JP3117210U - Power generator for rotational power generator - Google Patents

Power generator for rotational power generator Download PDF

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JP3117210U
JP3117210U JP2005008177U JP2005008177U JP3117210U JP 3117210 U JP3117210 U JP 3117210U JP 2005008177 U JP2005008177 U JP 2005008177U JP 2005008177 U JP2005008177 U JP 2005008177U JP 3117210 U JP3117210 U JP 3117210U
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belt
rotating
self
generator
rotating body
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健栄 大城
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健栄 大城
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Abstract

【課題】電力のエネルギーを供給する装置で、発電機の発電に要する回転力の駆動システムを利用して最初の駆動モーターによる回転力の伝達を以って電力を数倍に供給する回転力発生器の発電装置の提供。
【解決手段】駆動モーターを初期の回転動力として、これを減速機に伝え、伝達エネルギーを増幅して円筒の自己回転体の回転を行い、自己回転体が初期駆動エネルギーを受けて自己増幅し、該自己回転体には、増速機を連結すると共に、該増速機を介して同期発電機に供給するものである。このエネルギーを回転ベルト及びベルト車で伝達する。
【選択図】図２A device for supplying energy of electric power, which generates a rotational force by using a rotational force driving system required for power generation by a generator and supplying the electric power several times by transmission of the rotational force by the first driving motor. Supply of power generators.
The drive motor is used as the initial rotational power, transmitted to the speed reducer, the transmission energy is amplified to rotate the cylindrical self-rotating body, the self-rotating body receives the initial driving energy and self-amplifies, The self-rotating body is connected to a speed increaser and supplied to the synchronous generator via the speed increaser. This energy is transmitted by a rotating belt and a belt wheel.
[Selection] Figure 2

Description

本考案は、新しい電力のエネルギーを供給するもので、発電機の発電に要する回転力の駆動システムを利用して最初の駆動モーターによる回転力の伝達及び連結Ｖベルト、平ベルトの作動によって数倍の電力を供給する回転力発生器の発電装置に関するものである。  The present invention supplies new electric energy, and uses the rotational force drive system required for power generation by the generator to transmit the rotational force by the first drive motor and actuate the connected V belt and flat belt several times. The present invention relates to a power generator for a rotational power generator that supplies electric power.

従来この種の発生装置は、駆動モーターによって、発電機を直接に作動して、電力エネルギーとして使用するのが一般的である。この場合は、入力した電力のエネルギーを消費するのみで、有効に活用していないと云う問題点と、初期に電力モーターを利用して、簡単な構造を利用して電力の増殖を達成するものは散見されていない現状である。  Conventionally, this type of generator is generally used as power energy by directly operating a generator by a drive motor. In this case, only the energy of the input power is consumed, and the problem that it is not effectively used, and the power motor is used in the initial stage, and the multiplication of the power is achieved using a simple structure. Is not yet seen.

考案が解決しよとうする課題Issues that the device tries to solve

本考案は、従来の技術的な問題点を解決するために、その主たる目的とする所は、電力モーターを初期の回転動力とし、先ず減速機に伝え、伝導エネルギーを増幅し、起電力の発生する自己回転体で回転を行い、次に自己の増幅である増速機により発電機で発電し、初期の電力エネルギーを数拾倍にして供給するための構成を特徴としたものである。  In order to solve the conventional technical problems, the main object of the present invention is to use an electric motor as the initial rotational power, first transmit it to the speed reducer, amplify the conduction energy, and generate an electromotive force. The self-rotating body rotates, and then the power is generated by the generator with the speed-up gear, which is self-amplification, and the initial power energy is supplied several times and supplied.

課題を解決するための手段Means for solving the problem

上記目的を達成するために、本考案によれば、駆動モーターに減速機を連繋し、この減速機に回転軸を介して自己回転体を連結し、該自己回転体には、増速機を連結し、その増速機を介して同期発電機に供給する。また、該自己回転体に設けた増速機にベルト車を取着し、且つ発電機にも相対するベルト車を設けて各々のベルト車に回転ベルトを架設したものである。さらに、駆動モーターと減速機とを並列に設置し、その一端の回転軸に回転ベルトを各々架設する。そして該減速機に架設した回転ベルトは、自己回転体の回転軸に架設して回転する。該自己回転体の他方の回転軸には、回転ベルトを架設し、その回転ベルトの他端は、増速機の一方に架設される。該増速機の他方には、回転ベルトを架設すると共に、その回転ベルトは、発電機に設けてあるベルト車に架設したものである。
また、駆動モーターと減速機を並列に設け、該減速機の回転軸に架設された回転ベルトの他端を自己回転体と並列に設けた可動軸に平ベルトで該自己回転体に架設する。該自己回転体には、端部のベルト車に架設した回転ベルトの端部を増速機のベルト車に架設回転する。該増速機に架設している他のベルト車の回転ベルトは、発電機に設けた回転軸のベルト車に架設したことを特徴としている。In order to achieve the above object, according to the present invention, a reduction gear is connected to a drive motor, a self-rotating body is connected to the reduction gear via a rotating shaft, and a speed increasing gear is connected to the self-rotating body. Connected and supplied to the synchronous generator through the gearbox. Further, a belt wheel is attached to the speed increasing device provided on the self-rotating body, and a belt wheel is also provided opposite to the generator, and a rotating belt is installed on each belt wheel. Furthermore, a drive motor and a speed reducer are installed in parallel, and a rotating belt is installed on the rotating shaft at one end thereof. The rotating belt installed on the speed reducer is installed on the rotating shaft of the self-rotating body and rotates. A rotating belt is installed on the other rotating shaft of the self-rotating body, and the other end of the rotating belt is installed on one of the speed increasers. A rotating belt is installed on the other side of the speed increaser, and the rotating belt is installed on a belt wheel provided in the generator.
In addition, the drive motor and the speed reducer are provided in parallel, and the other end of the rotating belt installed on the rotating shaft of the speed reducer is installed on the self-rotating body by a flat belt on the movable shaft provided in parallel with the self-rotating body. In the self-rotating body, the end of the rotating belt installed on the end belt wheel is installed on the belt wheel of the gearbox and rotates. The rotating belt of another belt wheel installed on the speed increaser is characterized by being installed on a belt wheel of a rotating shaft provided on the generator.

考案の効果Effect of device

以上説明したように、本考案の回転力発生器の発電装置によれば、複数の器具を直列又は並設に設置するだけで、初期の電力エネルギーを少なくとも１０倍以上に供給できると云う効果と、最初の駆動モーターの作動によって発電に要する高エネルギーを供給できるために電力料金が著しく安価となる経済的な優れた効果もある。そして、駆動モーター、減速機、自己回転体及び増速機と発電機とを直列に連繋する簡単な接続方法による回転力で容易に入力より大きな発電ができると云う効果がある。また、自己回転体と発電機との各々のベルト車に回転ベルトを架設したので、全体を小型化でき、且つ各々の回転は、架設されたベルトの回動によって起動を円滑に作動できる効果がある。
さらに、駆動モーター、減速機とを並設して回転ベルトを利用して自己回転体の回転を行い、且つ該自己回転体の端部の回転軸のベルト車と、増速機のベルト車とを回転ベルトを以って架設し、該増速機と該発電機とのベルト車に回転ベルトを架設したことにより、回転ベルトは正確に回転してエネルギーを各ベルトと各ベルト車に伝達すると云う新規な電力発生の方法である優れた効果がある。As described above, according to the power generator of the rotational force generator of the present invention, it is possible to supply the initial power energy at least 10 times or more simply by installing a plurality of instruments in series or in parallel. In addition, since the high energy required for power generation can be supplied by the operation of the first drive motor, there is also an excellent economic effect that the power charge is remarkably low. Further, there is an effect that it is possible to easily generate electric power larger than the input by a rotational force by a simple connection method in which the drive motor, the speed reducer, the self-rotating body and the speed increaser and the generator are connected in series. In addition, since a rotating belt is installed on each belt wheel of the self-rotating body and the generator, the whole can be reduced in size, and each rotation has an effect that the start can be smoothly operated by the rotation of the installed belt. is there.
Further, a drive motor and a speed reducer are juxtaposed to rotate the self-rotating body using a rotating belt, and a belt wheel of a rotating shaft at an end of the self-rotating body, a belt wheel of a speed increasing gear, Is installed with a rotating belt, and the rotating belt is installed on the belt wheel of the speed increaser and the generator so that the rotating belt rotates accurately and energy is transmitted to each belt and each belt wheel. There is an excellent effect that is a novel method of generating electric power.

本考案の実施の形態を説明すると、この回転力発生器の駆動システムにおいては、駆動モーター（５）を初期の回転動として使用し、これを減速機（４）に伝える。この伝達エネルギーを増幅して、円筒の自己回転体（３）の中心の回転軸（８）に伝達し、初期の回転を行い、該自己回転体（３）が初期の駆動エネルギーを受けて自己増幅し、増速機（２）を介して同期発電機（１）に対する発電に要する高エネルギーを数倍にして供給し、このエネルギーをベルト及びベルト車によって伝達する新しい装置として使用するものである。  The embodiment of the present invention will be described. In the drive system of the rotational force generator, the drive motor (5) is used as an initial rotational motion, and this is transmitted to the speed reducer (4). This transmission energy is amplified and transmitted to the rotation shaft (8) at the center of the cylindrical self-rotating body (3) to perform initial rotation, and the self-rotating body (3) receives the initial driving energy to It amplifies and supplies the high energy required for power generation to the synchronous generator (1) through the speed increaser (2) several times, and is used as a new device for transmitting this energy by the belt and the belt vehicle. .

次に本考案の実施例を図面について説明すると、図１に示すものは、矢印（７）の如く、直列に動力の流れを示し、電動モーターである駆動モーター（５）で初期の回転動力として、減速機（４）に伝え、次に回転軸（８）を介して起電力を発生する自己回転体（３）に連結し、該自己回転体（３）には、入力をより大きくする増速機（２）を連結介在した後に発電機（１）に連繋したものである。  Next, an embodiment of the present invention will be described with reference to the drawings. FIG. 1 shows a flow of power in series as indicated by an arrow (7), and an initial rotational power by a drive motor (5) which is an electric motor. , Transmitted to the speed reducer (4), and then connected to the self-rotating body (3) that generates an electromotive force via the rotating shaft (8). The speed machine (2) is connected to the generator (1) after being connected.

また、図２に示す実施例は、請求項２に示すもので、駆動モーター（５）に減速機（４）を連結し、該減速機（４）には、回転軸（８）を介して自己回転体（３）に連結すると共に、該自己回転体（３）は、発電機（１）と並列状に装設される。該自己回転体（３）には、軸を介して増速機（２）を連結する。該増速機（２）と、該発電機（１）との端軸に各々ベルト車（９）（９）を設け、該ベルト車（９）（９）には、各種の回転ベルト（６）を架設したものである。  The embodiment shown in FIG. 2 is as shown in claim 2, and a reduction gear (4) is connected to the drive motor (5), and the reduction gear (4) is connected to the reduction gear (4) via a rotating shaft (8). The self-rotating body (3) is connected in parallel with the generator (1) while being connected to the self-rotating body (3). The speed increasing device (2) is connected to the self-rotating body (3) through a shaft. Belt wheels (9) and (9) are respectively provided on end shafts of the speed increaser (2) and the generator (1), and the belt wheels (9) and (9) are provided with various rotating belts (6 ).

更に、図３に示す実施例のものは、請求項３に示すもので、駆動モーター（５）と、減速機（４）を並設し、該駆動モーター（５）の一端と、減速機（４）の両端には、各々回転軸（８）とベルト車（９）によって回転ベルト（６）（６）を架設する。該駆動モーター（５）は、回転ベルト（６）を以って減速機（４）を回転し、該減速機（４）は、該回転ベルト（６）を中心に回転軸（８）を設けた自己回転体（３）に連結してある。そして該自己回転体（３）の他端には、回転ベルト（６）を架設し、その回転ベルト（６）の端部は、増速機（２）の端部に設けた回転軸（８）に架設してある。該増速機（２）に設けた回転軸（８）とベルト車（９）の端部は、発電機（１）に設けた回転軸（８）のベルト車（９）に各々架設して矢印（７）の方向に回転している。  Further, the embodiment shown in FIG. 3 is the one shown in claim 3, wherein a drive motor (5) and a speed reducer (4) are arranged side by side, one end of the drive motor (5), and a speed reducer ( The rotating belts (6) and (6) are installed on both ends of 4) by the rotating shaft (8) and the belt wheel (9), respectively. The drive motor (5) rotates the speed reducer (4) with a rotating belt (6), and the speed reducer (4) is provided with a rotating shaft (8) around the rotating belt (6). Connected to the self-rotating body (3). A rotating belt (6) is installed on the other end of the self-rotating body (3), and an end of the rotating belt (6) is a rotating shaft (8) provided at an end of the speed increasing device (2). ). The rotating shaft (8) provided on the speed increaser (2) and the end of the belt wheel (9) are respectively installed on the belt wheel (9) of the rotating shaft (8) provided on the generator (1). It rotates in the direction of arrow (7).

また、図４に示す実施例のものは、請求項４に示すもので、駆動モーター（５）と減速機（４）とを並設し、該駆動モーター（５）は、一端部のベルト車（９）と該減速機（４）の一端部のベルト車（９）とを回転ベルト（６）によって回転自在に架設してある。次に、該減速機（４）の他端部に架設された回転ベルト（６）は、平ベルト（１１）（１１）を架設した可動軸（１０）の軸部に架設して自己回転体（３）に初期の回転を伝え、自己回転体（３）は駆動エネルギーを受けて自己増幅する。また、該自己回転体（３）のベルト車（９）に架設された回転ベルト（６）の端部は、増速機（２）の一端部に架設され、該増速機（２）の他端部は、ベルト車（９）によって回転ベルト（６）を架設してある。該増速機（２）に架設された該回転ベルト（６）は、発電機（１）の端部に設けた回転軸（８）に設けたベルト車（９）によって回転自在に架設した構成となっている。  Further, the embodiment shown in FIG. 4 is the one shown in claim 4, wherein a drive motor (5) and a speed reducer (4) are arranged in parallel, and the drive motor (5) is a belt wheel at one end. (9) and a belt wheel (9) at one end of the speed reducer (4) are rotatably mounted by a rotating belt (6). Next, the rotating belt (6) installed on the other end of the speed reducer (4) is installed on the shaft of the movable shaft (10) on which the flat belts (11) and (11) are installed. The initial rotation is transmitted to (3), and the self-rotating body (3) receives drive energy and self-amplifies. Further, the end of the rotating belt (6) installed on the belt wheel (9) of the self-rotating body (3) is installed on one end of the speed increasing device (2), and the speed increasing device (2) The other end is provided with a rotating belt (6) by a belt wheel (9). The rotating belt (6) installed on the speed increaser (2) is rotatably installed by a belt wheel (9) provided on a rotating shaft (8) provided at an end of the generator (1). It has become.

本考案の回転力発生器の全体を直列に配設した全体図である。  It is the whole figure which has arranged the whole torque generator of the present invention in series. 同じく本考案の他の実施例を示す配列した全体図である。  It is the whole figure which arranged similarly showing other examples of the present invention similarly. 本考案の他の実施例を示す配列した全体図である。  It is the arranged whole figure which shows the other Example of this invention. 同じく本考案の他の実施例を示す配列した全体図である。  It is the whole figure which arranged similarly showing other examples of the present invention similarly.

符号の説明Explanation of symbols

１ 発電機
２ 増速機
３ 自己回転体
４ 減速機
５ 駆動モーター
６ 回転ベルト
７ 流れの矢印
８ 回転軸
９ ベルト車
１０ 可動軸
１１ 平ベルトDESCRIPTION OF SYMBOLS 1 Generator 2 Gearbox 3 Self-rotating body 4 Reduction gear 5 Drive motor 6 Rotating belt 7 Flow arrow 8 Rotating shaft 9 Belt wheel 10 Movable shaft 11 Flat belt

Claims (4)

回転動力の発生による発電装置において、初期に作動する回転動力として用いる駆動モーター（５）を装設し、該駆動モーター（５）には、連繋して減速機（４）を設け、該減速機（４）には回転軸（８）を介在して自己回転体（３）を連繋し、該自己回転体（３）には、増速機（２）を連結すると共に、該増速機（２）を介して同期発電機（１）に供給することを特徴とする回転力発生器の発電装置。  A drive motor (5) used as rotational power that operates in an initial stage is installed in a power generation device that generates rotational power. The drive motor (5) is connected to a speed reducer (4), and the speed reducer (4) is connected to a self-rotating body (3) via a rotating shaft (8). The self-rotating body (3) is connected to a speed increaser (2) and the speed increaser ( A generator of a rotational force generator, wherein the generator is supplied to the synchronous generator (1) via 2). 請求項１における減速機（４）に回転軸（８）を介在した自己回転体（３）には、増速機（２）を連結し、該増速機（２）には、ベルト車（９）を設けた回転ベルト（６）を架設し、且つ、該自己回転体（３）には、並設して発電機（１）を装設し、該発電機（１）には、回転軸（８）を介してベルト車（９）を設け、該ベルト車（９）には、該増速機（２）に架設した該回転ベルト（６）を架設したことを特徴とする請求項１の回転力発生器の発電装置。  A speed-up gear (2) is connected to a self-rotating body (3) in which a rotation shaft (8) is interposed in a reduction gear (4) according to claim 1, and the speed-up gear (2) is connected to a belt wheel ( 9) is installed on the rotating belt (6), and the generator (1) is installed on the self-rotating body (3) in parallel, and the generator (1) is rotated. A belt wheel (9) is provided via a shaft (8), and the belt (9) is provided with the rotating belt (6) installed on the speed increaser (2). 1 is a power generator for a rotational force generator. 駆動モーター（５）と並列に減速機（４）を設け、該駆動モーター（５）と該減速機（４）には、各々の両端の回転軸（８）及びベルト車（９）に回転ベルト（６）を架設し、該減速機（４）には、回転軸（８）を介して回転ベルト（６）を架設して自己回転体（３）に連結し、該自己回転体（３）は、増速機（２）との間を回転ベルト（６）を以って回転自在に架設し、該増速機（２）は、発電機（１）に設けた回転軸（８）のベルト車（９）に回転ベルト（６）を架設した事を特徴とする回転力発生器の発電装置。  A speed reducer (4) is provided in parallel with the drive motor (5), and the drive motor (5) and the speed reducer (4) have a rotation belt (8) at each end and a belt (9) with a rotation belt. (6) is installed, and a rotating belt (6) is installed on the speed reducer (4) via a rotating shaft (8) and connected to the self-rotating body (3). The self-rotating body (3) Is installed between the speed increaser (2) with a rotating belt (6) so that the speed increaser (2) is connected to the rotating shaft (8) of the generator (1). A power generator for a rotational force generator, characterized in that a rotating belt (6) is installed on a belt wheel (9). 請求項３の駆動モーター（５）に回転ベルト（６）で並列された減速機（４）を設け、該減速機（４）の他方に設けた回転ベルト（６）と連通する可動軸（１０）に自己回転体（３）に架設して回転する平ベルト（１１）の端部を架渡し、該自己回転体（３）には、端部に設けた回転ベルト（６）が増速機（２）のベルト車（９）に架設され、該増速機（２）には、回転ベルト（６）を介して発電機（１）に設けた回転軸（８）とベルト車（９）とに回転自在に架設した事を特徴とする回転力発生器の発電装置。  A drive motor (5) according to claim 3 is provided with a reduction gear (4) arranged in parallel with a rotary belt (6), and a movable shaft (10) communicating with the rotary belt (6) provided on the other side of the reduction gear (4). ) Is passed over the end portion of the flat belt (11) that is laid and rotated on the self-rotating body (3), and the rotating belt (6) provided on the end portion is connected to the self-rotating body (3). A belt wheel (9) is installed on the belt wheel (9) of (2), and the speed increaser (2) includes a rotating shaft (8) and a belt wheel (9) provided on the generator (1) via the rotating belt (6). A power generator for a rotational force generator, characterized in that it is installed rotatably.
JP2005008177U 2005-09-01 2005-09-01 Power generator for rotational power generator Expired - Fee Related JP3117210U (en)

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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2012520054A (en) * 2009-03-12 2012-08-30 文秀 李 Power generation unit

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2012520054A (en) * 2009-03-12 2012-08-30 文秀 李 Power generation unit

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