection temperature Preservation cycle union agency.   Various energies of superheated steam heated several times by combustion gas with a selected water jet (79 V) by providing metal sphere mercury gravity drive turbine blade section (4F) by 9 times Various energy to inject superheated steam injection temperature close to combustion gas injection temperature Preservation cycle union agency.   Various energies of superheated steam heated several times by combustion gas with a selected water jet (79 V) with metal sphere mercury gravity driven turbine blade cross section (4F) set 10 times Various energy to inject superheated steam injection temperature close to combustion gas injection temperature Preservation cycle union agency.   A variety of energies are used to inject superheated steam several times by using a combustion gas with a selected water jet (79 V) with a metal sphere mercury gravity driven turbine blade cross section (4F) set at 11 times, and bringing the superheated steam injection temperature close to the combustion gas injection temperature Preservation cycle union agency.   A variety of energies are used to inject superheated steam several times by using combustion gas with a selected water jet (79 V) with metal sphere mercury gravity driven turbine blade cross section (4F) 12 times selected Various injection energy of superheated steam close to combustion gas injection temperature Preservation cycle union agency.   A variety of energies are used to inject superheated steam several times by using a combustion gas with a selected water jet (79 V) with metal sphere mercury gravity driven turbine blade cross section (4F) 13 times selected to bring the superheated steam injection temperature close to the combustion gas injection temperature Preservation cycle union agency.   A variety of energies are used to inject superheated steam several times with superheated steam by combustion gas with a selected water jet (79 V) with metal sphere mercury gravity driven turbine blade cross section (4F) 14 times and various energies to inject superheated steam injection temperature close to combustion gas injection temperature Preservation cycle union agency.   A variety of energies are used to inject superheated steam several times by using a combustion gas with a selected water jet (79 V) with metal sphere mercury gravity driven turbine blade cross section (4F) set at 15 times and multiple injection temperatures of superheated steam close to the combustion gas injection temperature Preservation cycle union agency.   A variety of energies are used to inject superheated steam several times by using a combustion gas with a selected water jet (79 V) with metal sphere mercury gravity driven turbine blade cross section (4F) 16 times and various injection energy of superheated steam close to combustion gas injection temperature Preservation cycle union agency.   A variety of energies are used to inject superheated steam several times by using combustion gas with a selected water jet (79 V) with metal sphere mercury gravity driven turbine blade cross section (4F) 17 times and various energy to inject superheated steam injection temperature close to combustion gas injection temperature Preservation cycle union agency.   A variety of energies are used to inject superheated steam several times by using combustion gas with the selected water jet (79 V) with metal sphere mercury gravity driven turbine blade cross section (4F) set 18 times and various energy of superheated steam injection temperature close to combustion gas injection temperature Preservation cycle union agency.   Various energies of superheated steam heated several times by combustion gas with a selected water jet (79 V) with metal sphere mercury gravity driven turbine blade cross section (4F) set 19 times, various energy for injecting superheated steam injection temperature close to combustion gas injection temperature Preservation cycle union agency.   A variety of energies are used to inject superheated steam several times with superheated steam by combustion gas with a selected water jet (79 V) with metal sphere mercury gravity driven turbine blade cross section (4F) set 20 times and various energies to bring superheated steam injection temperature close to combustion gas injection temperature Preservation cycle union agency.   A variety of energies are used to inject superheated steam several times by using a combustion gas with a selected water jet (79 V) by providing a metal sphere mercury gravity driven turbine blade section (4F) by 21 times and injecting the superheated steam injection temperature close to the combustion gas injection temperature Preservation cycle union agency.   A variety of energies are used to inject superheated steam several times with superheated steam by combustion gas with a selected water jet (79 V) by providing a metal sphere mercury gravity driven turbine blade cross section (4F) 22 times and variously injecting the superheated steam injection temperature close to the combustion gas injection temperature Preservation cycle union agency.   Various energies of superheated steam heated several times by combustion gas with a selected water jet (79 V) with metal sphere mercury gravity driven turbine blade cross section (4F) 23 times selected Various energy to inject superheated steam injection temperature close to combustion gas injection temperature Preservation cycle union agency.   A variety of energies are used to inject superheated steam several times with superheated steam by combustion gas with a selected water jet (79 V) by providing metal sphere mercury gravity drive turbine blade section (4F) 24 times and variously inject superheated steam injection temperature close to combustion gas injection temperature Preservation cycle union agency.   Metal-spherical mercury gravity turbine driven heat pump solar-heated air is suctioned and compressed to a high temperature, compressed heat recovery device (2C) recovers heat with another solar-heated air, heat pump sucks, compresses and recovers heat Various energy storage cycle combined engines producing superheated steam propellant + compressed air oxidant.