JP3172590U - All-weather fuelless gravity generator - Google Patents

All-weather fuelless gravity generator Download PDF

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JP3172590U
JP3172590U JP2011005156U JP2011005156U JP3172590U JP 3172590 U JP3172590 U JP 3172590U JP 2011005156 U JP2011005156 U JP 2011005156U JP 2011005156 U JP2011005156 U JP 2011005156U JP 3172590 U JP3172590 U JP 3172590U
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hydraulic
power generation
power
oil
pressure
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實 寒河江
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實 寒河江
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Abstract

【課題】発電の動力源を自然界に存在する重力を応用した重力発電装置を提供する。
【解決手段】密封された油圧タンクであるシリンダー２に荷台でもあるピストン１で油圧をつくり、配管で外部の油圧発電装置に油送して発電し、排出された作動油を油圧アキュムレータ６や油圧ポンプ５又はてこ式油圧ジャッキ３等でピストン部を一時押し上げて減圧してから油圧タンクに戻す又は補充油を注油する循環装置である。燃料や水力・火力・風力・光・立地条件を必要とせず、小型の小規模需要から超大型の大規模需要の発電装置が作れ、大型重力発電装置の連結により大容量電力をつくることも可能である。
【選択図】図１The present invention provides a gravity power generation apparatus using gravity existing in nature as a power source for power generation.
SOLUTION: A cylinder 2 which is a sealed hydraulic tank generates hydraulic pressure with a piston 1 which is also a loading platform, and oil is sent to an external hydraulic power generation device through a pipe to generate electric power, and discharged hydraulic oil is supplied to a hydraulic accumulator 6 or hydraulic pressure. This is a circulating device that temporarily pushes up the piston portion with the pump 5 or the lever-type hydraulic jack 3 to reduce the pressure and then returns it to the hydraulic tank or injects supplementary oil. No need for fuel, hydropower, thermal power, wind power, light, or site conditions, power generation equipment for ultra-large-scale demand can be made from small-scale small-scale demand, and large-capacity power generation equipment can be connected to create large-capacity power It is.
[Selection] Figure 1

Description

本考案は、日本の置かれている電力事情の立場を憂慮して、その解決策の一端として、発電の動力源を自然界に存在する重力を応用した重力発電装置である。  The present invention is a gravitational power generation device that applies gravity existing in nature as a power source for power generation as a part of the solution in consideration of the position of power situation in Japan.

現在の電力は水・火・風・光・動力・原子力発電などがありますが、いずれも、建設費や燃料費が莫大で、又、この度の原発事故で大変な被害を広域にもたらしている。  Current power includes water, fire, wind, light, power, nuclear power generation, etc., but all of them have huge construction costs and fuel costs, and the nuclear power plant accident caused widespread damage in a wide area.

ニュウトンの万有引力・パスカルの原理を参考にした。  We referred to Newton's principle of universal gravitation and Pascal.

再生可能自然エネルギーの開発を解決するため。  To solve the development of renewable natural energy.

重力と油圧を応用した。  Applied gravity and hydraulic pressure.

小型でも大型でも製作可能で、大型装置の連結で大規模な発電力も可能である。又建設費が従来のものより少なく立地条件を問わない。  Small and large can be manufactured, and large-scale power generation is possible by connecting large devices. Also, the construction cost is lower than the conventional one, and the location conditions are not questioned.

油タンクを兼ねたシリンダーの中の油に荷台を兼ねたピストンで油圧を作り、配管で外部の油圧発電装置に送油して発電し、排出された作動油は同じ外部の油圧アキュムレータ（蓄圧器）を通じて油圧タンクであるシリンダーに戻す、その際、荷台ピストンは梃子式ジャッキで押し上げ減圧の上で注油する循環装置循環装置の構造である。  The oil in the cylinder that also serves as the oil tank creates hydraulic pressure with the piston that also serves as the loading platform, sends the oil to the external hydraulic power generator through the piping, generates electricity, and the discharged hydraulic oil is the same external hydraulic accumulator (accumulator) In this case, the loading platform piston is pushed up by a lever-type jack and lubricated after depressurization. 図１の側面図である。  It is a side view of FIG.

密封された油圧タンクであるシリンダーに荷台でもあるピストンで油圧をつくり、配管で外部の油圧発電装置に油送して発電し、排出された作動油を油圧アキュムレータや油圧ポンプ又はてこ式油圧ジャッキ等でピストン部を一時押し上げて減圧してから油圧タンクに戻す又は補充油を注油する循環装置である。  Hydraulic pressure is generated by a cylinder that is a sealed hydraulic tank with a piston that is also a loading platform, oil is sent to an external hydraulic power generation device by piping, and the discharged hydraulic oil is generated by a hydraulic accumulator, hydraulic pump, lever hydraulic jack, etc. In the circulation device, the piston is temporarily pushed up to reduce the pressure and then returned to the hydraulic tank, or the replenishment oil is injected.

燃料や水力・火力・風力・光・立地条件を必要とせず、小型の小規模需要から超大型の大規模需要の発電装置が作れ、大型重力発電装置の連結により大容量電力をつくることも可能である。  No need for fuel, hydropower, thermal power, wind power, light, or site conditions, power generation equipment for ultra-large-scale demand can be made from small-scale small-scale demand, and large-capacity power generation equipment can be connected to create large-capacity power It is.

１ 重量物荷台タンク兼ピストン
２ 油圧タンク兼シリンダー
３ 油圧減圧用梃子式油圧ジャッキ
４ 作動油貯蔵タンク
５ 注油油圧ポンプ
６ 油圧アキュムレータ
７ 油圧発電機又は油圧ピストン・油圧タービン等による発電機
８ 排出された作動油の蓄圧器である油圧アキュムレータ
９ 送油変換弁
１０ バッテリー
１１ 梃子式油圧ジャッキへの注油油圧ポンプ
１２ 配管
１３ 送電線
１４ 荷台兼ピストンの鍔（つば）
１５ ストッパー兼梃子式油圧ジャッキの台DESCRIPTION OF SYMBOLS 1 Heavy load tank tank / piston 2 Hydraulic tank / cylinder 3 Hydraulic pressure reduction insulator hydraulic jack 4 Hydraulic oil storage tank 5 Lubrication hydraulic pump 6 Hydraulic accumulator 7 Hydraulic generator or generator by hydraulic piston / hydraulic turbine, etc. 8 discharged Hydraulic accumulator that is a hydraulic oil accumulator 9 Oil feed conversion valve 10 Battery 11 Lubricating hydraulic pump 12 to lever type hydraulic jack 12 Pipe 13 Transmission line 14 Bed and piston collar
15 Stopper and lever type hydraulic jack stand

油タンクを兼ねたシリンダーの中の油に重量物を積んだ荷台を兼ねたピストンで圧油を作り、配管で発電用油圧アキュムレータ（蓄圧器）に送油して作動油とし、更に油圧アクチュエータ（油圧モーター）で流体運動を回転運動に換えて発電機を駆動する。排出された作動油は次に排出用の油圧アキュムレータを通じて発電用油圧アキュムレータに戻し循環させる。この時、自動制御弁で這入りきりない作動油は油タンクに戻す。油タンクを兼ねたシリンダーの油量が少なくなった場合は油タンクより補充するが、その際、荷台ピストンは梃子と油圧シリンダーで押し上げて、圧油タンクの油圧を下げた状態で注油する。The oil in the cylinder that also serves as the oil tank is used to create pressure oil with the piston that also serves as the loading platform, and the oil is sent to the hydraulic accumulator (pressure accumulator) for power generation by piping. The generator is driven by changing the fluid motion to rotary motion using a hydraulic motor. The discharged hydraulic oil is then circulated back to the generating hydraulic accumulator through the discharging hydraulic accumulator. At this time, the hydraulic oil that cannot be filled with the automatic control valve is returned to the oil tank. When the amount of oil in the cylinder that also serves as the oil tank decreases, it is replenished from the oil tank. At that time, the loading platform piston is pushed up by the insulator and the hydraulic cylinder, and lubrication is performed with the hydraulic pressure of the pressure oil tank lowered. 複数の装置を連結した場合のイメージである。It is an image when a plurality of devices are connected.

１ 圧油タンク兼シリンダー
２ 重量物荷台タンク兼ピストン
３ シリンダー・ケース
４ 重石コンクリート円盤
５ 油タンク
６ 梃子押しレバー
７ 返しレバー
８ 梃子支柱
９ バッテリー
１０ 送油ポンプ
１１ 梃子押し油圧シリンダー
１２ 油圧アキュムレータ（蓄圧器）
１３ 油圧アクチュエータ（油圧モーター）
１４ 発電機
１５ 配管
１６ 送電線DESCRIPTION OF SYMBOLS 1 Pressure oil tank / cylinder 2 Heavy load tank / piston 3 Cylinder case 4 Heavy stone concrete disk 5 Oil tank 6 Insulator push lever 7 Return lever 8 Insulator post 9 Battery 10 Oil supply pump 11 Insulator push hydraulic cylinder 12 Hydraulic accumulator (accumulation pressure) vessel)
13 Hydraulic actuator (hydraulic motor)
14 Generator 15 Piping 16 Transmission line

Claims (2)

重力を動力源とした発動機。  A motor powered by gravity. 重力を動力源とした発動機による発電システム。  A power generation system using an engine powered by gravity.
JP2011005156U 2011-08-18 2011-08-18 All-weather fuelless gravity generator Expired - Fee Related JP3172590U (en)

Priority Applications (1)

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JP3172590U true JP3172590U (en) 2012-01-05

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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
WO2018105150A1 (en) * 2016-12-08 2018-06-14 白井 正雄 Gravity-based power generation system

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
WO2018105150A1 (en) * 2016-12-08 2018-06-14 白井 正雄 Gravity-based power generation system

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