JP2013136958A - Attractive force power generator - Google Patents

Attractive force power generator Download PDF

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JP2013136958A
JP2013136958A JP2011287478A JP2011287478A JP2013136958A JP 2013136958 A JP2013136958 A JP 2013136958A JP 2011287478 A JP2011287478 A JP 2011287478A JP 2011287478 A JP2011287478 A JP 2011287478A JP 2013136958 A JP2013136958 A JP 2013136958A
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power generation
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Tomohisa Nagano
朝久 長野
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Abstract

PROBLEM TO BE SOLVED: To develop a power generator and the like capable of converting into power generation energy attractive force energy of a power generation motor body being a power generation capsule falling as a weight in a generator by suspending to a high position in a ground part a power generation capsule having an attractive force power generation function of converting attractive force energy into electric energy while obtaining a small amount of power energy from another generator so as to fall at a low speed from the high position.SOLUTION: A power generation capsule is installed in a gondola, a hydraulic turbine or an elevator type rotary tower capable of suspending the same with a minimum amount of energy so that a power generation motor itself provided inside the power generation capsule falls as a weight either at the time of lifting the power generation capsule from the ground at a low speed or at the time of suspending and dropping the same at a low speed. Attractive force energy of the falling power generation motor is converted into rotational energy for enabling electric power generation by the power generation motor itself.

Description

本発明は電気を発生させる方法に引力エネルギーを最大限に利用して電気エネルギーを確保する発電方法で、電気を引力で発生させえる機能を有した発電カプセルと当該カプセルを高所に吊り上げ高所より吊り下げる回転機能を有した回転タワーとを一体化させた発電システムの装置による発電方法。 The present invention relates to a power generation method that secures electrical energy by utilizing attraction energy to a maximum extent in a method for generating electricity, and a power generation capsule having a function capable of generating electricity by attraction, and lifting the capsule at a high place A power generation method using an apparatus of a power generation system in which a rotating tower having a rotating function to be suspended is integrated.

現在世界中で行われている発電装置には、水力、火力、原子力、風力、太陽、地熱が主流で有り波動、重力、引力等の動力を用いた産業上の発電は殆んど普及していない。特に引力エネルギーだけで発電させようとする発電装置は皆無である。これまでの文献には引力を要する発電装置を特徴としているが、引用文献の引力は電磁石の引力であり地球粒体の引力を利用するものではない。 Currently, hydropower, thermal power, nuclear power, wind power, solar power, and geothermal power are the mainstream power generation equipment used around the world, and industrial power generation using power such as wave motion, gravity, and attractive force is almost widespread. Absent. In particular, there is no power generation device that attempts to generate power using only attractive energy. The literature so far has been characterized by a power generation device that requires attraction, but the attraction in the cited document is the attraction of an electromagnet and does not utilize the attraction of the earth particles.

特開2001−190059号公報Japanese Patent Laid-Open No. 2001-190059

従来の電力生産の主流は石油、石炭、ガス、原子力のエネルギーによる発電が主で此れらに変わる発電システムとして地球粒体の引力エネルギーを素直に電力生産システムに摂り入れ、現に地球大気の環境を破壊しつつ有る有害化学分子や原子が蔓延する地球を早急に1000年前の有害化学物質の無い地球環境に戻す事を目的に、現在注目される水力、ソーラー、風力発電エネルギーを補助動力源に用いて、引力のエネルギーを主な動力源とする発電システムを世界中に構築させる。補助動力の電力を1キロワット消費させる事で1万キロワットの電力を生み出す様な発電装置システムの構築を行う。本発明の引力発電装置の回転タワーを回転させる発電方法は単純素朴な理論に基づく機械装置で有りながら地球全域の電力供給を可能とさせ地球の資源を枯渇させること無く、悪化した地球の自然環境を救う事を課題とする。機械文明が持続する限り電気の使用量は増すばかりで有るが為に早急な環境に優しい発電装置が必要不可欠で有り永遠に尽きる事の無い引力エネルギーを利用した発電装置の開発が望まれる。 The mainstream of conventional power production is mainly power generation using oil, coal, gas, and nuclear energy. As a power generation system that changes to these, the gravitational energy of the earth's particles is directly taken into the power production system. Auxiliary power source for hydropower, solar and wind power generation currently attracting attention for the purpose of quickly returning the earth where harmful chemical molecules and atoms are spreading to the global environment without harmful chemical substances 1000 years ago Used to build power generation systems around the world that use gravitational energy as the main power source. We will construct a power generation system that generates 10,000 kilowatts of power by consuming 1 kilowatt of auxiliary power. The power generation method for rotating the rotating tower of the attractive power generation device of the present invention is a mechanical device based on a simple and simple theory, but enables the power supply of the entire earth, depleting the earth's resources, and deteriorating the natural environment of the earth The problem is to save. As long as the machine civilization lasts, the amount of electricity used will only increase, so an immediate and environmentally friendly power generation device is indispensable, and the development of a power generation device that uses attractive energy that will never run out is desired.

現在地球上で主に活動している地下資源を燃焼させる発電装置は公害物質を大量に発生させ地下資源の枯渇を伴い人類を滅ぼしかねない状況下にある。現在の化学や機械主体の文明社会を維持させ続けながら人類が健康な身体を育み平和な社会環境を永久に維持させていくには、環境を破壊しない電気エネルギーの確保が不可欠とされる。そこで本発明では環境に優しい発電システムとして引力エネルギーを動力源とする発電装置を世界中で運用する事を提案する。 The power generation equipment that burns underground resources, which are currently active mainly on the earth, is in a situation where it generates a large amount of pollutants and may destroy humans with the depletion of underground resources. In order to maintain the current chemical and mechanical civilized society and to maintain a peaceful social environment forever, it is essential to secure electrical energy that does not destroy the environment. Therefore, in the present invention, it is proposed to operate a power generation apparatus using attractive energy as a power source as an environment-friendly power generation system all over the world.

引力エネルギーを発生させるには引力で落下する重量物を動力を使用せずに出来る限り地上の高部に持ち上げるかが重要なポイントで本発明の引力発電装置を実用化させる鍵と成る。電気を発電可能とする発電装備を設計し、この発電装備を地上に最小限なエネルギーで引上げられる装置を構築する。この装置は引力エネルギーのみで発電する機能を有した機械構造の発電カプセルを、少しのエネルギーを用いて回転する水車式、エレベーター式のゴンドラを用いて地上高く吊り上げ、発電カプセルが吊りあげられる際にも吊り下げられる際に発電カプセル内の発電モーターが引力のみで回転し電気を発電する装置で、大型の発電カプセルを大量に複数連結させ大規模装置を確保しする事で大規模発電を可能とさせる。 In order to generate attractive energy, it is a key to put the attractive power generation device of the present invention into practical use in that it is important to lift a heavy object that falls due to attractive force as high as possible without using power. Design power generation equipment that can generate electricity, and build a device that can pull this power generation equipment to the ground with minimal energy. This device is used to lift a power generation capsule with a mechanical structure that generates electricity only by attractive energy, using a water turbine type or elevator type gondola that rotates with a little energy. This is a device that generates electricity by rotating the power generation motor in the power generation capsule only by attractive force when it is suspended. Large-scale power generation is possible by securing a large-scale device by connecting a large number of large-scale power generation capsules. Let

発電カプセルは円、角、菱形等の筒状を成し施設の規模に応じて出来る限り長い筒状で外部の風雨に影響されない構造形体とする。 The power generation capsule has a cylindrical shape such as a circle, a corner, or a rhombus, and has a cylindrical shape that is as long as possible according to the scale of the facility and is not affected by external wind and rain.

引力発電装置の発電カプセル内部機構は電気を発生させる発電モータを主体とし、発電カプセルの外部は発電カプセルの内部機材を安定的に固定させ、発電カプセル機材を風雨や鳥類や飛散障害物より保護させる目的と、カプセルを吊り上げ下げさせる回転ゴンドラに連結に固定確保させる為の支持金具をセットさせ強い衝撃に耐得る様に強度を要した鉄板、炭素繊維素材等でカプセル容器の形態を構成させる。 The power generation capsule internal mechanism of the gravitational power generator mainly consists of a power generation motor that generates electricity, and the power generation capsule externally stabilizes the power generation capsule internal equipment and protects the power generation capsule equipment from wind and rain, birds, and scattered obstacles. The shape of the capsule container is made up of a steel plate, a carbon fiber material, etc. that are strong enough to withstand a strong impact by setting a support metal fitting for securing the connection to a rotating gondola that lifts and lowers the capsule.

発電カプセル内における引力発生発電方法には二つのタイプを採用させる。一つのタイプは発電モータ自体が錘と成って落下する事で引力エネルギーを発生させ、落下する発電モーター自体が発生させた引力エネルギーが発電モーターを回転させ発電モーター自体が電気を発生させるタイプ。もう一つのタイプは発電カプセル内に錘と成る分銅を配し円運動が可能な吊りベルトで吊るした釣瓶式落下引力発生方法を用いて、落下する分銅の引力エネルギーをカプセル内に設置する単体又は複数の発電モ―タ―を回転稼働させ発電を可能とさせるタイプ。 Two types of attractive force generating power generation methods in the power generation capsule are adopted. One type is a type in which the generator motor itself forms a weight and generates attractive energy by dropping, and the attractive energy generated by the falling generator motor itself rotates the generator motor to generate electricity. The other type uses a fishing bottle type drop attraction method in which a weight serving as a weight is placed in a power generation capsule and hung by a suspension belt capable of circular movement, and the gravitational energy of the falling weight is installed in the capsule alone or A type that allows multiple power generation motors to rotate and generate power.

請求項1の発明は、引力のエネルギーのみで電気エネルギーを生産させる発電装置の全体構造を示す。円型等の筒状のカプセル内に引力エネルギーを回転エネルギーに変換し発電モーターを回転させ電気を発電生産させる構造体の発電カプセルの存在を指す。前記の発電カプセルが引力を発生させる機能が働く様に地上高所の位置まで吊り上げ可能なゴンドラが存在する事。ゴンドラを左右対象に縦割りにした場合に左右の重力が0対0に成る様に機械構成され回転はしない機構又は、回転する際に回転軸や作動機械部品等の構造物の摩擦や風圧の抵抗で回転スピード能力が低下してもスピードダウンする回転ゴンドラに対し回転可動させるには左右の一方に牽き廻す強い重力を加えなければ成らず永続的に発電させるには重力を発生させる補助動力を用いて回転させる事を必要とする。発電カプセル内で電気を発生させるには発電カプセルをドラゴンの下部より上部に吊り上げられ上部より下部に吊り下げられる機能とし、発電カプセル内に於ける引力を発生させる重量物(落下発電モーター、落下錘)を吊り上げられる際にも吊り下げられる際にも常に発電カプセル内の最上部に位置させゴンドラ回転運動の進行に合わせて上部より下部に落下させ落下引力エネルギーを発生させ発電を行う。発電カプセルと内部で四六時中何年も永久的に枯渇する事の無い引力エネルギーを発生させ発電を行う発電カプセルを上下運動活動させる回転ゴンドラと、回転ゴンドラを永久的に回転させる補助動力を要した発電装置を指す。 The invention of claim 1 shows the overall structure of a power generator that produces electrical energy only by attractive energy. This refers to the existence of a power generation capsule having a structure in which attractive energy is converted into rotational energy and a power generation motor is rotated to generate electricity. There must be a gondola that can be lifted up to a height above the ground so that the power generation capsule can function to generate attraction. When the gondola is divided into left and right objects, the mechanism is configured so that the gravity of the left and right is 0 to 0 and does not rotate, or when rotating, the friction and wind pressure of the structure such as the rotating shaft and working machine parts Even if the rotational speed capability decreases due to resistance, to rotate the rotating gondola, it is necessary to add strong gravity to check one of the left and right, and to generate electricity permanently, auxiliary power that generates gravity is required. Need to rotate using. In order to generate electricity in the power generation capsule, the power generation capsule is lifted from the lower part of the dragon and suspended from the upper part of the dragon, and a heavy object that generates attractive force in the power generation capsule (falling power generation motor, falling weight) ) Is always placed at the top of the power generation capsule both when it is lifted and when it is hung, it is dropped from the top to the bottom as the gondola rotates, generating drop attractive energy and generating power. Rotating gondola that moves the power generating capsule up and down to generate attractive energy that will not be permanently depleted for many years all the time inside the power generating capsule, and auxiliary power to rotate the rotating gondola permanently It refers to the power generation equipment.

請求項2の発明は、引力エネルギーを生じさせる為の錘又は発電モーターを発電カプセル内に組み込み、水車式又はエレベーター式ゴンドラにセットされた発電カプセルが最下部又は最上部に位置し到達した時点に於いては落下状態で無い為に引力の影響を受ける事が出来ず発電がされ無いが、ゴンドラの回転が進行し発電カプセルが吊り上げられる際及び吊り下げられる際には錘又は発電モーターは発電カプセルの最上部より引力落下状態に成り発電モーターが回転し始め、発電カプセルが直立する程に錘及び発電モーターは急速に引力落下して発電モーターの回転は最高潮に達し発電量を増す。錘又は発電モータの重量を発電モーターの機能に対応させた重量に調整させる事で発電効率を高める事が出来る。 錘又は発電モーターは吊り上げられる際にも吊り下げられる際にも発電カプセルの最上部に位置されゴンドラが1回転する度に上げ下げ往復2回の発電を可能とする。 In the invention of claim 2, when a weight or a power generation motor for generating attractive energy is incorporated in the power generation capsule, the power generation capsule set in the water wheel type or elevator type gondola is located at the lowermost or uppermost position and reaches it. In this case, since it is not in the fall state, it cannot be affected by the attractive force and power is not generated. However, when the gondola rotates and the power generation capsule is lifted or suspended, the weight or power generation motor is not generated. As the power generation motor begins to rotate and the power generation capsule starts to stand upright, the weight and the power generation motor drop rapidly, and the rotation of the power generation motor reaches the climax and increases the amount of power generation. The power generation efficiency can be increased by adjusting the weight of the weight or the generator motor to a weight corresponding to the function of the generator motor. The weight or power generation motor is positioned at the uppermost part of the power generation capsule both when it is lifted and when it is suspended, so that it can be raised and lowered twice each time the gondola rotates once.

請求項3の発明は、吊り下げ時に常に錘の分銅又は発電モーターの底部に位置するハンマーリングは発電カプセルが直立状態に成った際に急速で落下する。急速で落下したハンマーリングは発電カプセル底部に設けた緩衝クッションに衝撃パワーを与え発電タワー装置の回転機能率を促進させる又ハンマーリングは発電カプセルが引上げられる際は発電カプセルの上部、又は錘の上部に位置する為に発電エネルギーを発生させる錘又は発電モーターの重量エネルギーの増加と成り発電能力を高めさせる。 According to a third aspect of the present invention, the weight of the weight or the hammer ring located at the bottom of the power generation motor always drops rapidly when the power generation capsule is in an upright state when suspended. The hammer ring that has fallen rapidly gives impact power to the cushion cushion provided at the bottom of the power generation capsule, and promotes the rotational function rate of the power generation tower device. The hammer ring is the top of the power generation capsule or the top of the weight when the power generation capsule is pulled up. Therefore, the weight energy of the power generation motor or the power generation motor increases, and the power generation capacity is increased.

請求項4の発明は、引力発電カプセル内の発電機能構造の発電手法は錘を引力で落下させると錘を吊るしたチェーンを通じる運動エネルギーが発電モーターに伝わり発電モーターを回転させ電力を発生させる引力発電装置を指す。
方法を指す。
According to a fourth aspect of the present invention, in the power generation method of the power generation function structure in the attractive power generation capsule, when the weight is dropped by the attractive force, the kinetic energy through the chain in which the weight is suspended is transmitted to the power generation motor and the power generation motor rotates to generate the power. Refers to power generation equipment.
Refers to the method.

請求項5の発明は、発電モーター本体が引力で落下し落下する際のエネルギーを歯車回転エネルギーに変換され発電モーターが回転し電気を発生させる方法を組み入れた引力発電装置を指す。
構造を指す。
A fifth aspect of the present invention refers to an attractive power generation apparatus incorporating a method in which energy when a power generation motor main body falls due to attraction and falls is converted into gear rotation energy, and the power generation motor rotates to generate electricity.
Refers to the structure.

請求項6は小規模発電装置として水車式の単体円状回転ゴンドラを二立て以上並列に設置し複数の発電カプセルを数多くセットする事で連続的に寒暖の無いスムーズな発電が可能と成る事を指し、設置に際し経済的効率が高められる引力発電装置を事を指す。 According to claim 6, as a small-scale power generator, two or more turbine-type single circular rotating gondola are installed in parallel and a plurality of power generation capsules are set, so that smooth power generation without continuous warming can be achieved. It refers to an attractive power generator that can improve economic efficiency when installed.

請求項7は、大規模発電装置として適応しやすいエレベーター式ゴンドラを山間部に於いては山と山をタワー代わりに用いる。砂漠や平野部に於いては地上100メートル程度のタワーを連立させて何百もの発電カプセルを設置させ24時間昼夜を問わず天候にも左右される事無く永年に渡り永続的に電力が得られる引力発電装置を事を指す。 According to the seventh aspect of the present invention, an elevator gondola that can be easily adapted as a large-scale power generator is used in place of a tower. In deserts and plains, a tower of about 100 meters above the ground is installed, and hundreds of power generation capsules are installed, and power is obtained permanently for many years regardless of the weather regardless of the day or night. It refers to an attractive power generator.

請求項8は、回転ゴンドラを回転させる為には既存の、ソーラー、風力、水力等の発電装置より得られる電力エネルギーを回転補助動力に用い、発電生産される電力をカプセル外部に送電させる機構を有する引力発電装置で有る事を指す。 In order to rotate the rotating gondola, the power energy obtained from an existing power generation device such as solar, wind power, hydraulic power, etc. is used as rotation auxiliary power, and a mechanism for transmitting the power generated and generated outside the capsule is provided. It means having an attractive power generator.

以上、本発明においては引力のエネルギーを発電モーターに摂り込み発電モーターを回転させるエネルギーに変換させ発電が可能とする引力発電装置を大規模で膨大な数の発電設備を世界中に普及させる事で引力エネルギーに依る発電設備が世界中に行き渡り地球環境を大きく変革させる事はクリーンな地球環境をもたらすと共に世界平和に大きく寄与する。 As described above, in the present invention, an attractive power generation device capable of generating electricity by capturing the energy of attractive force into a power generation motor and converting it into energy that rotates the power generation motor is used to spread a large number of power generation facilities around the world. The power generation facilities that rely on gravitational energy spread all over the world and greatly change the global environment will bring about a clean global environment and contribute greatly to world peace.

前記発明が解決しようとする課題の問題は下記に示す発電装置を用いる方法で解決すべきである。 The problem of the problem to be solved by the invention should be solved by a method using a power generator as shown below.

本発明は地球の引力エネルギーを電力エネルギーに変換させる機能を有した発電カプセルをわずかな動力エネルギーで回転するゴンドラを用いて高所に確保させる事より機能が働く。発電カプセルを高所に確保する際に出来る限りエネルギーを費やさせずに、発電カプセルを吊り上げる動力を如何に減少させるかが発電効率を高める鈎である。動力を減少させる為に該当カプセルを複数連結させ吊り上げカプセル数量と吊り下げカプセル数量を同等数にして左右の重量比を0対0に確保させ、吊り下げ重量に他の支援重量を少量加えて連動する吊り上げ動力に勝る吊り下げ動力を有した装置を確保させる。又、吊り上げ発電カプセルを吊り下げ発電カプセルに変換させる回転装置に於いては出来る限り回転摩擦が生じない技術が必要とされる。 The present invention works by securing a power generation capsule having a function of converting the gravitational energy of the earth into electric power energy at a high place by using a gondola that rotates with slight power energy. How to reduce the power to lift the power generation capsule without consuming as much energy as possible when securing the power generation capsule at a high place should increase the power generation efficiency. To reduce power, connect multiple capsules to make the number of lifted capsules and the number of suspended capsules equal to ensure a right / left weight ratio of 0 to 0, and add a small amount of other support weight to the suspended weight. A device having a suspension power superior to the lifting power is ensured. In addition, in a rotating device that converts a lifted power generation capsule into a suspended power generation capsule, a technique that does not cause rotational friction as much as possible is required.

前記の支援重量はエコ発電で有る水力、太陽、風力、地熱の既存発電所よりの発電された電気エネルギーを利用して回転ギヤ―軸に設置された回転補足モーターを可動させて行う。この際に使用する動力エネルギーは本発明の発電カプセル内で発電する電気エネルギーの1万分の1以下にさせる事が望まれる。 The support weight is obtained by moving a rotating supplementary motor installed on the rotating gear shaft by using electric energy generated from existing hydropower, solar, wind, and geothermal power stations that are eco-power generation. It is desirable that the motive energy used at this time be 1 / 10,000 or less of the electric energy generated in the power generation capsule of the present invention.

本発明の引力発電装置を稼働させる為の支援動力は他の発電エネルギーを借用するだけで無く、当該カプセル内に組み込まれたハンマーリングの落下衝撃エネルギーを得る手法を用いる事も出来る。 The assist power for operating the attractive power generation apparatus of the present invention can not only borrow other power generation energy but also use a technique for obtaining the drop impact energy of the hammer ring incorporated in the capsule.

発電カプセルを吊り下げるゴンドラを回転させる補助支援動力は水力発電用に確保された既存ダム又は、日本の山間部に点在する谷川等より得る水又は、河川や用水路の流れを用いる水車等で水の重量を得て行う事も可能とさせる。 Auxiliary support power to rotate the gondola that suspends the power generation capsule is obtained from existing dams reserved for hydroelectric power generation, water obtained from valley rivers scattered in mountainous areas in Japan, or water turbines using the flow of rivers and irrigation channels. It is also possible to carry out by obtaining the weight.

本発明の引力発電装置より生産される電気エネルギーを1万ボルトとした場合、本発電装置を稼働させる為の支援電気エネルギーの消費量は1ボルト以下に確保させて本発明の引力発電装置の発電効率を1万倍以上高める発電装置にさせる。 When the electric energy produced by the attractive power generation device of the present invention is 10,000 volts, the consumption of the support electric energy for operating this power generation device is ensured to be 1 volt or less, and the power generation of the attractive power generation device of the present invention. Make the generator more than 10,000 times more efficient.

電気を発電させる引力発電カプセル内の発電機能構造は、当該カプセルを上下させる回転タワーより分離独立した機能構造を有した地球粒体の引力のみで発電する機能構造とする。 The power generation function structure in the attractive power generation capsule that generates electricity is a function structure that generates power only by the attraction of the earth particles having a function structure separated and independent from the rotating tower that moves the capsule up and down.

引力発電カプセル内の発電機能構造は当該カプセルが地上部より吊り上げられる際にも吊り下げられる際にも発電機能が活動出来る構造とさせる。 The power generation function structure in the attractive power generation capsule is a structure in which the power generation function can be activated both when the capsule is suspended from the ground and when it is suspended.

引力発電カプセル内の発電機能構造の発電手法は錘を引力で落下させると錘を吊るしたベルトの運動エネルギーが発電モーターに伝わり発電モーターを回転させ電力を発生させる方法と、発電モーター本体が引力で落下する際の引力エネルギーを歯車回転エネルギーに変換させ発電モーターを回転し電気を発生させる方法を組み入れた構造を特徴とする。 The power generation method of the power generation function structure in the attractive power generation capsule is that the kinetic energy of the belt that suspends the weight is transmitted to the power generation motor when the weight is dropped by the attraction force, and the power generation motor body rotates by the power generation method. It features a structure that incorporates a method of generating electricity by rotating the power generation motor by converting the attractive energy at the time of falling into gear rotation energy.

本発明は小規模施設に対しては小規模な引力発電装置の開発が可能で、大きな電力容量が必要とする施設に対しては大規模な引力発電装置の開発が可能で、現在地球上に存在し得ない程大規模な引力発電装置の開発も出来る要素を有する。 The present invention can develop a small-scale attractive power generator for a small-scale facility, and can develop a large-scale attractive power generator for a facility that requires a large power capacity. It has an element that can develop a large-scale attractive power generator that cannot exist.

本発明の引力発電装置は地球環境に対し最も優しい発電システムで有り発電を開始した時点より半永久的に資源を消費することなく経済的にもわずかな維持管理で大量の電気エネルギーを得る事を可能にさせる。 The gravitational power generation system of the present invention is the most friendly power generation system for the global environment, and it is possible to obtain a large amount of electric energy with little maintenance and management economically without consuming resources permanently from the time of starting power generation. Let me.

発電カプセル自走式切断斜視図Power generation capsule self-propelled cutting perspective view 発電カプセル釣瓶式断面図Power generation capsule fishing bottle cross section 水車式ゴンドラ側面図Water wheel type gondola side view 水車式ゴンドラ正面図Water wheel type gondola front view エレベーター式ゴンドラ側面図Elevator gondola side view エレベーター式ゴンドラ正面図Elevator gondola front view 引力エネルギー発生状況説明図Illustration of attractive energy generation status 水車式引力発電装置運営説明図Illustration of operation of water turbine type gravitational power generator エレベーター式引力発電装置運営説明図Elevator-type gravitational power generator operation explanatory diagram

本発明の引力発電装置の実施形態を図面と符号を用いて詳しく説明する。 An embodiment of an attractive power generation device of the present invention will be described in detail with reference to the drawings and reference numerals.

図1と図2は、本発明の要となる引力エネルギーを発生させる1発電カプセルで有る。1発電カプセルの内部機構には二つの方式が有る。其の内の一つが図1で示す、スライドする4発電モーターを用いた自走発電方式で有る。図1の4発電モーターの自走発電方式は1発電カプセル内のセンター部に3落下主軸が設けられ3落下主軸には4発電モーターと5ハンマーリングを貫通させ又、3落下主軸は4発電モーター内に組み込まれた落下重力変換歯車を回転させるための7凹凸ネジ山の刻みが加工されている。此の他に1発電カプセルには発電された電気を受送電させる為の8送受電線(カプセル内壁部に埋め込む事も可とする)と4発電モーターより電気を送電させる9送電ホイルがセットされる。4発電モーターと5ハンマーリングの急激な衝撃を回避させる10緩衝クッションが上下に設けられ、外装として鉄板や炭素繊維等の素材で包囲させた11外筒が1発電カプセル全体を保護させ、1発電カプセル全体を図3、図5の12回転ゴンドラに自在可能に接続させる13センター連結具、14サイド連結具、発電された電気を送電させる15送電配線が組み込まれている。其の内の二が図2で示す、2固定発電モーターを用いた釣瓶発電方式である。釣瓶発電方式は1発電カプセルの上下に2固定発電モーターを設定させて上下双方の2固定発電モーターを16吊りベルトで連結させ1発電カプセルを吊り下げ停止状態に有って下部に位置する2固定発電モーターに接する様に17錘を16吊りベルトに結束固定確保させる。16吊りベルトに17錘が確保される事で図3、図5の18発電カプセル巡廻搭に於いて1発電カプセルが吊り上げられる際に於いても吊り下げられる際に於いても引力エネルギーに依る発電が可能と成る。ゴンドラの回転を推進させる落下衝撃用の重量ハンマーは16吊りベルトの稼働を妨げない様に6内壁をスライドするハンマー形態とする。発電方式の1発電カプセル内機能構造と自走発電方式の1発電カプセル内の機能構造は同じ役割を成す。 FIG. 1 and FIG. 2 show one power generation capsule that generates attractive energy, which is a key feature of the present invention. There are two methods for the internal mechanism of one power generation capsule. One of them is a self-propelled power generation system using a sliding four-generation motor shown in FIG. The self-propelled power generation system of the four power generation motor of FIG. 1 is provided with three drop spindles in the center of one power generation capsule, the three drop spindles penetrate the four power generation motors and the five hammer rings, and the three drop spindles are the four power generation motors. 7 concavo-convex thread notches for rotating the falling gravity conversion gear incorporated therein are machined. In addition to this, 8 power transmission / reception wires (which can be embedded in the inner wall of the capsule) and 4 power transmission motors that transmit electricity from the power generation motor are set in 1 power generation capsule. . 10 shock-absorbing cushions are installed at the top and bottom to avoid sudden impacts of 4 power generation motors and 5 hammer rings, and 11 outer cylinders surrounded by a material such as an iron plate or carbon fiber as an exterior protect the entire 1 power generation capsule. A 13 center coupler, a 14 side coupler, and a 15 power transmission line for transmitting the generated electricity are incorporated so that the entire capsule can be freely connected to the 12-turn gondola shown in FIGS. Two of them are the fishing bottle power generation system using the two fixed power generation motors shown in FIG. In the fishing bottle power generation system, two fixed power generation motors are set on the top and bottom of one power generation capsule, and both the top and bottom two fixed power generation motors are connected by 16 suspension belts. The 17 weights are secured to the 16 suspension belts so as to be in contact with the generator motor. By securing 17 spindles on the 16 suspension belts, it depends on the attractive energy whether one power generation capsule is lifted or suspended in the 18 power generation capsule circuit tower of FIGS. Power generation is possible. The heavy hammer for drop impact that drives the rotation of the gondola is a hammer that slides on the inner wall of the 6 so as not to disturb the operation of the 16 suspension belt. The function structure in one power generation capsule of the power generation method and the function structure in one power generation capsule of the self-propelled power generation method have the same role.

図3と図4は、20水車式ゴンドラの18発電カプセル巡廻搭に1発電カプセルを8台を連結し横に二連並列し設置させた。21矢印方向は20水車式ゴンドラの回転方向を示す。22外側矢印は1発電カプセル内に生じる引力エネルギーに依る図1、図2の4発電モーター又は17錘の落下方向を示す。20水車式ゴンドラを回転させる補助動力に20水車式ゴンドラの外輪部に23受水バケツを均一に多数設け24水を用いる方法の回転補助動力は図8、図9の25ソーラー発電、26風力発電、27水力発電等の電気より得る事も可能で有る。 3 and 4, eight power generation capsules are connected to a 18-wheel capsule patrol tower of a 20-wheel-powered gondola, and two side-by-side capsules are installed in parallel. The direction of the arrow 21 indicates the direction of rotation of the 20-wheel type gondola. 22 outside arrow shows the fall direction of 4 electric power generation motors of FIG. 1, FIG. 2, or 17 weights by the attractive energy which arises in 1 electric power generation capsule. Auxiliary power for rotating the 20-wheel-type gondola is provided with a uniform number of 23 water-receiving buckets on the outer ring part of the 20-wheel-type gondola. 27 It is also possible to obtain from electricity such as hydroelectric power generation.

図5、図6は、28エレベーター式ゴンドラの18発電カプセル巡廻搭に1発電カプセル12台を連結し横二列に並列し設置させた。此の28エレベーター式ゴンドラの発電システムは上記の20水車式ゴンドラと機能的には同じで有るが18発電カプセル巡廻搭には上下に二つの29発電カプセル巡廻歯車が設定され離れ合った29発電カプセル巡廻歯車間を30連結可動チェーンで連結一体化させ30連結可動チェーンに1発電カプセルを等間隔に12台連結させ、18発電カプセル巡廻搭内に多数の23受水バケツを連結セットさせ24水を回転補助動力に用いて28エレベーター式ゴンドラで電気を発電させる事を可能とさせる。 In FIGS. 5 and 6, 12 power generation capsules are connected to 18 power generation capsule patrol towers of 28 elevator type gondola and installed in parallel in two horizontal rows. The power generation system of the 28 elevator type gondola is functionally the same as the 20 water wheel type gondola described above, but in the 18 power generation capsule circuit tower, two 29 power generation capsule circuit gears are set up and down to separate 29 The power generation capsule circuit gears are connected and integrated with 30 connected movable chains, 12 power generation capsules are connected to the 30 connected movable chains at equal intervals, and a large number of 23 water-receiving buckets are connected and connected in the 18 power generation capsule circuit board. It is possible to generate electricity with a 28-elevator gondola using 24 water as auxiliary rotation power.

図7は、20水車式ゴンドラ及び28エレベーター式ゴンドラの連動回転中、如何にして1発電カプセル内に於いて吊り下げられた場合に於いても吊り上げられる場合に於いても、引力エネルギーを動力エネルギーに変換させ動力エネルギーを電気エネルギーに変換させて発電を可能にさせるかの説明図である。1発電カプセルが47矢印Hに到り通過する際には4発電モーターと5ハンマーリングは吊り上げ時点にはカプセルの最底部に位置した状態でセットされて運ばれて来るが、カプセルが40矢印Aの吊り下げ状態に進行した瞬間より4発電モーターと5ハンマーリングは1発電カプセルの最上部に位置される。吊り下げられた間に5ハンマーリングは何ら抵抗される事無く瞬時に落下し、図1の10緩衝クッションに激突し落下衝撃引力パワーを30連結可動チェーンに与え、28エレベーター式ゴンドラ又は、図4の20水車式ゴンドラの回転力を補う動力と成る。片や図1の4発電モーターの落下又は図2の17錘は電気を発電させる為に図1の4発電モーター又は図2の2固定発電モーターを回転させる動力抵抗を受けながら落下する為40矢印Aより41矢印B、41矢印Bより42矢印Cに緩やかに落下巡廻進行し43矢印Dに達した際には4発電モーターと5ハンマーリングは回転進行方向の最先端部に位置される。1発電カプセルが44矢印E45矢印F46矢印Gの吊り上げ状態に成ると上に5ハンマーリングが4発電モーター下に重なり合い1発電カプセルの最上部に配置され1発電カプセルが44矢印E、45矢印F、46矢印Gに吊り上げられるに従い4発電モーターは落下しながら発電を行う。こうした4発電モーターの引力エネルギーに依る連続落下を20水車式ゴンドラ又は28エレベーター式ゴンドラの18発電カプセル巡廻搭で巡廻運転させ電気を得る。本発明の1発電カプセルに図1の31自走式発電カプセルと図2の32釣瓶式発電カプセルが有るが機能内容、用途内容は同じで有る。 FIG. 7 shows the gravitational energy as the power energy regardless of whether the 20-wheel-type gondola and the 28-elevator-type gondola are rotated in one power generation capsule. It is explanatory drawing of making it possible to generate electric power by converting motive energy into electrical energy. When 1 power generation capsule reaches 47 arrow H, 4 power generation motor and 5 hammer ring are set and carried at the bottom of the capsule at the time of lifting, but the capsule is 40 arrow A From the moment of proceeding to the suspended state, the four power generation motors and the five hammer rings are positioned at the top of one power generation capsule. While being hung, the 5 hammer ring falls instantly without any resistance, crashes into the 10 cushion cushion of FIG. 1 and gives a drop impact attractive power to 30 connected movable chains, 28 elevator gondola or FIG. The power to supplement the rotational force of the 20-wheel type gondola. 1 and the 17 spindles of FIG. 2 are dropped while receiving power resistance that rotates the 4 power generation motor of FIG. 1 or the 2 fixed power generation motor of FIG. 2 to generate electricity. When the fall circuit slowly proceeds from 41 A to 41 arrow B and from 41 arrow B to 42 arrow C and reaches 43 arrow D, the 4 power generation motor and the 5 hammer ring are positioned at the most distal portion in the direction of rotation. When one power generation capsule is in the lifted state of 44 arrow E45 arrow F46 arrow G, 5 hammer rings overlap with 4 power generation motors and are placed at the top of 1 power generation capsule, and 1 power generation capsule is 44 arrow E, 45 arrow F, 46 As the motor is lifted by the arrow G, the four power generation motors generate power while falling. Electricity is obtained by continuously driving such a continuous fall depending on the attractive energy of the four power generation motors in an 18 power generation capsule traveling tower of a 20-wheel type gondola or a 28-elevator type gondola. The 1 power generation capsule of the present invention includes the 31 self-propelled power generation capsule of FIG. 1 and the 32 fishing bottle type power generation capsule of FIG.

図8は、水車式引力発電装置の運営方法示した。33水車式引力発電装置は小規模な施設の電気供給に適している。20水車式ゴンドラを回転させる補助動力は25ソーラー発電、26風力発電より得た電力を34蓄電設備に取り込む方法や33水車式引力発電装置に一体化された35水車に用水の流れを利用させる又は35水車の水受け用器に24水を送水させる方法で行う。補助動力を元に33水車式引力発電装置で何倍にも倍増化された電力を直接又はいったん変電所を通じて住居、工場、街に送電させる。 FIG. 8 shows an operation method of the water turbine type gravitational power generation apparatus. The 33-wheel-type attractive power generator is suitable for supplying electricity to small-scale facilities. Auxiliary power to rotate the 20 water wheel gondola is 25 solar power generation, 26 wind power generation method to take in the 34 power storage facilities or 33 water wheel integrated with the 35 water wheel gravitational power generator or use the flow of water It is carried out by a method in which 24 water is sent to a water receiving device of a 35 water wheel. Electric power doubled by a 33-wheel-type gravitational power generator based on auxiliary power is transmitted directly or once through a substation to houses, factories, and towns.

図9は、36エレベーター式引力発電装置の運営方法示した。36エレベーター式引力発電装置は大規模な出力発電に適している図1、図2の1発電カプセルの全長を40メートル18発電カプセル巡廻搭の施設高は200メートルで10塔並列程度の規模とし、ゴンドラを保持する支柱は鉄骨やコンクリート等の構築物でも可能とするが日本に於いては自然の山の利用が最適で山から山に39ゴンドラ回転軸を渡した装置も可能で有る。回転補助動力は既存の27水力発電を利用するか37ダムの24水を取水させる又は、山合いの38谷川の水量を用いる又は、山間部に26風力発電を設けた発電の電力を用いて、18発電カプセル巡回塔であり28エレベーター式ゴンドラによる引力による発電装置を稼働させ、回転補助動力電力使用量に対し本発明の引力発電装置を用いる事で既存水力発電所に於いては1万倍の発電量が確保出来ると考えられ、生産された電力も既存送電設備が運用出来経済効率も図れる。 FIG. 9 shows a method of operating a 36 elevator type gravitational power generator. 36 Elevator type gravitational power generator is suitable for large-scale output power generation. The total length of one power generation capsule in Fig. 1 and Fig. 2 is 40 meters. The strut that holds the gondola can be a structure such as a steel frame or concrete. However, in Japan, it is possible to use a natural mountain, and it is possible to use a device that passes a 39 gondola rotating shaft from mountain to mountain. Rotational auxiliary power uses the existing 27 hydroelectric power generation or takes in water from 37 dams, uses the amount of water in the 38 valley river in the mountains, or uses the power generated by the 26 wind power generation in the mountain area, It is an 18 power generation capsule patrol tower, operates a power generation device by attractive force of 28 elevator type gondola, and uses the power generation device of the present invention with respect to the amount of rotational auxiliary power consumption. It is considered that the amount of power generation can be secured, and the existing power transmission equipment can be used for the produced power and the economic efficiency can be improved.

1.発電カプセル
2.固定発電モーター
3.落下主軸
4.発電モーター
5.ハンマーリング
6.内壁スライドハンマー
7.凹凸ネジ山
8.送受電線
9.送電ホイル
10.緩衝クッション
11.外筒
12.回転ゴンドラ
13.センター連結具
14.サイド連結具
15.送電配線
16.吊りベルト
17.錘
18.発電カプセル巡廻搭
19.吊りベルトガイド軸
20.水車式ゴンドラ
21.回転方向
22.引力方向
23.受水バケツ
24.水
25.ソーラー発電
26.風力発電
27.水力発電
28.エレベーター式ゴンドラ
29.発電カプセル巡廻歯車
30.連結可動チェーン
31.自走式発電カプセル
32.釣瓶式発電カプセル
33.水車式引力発電装置
34.蓄電装置
35.水車
36.エレベーター式発電装置
37.ダム
38.谷川
39.ゴンドラ回転軸
40.矢印A
41.矢印B
42.矢印C
43.矢印D
44.矢印E
45.矢印F
46.矢印G
47.矢印H
1. Power generation capsule
2. Fixed generator motor
3. Drop spindle
4). Power generation motor
5. Hammer ring
6). 6. Inner wall slide hammer Uneven thread
8). Transmission / reception wire
9. Power transmission foil 10. Cushion cushion
11. Outer cylinder
12 Rotating gondola13. Center connector
14 Side connector
15. Power transmission wiring
16. Hanging belt
17. Weight
18. Power generation capsule patrol tower 19. Hanging belt guide shaft
20. Water wheel type gondola 21. Direction of rotation 22. Attraction direction 23. Receiving bucket
24. Water 25. Solar power generation
26. Wind power generation27. Hydropower
28. Elevator type gondola
29. Power generation capsule patrol gear
30. Connectable movable chain 31. Self-propelled power generation capsule
32. Fishing bottle type power generation capsule
33. Turbine-type attractive power generator
34. Power storage device 35. Water wheel
36. Elevator type power generator
37. dam
38. Tanikawa
39. Gondola rotary shaft
40. Arrow A
41. Arrow B
42. Arrow C
43. Arrow D
44. Arrow E
45. Arrow F
46. Arrow G
47. Arrow H

Claims (8)

地球体の引力のみで電力を発電させる事を特徴とした発電カプセルと、発電カプセルを地上高部に吊り上げ地上底部に吊り下げする機能を有する事を特徴とする回転水車式又は回転エレベーター式のゴンドラとを一体化させた引力発電装置。 A rotating water wheel type or rotary elevator type gondola characterized in that it has a function of generating electric power only by the gravitational force of the earth body and a function of lifting the power generating capsule to the ground high part and suspending it to the bottom of the ground. Is an attractive power generator. ゴンドラの回転で発電カプセルが上部に吊り上げされる際にも、下部に吊り下げられる際にも地球引力のエネルギーのみで電気を発生させる特徴を有した発電カプセル。 A power generation capsule that generates electricity using only the energy of the earth's attraction when the power generation capsule is lifted up by the gondola and when it is hung down. 多少なりとも地球体引力のみで発電を可能とさせる為の、錘ハンマーを引力落下させ発生した衝撃波動でゴンドラの回転を推進させるハンマーリングが組み込まれた事を特徴とした発電カプセル。 A power generation capsule that incorporates a hammer ring that propels the gondola to rotate by the shock wave generated by dropping the weight hammer to make it possible to generate electricity with only the earth's attractive force. 地球体引力エネルギーを発生させる方法として釣瓶式に吊り錘を引力落下させ発生する引力エネルギーを錘を吊るすチェーンを通じて発電モーターを回転させ電気を発生させる事を特徴とした発電目的専用の発電カプセル。 A power generation capsule dedicated to power generation that generates electricity by rotating a power generation motor through a chain that suspends the weight of the gravitational energy generated by pulling the suspension weight in a fishing bottle style as a method of generating earth body attractive energy. 地球体引引力エネルギーを発生させる方法として発電モーター機自体を引力落下させ発電モーター自体を回転させ電気を発生させる事を特徴とした発電目的専用の発電カプセル。 A power generation capsule dedicated to power generation characterized by generating electricity by rotating the power generation motor itself by attracting and dropping the power generation motor as a method of generating earth body attractive energy. 水車式単体ゴンドラに発電カプセルが複数連結セットされた構造形態を特徴とする請求項1に記載した引力発電装置。 The attractive power generation device according to claim 1, wherein a plurality of power generation capsules are connected and set to a water turbine type single gondola. エレベーター式ゴンドラの連結チェーン等に発電カプセルが複数連結セットされた構造形態を特徴とする請求項1に記載した引力発電装置。 2. The attractive power generation device according to claim 1, wherein a plurality of power generation capsules are connected and set on a connection chain or the like of an elevator gondola. ゴンドラの回転を推進させる為に他の動力を得てゴンドラの回転を推進させる補助動力機を装備させる構造と、発電カプセル内で発電した電力を発電カプセル外部に送電させる為のホイルや配線を一体化させて地球体の引力エネルギーを利用して電気を発電生産させる事を特徴とした引力発電装置。 Integrates a structure equipped with an auxiliary power machine that obtains other power to propel the gondola rotation, and the foil and wiring to transmit the power generated in the power generation capsule to the outside of the power generation capsule An attractive power generation device that generates electricity using the gravitational energy of the Earth's body.
JP2011287478A 2011-12-28 2011-12-28 Attractive force power generator Pending JP2013136958A (en)

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