JP2017201152A - Buoyancy power generator - Google Patents

Buoyancy power generator Download PDF

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Publication number
JP2017201152A
JP2017201152A JP2016092997A JP2016092997A JP2017201152A JP 2017201152 A JP2017201152 A JP 2017201152A JP 2016092997 A JP2016092997 A JP 2016092997A JP 2016092997 A JP2016092997 A JP 2016092997A JP 2017201152 A JP2017201152 A JP 2017201152A
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water
buoyancy
power
water tank
barrel
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JP2016092997A
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Japanese (ja)
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弘次 須山
Koji Suyama
弘次 須山
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Abstract

PROBLEM TO BE SOLVED: To resolve endless argument that power generation never happens because conventional generating power and consuming power are identical to each other.SOLUTION: A buoyancy power generator is configured to prepare a water tank; put a water turbine into the water tank, the water turbine connected to a barrel for generating buoyancy; and circulate the water turbine to generate power. In order to effectively and usefully operate buoyancy power generation, a water level of the water tank is set high. When the water level is set high, water pressure occurs. As means against water pressure of injection gas, force of gas evaporation, combustion or boiling is used. In order to maintain the force, the barrel for buoyancy is sealed to maintain its volume. Also, when the force of boiling is used, the whole water tank is made into a heat insulation facility such as a pot, for efficiency of evaporation.SELECTED DRAWING: None

Description

浮力を使った発電機に関するものである。 It relates to a generator using buoyancy.

従来よりその存在については知られていたが、十分完成された仕組みでないために水掛け論に終わるものであった。本発明は完成された仕組みで十分な発電力をもたらすとともに資源を要さない、または少量の資源のみ使用の永久発電であるため環境にも影響せず、また安価で地球上どこでも発電できる仕組みであるといえる。 Its existence has been known for a long time, but it ended with a watering theory because it was not a fully completed mechanism. The present invention is a completed mechanism that generates sufficient power and does not require resources, or is a permanent power generation that uses only a small amount of resources, so it does not affect the environment, and it can generate electricity anywhere on the earth at low cost. It can be said that there is.

水槽を作り、その中に浮力を発生させる樽を連結させた水車をいれ、循環させて発電するというものである。
以下の方法により水槽内の水に対する水圧対抗措置されるため、水車の高さが確保され効率的な發出が可能となる。
本発明は水中における気体の浮力を利用した発電であり。
発生力とその装置循環にかかる消費力が貸借的に大きくプラスになるため永久発電といえる。
重力のもたらす力、及びそこからくる大気圧、水圧が力の源泉であり、物の比重を使った無限の力を持つ機関といえる。
A water tank is made, and a water wheel connected with a barrel that generates buoyancy is put in it, and it is circulated to generate electricity.
Since the water pressure countermeasures against the water in the water tank are taken by the following method, the height of the water turbine is secured and efficient dredging becomes possible.
The present invention is power generation utilizing the buoyancy of gas in water.
It can be said that it is a permanent power generation because the generating power and the consumption power related to the circulation of the equipment greatly increase in terms of lending.
The force that gravity brings, and the atmospheric pressure and water pressure coming from it are the source of power, and it can be said that the engine has infinite power using the specific gravity of things.

従来の発生する力と消費する力がほぼ同じ力でなんら発電力をもたらさない水掛け論を下記の仕組みで解消。
The following mechanism eliminates the conventional watering theory that generates and consumes almost the same power that is generated and consumed.

1.水による水槽とガスの気化による方法
・二酸化炭素等の液体ガスを気化させる、そして気化した時の気圧で水圧に対抗し 樽のスペースを確保し樽に蓋をして樽のスペースを確保維持する。
・浮力樽で水車回す。
・回る水車の力で発電する。
気化熱による氷結防ぐために気化器やガス噴出孔、水槽の水温などの管理が必要である。
樽は機密式にして必要なスペースの確保を気圧によって得た後、密閉し浮力を維持する。上方において開放、折り畳み沈降時の水抵抗に備える。
2.水槽と水の沸騰による水蒸気を樽に取り込む方法、そして液体ガスの水槽で同じガスまたはその他のガスを気化させて樽のスペースを確保維持する方法。
全体の水溶液を沸点に近い温度状態で保温し、気化しやすい状態にする。
下部または樽の中においてヒーターにより水溶液を気化させる。
気化した気泡を取り込み樽のスペースを確保維持し浮力を作る。上部で樽をたたんで再循環させる。
全体を魔法瓶のようなもので保温する。
樽は機密式にして必要なスペースの確保を気圧によって得た後、密閉し浮力を維持する。上方において開放、折り畳み沈降時の水抵抗に備える。
3.液化ガスを燃焼させて樽内の体積を得る方法。
例えばLPGと酸素を燃焼させ、発生した気圧により水槽下部の水圧に対抗する。
樽にガスか空気、水蒸気を送り込み密閉する。樽は機密式にして必要なスペースの確保を気圧によって得た後、密閉し浮力を維持する。上方において開放、折り畳み沈降時の水抵抗に備える。
てスペースを確保維持し浮力を得る。
この場合は気化熱奪われないので保温の必要がない。
1.Water tank and gas vaporization method ・ Vaporizes liquid gas such as carbon dioxide, and counteracts water pressure with the atmospheric pressure at the time of vaporization to secure barrel space and cover barrel to secure barrel space maintain.
・ Turn the wheel in a buoyancy barrel.
・ Power is generated with the power of a rotating turbine.
In order to prevent icing due to heat of vaporization, it is necessary to manage the vaporizer, gas outlet, and water temperature of the water tank.
The barrel is kept secret, and the necessary space is secured by air pressure, and then sealed to maintain buoyancy. In the upper part, it is opened and folds to prepare for water resistance during settling.
2. A method of taking water vapor from the water tank and boiling water into the barrel, and a method of securing and maintaining the space of the barrel by vaporizing the same gas or other gas in the liquid gas water tank.
Keep the entire aqueous solution at a temperature close to the boiling point to make it easy to vaporize.
The aqueous solution is vaporized by a heater in the lower part or in the barrel.
Capturing vaporized bubbles to maintain and maintain barrel space to create buoyancy. Fold the barrel at the top and recirculate.
Keep the whole thing like a thermos.
The barrel is kept secret, and the necessary space is secured by air pressure, and then sealed to maintain buoyancy. In the upper part, it is opened and folds to prepare for water resistance during settling.
3. A method of obtaining volume in a barrel by burning liquefied gas.
For example, LPG and oxygen are burned, and the generated air pressure counters the water pressure at the bottom of the water tank.
Gas, air or water vapor is fed into the barrel and sealed. The barrel is kept secret, and the necessary space is secured by air pressure, and then sealed to maintain buoyancy. In the upper part, it is opened and folds to prepare for water resistance during settling.
The space is secured and buoyancy is obtained.
In this case, there is no need for heat insulation because the heat of vaporization is not lost.

消費する力よりも発生する力のほうが大幅に大きいために永久発電施設として効果がある。
安価で燃料費がかからず環境にも影響しないために現代の発電システムとして理想的である。
Since the generated power is much larger than the consumed power, it is effective as a permanent power generation facility.
It is ideal as a modern power generation system because it is inexpensive, does not cost fuel, and does not affect the environment.

水槽概図Aquarium schematic 樽概図Barrel outline

Claims (1)

浮力発電を効果的かつ有用に運用するために、水槽の水かさを高く設定する。水かさを高くすると水圧が生じる。注入ガスの水圧対抗としての手段としてガスの気化、燃焼、沸騰の力を使う。またその力の維持のため、浮力体樽の密閉化を図り体積の維持を図る。また、沸騰による力を使う際は気化の効率化のため水槽全体をポットのような保温施設にして効率化を図る。 In order to operate buoyancy power generation effectively and usefully, the water tank is set high. Increasing the water mass creates water pressure. Gas vaporization, combustion, and boiling power are used as a means to counter the water pressure of the injected gas. In order to maintain the force, the buoyancy body barrel is sealed to maintain the volume. In addition, when using the force of boiling, the entire water tank is made to be a heat-retaining facility like a pot in order to improve the efficiency of vaporization.
JP2016092997A 2016-05-06 2016-05-06 Buoyancy power generator Pending JP2017201152A (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
JP2016092997A JP2017201152A (en) 2016-05-06 2016-05-06 Buoyancy power generator

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
JP2016092997A JP2017201152A (en) 2016-05-06 2016-05-06 Buoyancy power generator

Publications (1)

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JP2017201152A true JP2017201152A (en) 2017-11-09

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JP2016092997A Pending JP2017201152A (en) 2016-05-06 2016-05-06 Buoyancy power generator

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Citations (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS53115429A (en) * 1977-03-16 1978-10-07 Yosuke Kimura Method of buoyancy erectric generator
JP2000130311A (en) * 1998-10-27 2000-05-12 Kokudo Sogo Kensetsu Kk Energy generating method and device utilizing buoyancy
JP2010275936A (en) * 2009-05-07 2010-12-09 Hisao Omomo Power system utilizing buoyancy

Patent Citations (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS53115429A (en) * 1977-03-16 1978-10-07 Yosuke Kimura Method of buoyancy erectric generator
JP2000130311A (en) * 1998-10-27 2000-05-12 Kokudo Sogo Kensetsu Kk Energy generating method and device utilizing buoyancy
JP2010275936A (en) * 2009-05-07 2010-12-09 Hisao Omomo Power system utilizing buoyancy

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