JP2013164060A - Power generation apparatus - Google Patents

Power generation apparatus Download PDF

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JP2013164060A
JP2013164060A JP2012044565A JP2012044565A JP2013164060A JP 2013164060 A JP2013164060 A JP 2013164060A JP 2012044565 A JP2012044565 A JP 2012044565A JP 2012044565 A JP2012044565 A JP 2012044565A JP 2013164060 A JP2013164060 A JP 2013164060A
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energy
fulcrum
point
arm
falling
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JP6035464B2 (en
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Takashi Sakamoto
昂志 坂本
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Abstract

PROBLEM TO BE SOLVED: To solve such a problem that it is difficult to stably supply energy, in renewable energy depending on weather conditions and the like, and to use artificial energy using gravity in a combined manner in order to bear the unstable factors.SOLUTION: No operation is performed during balancing when a fulcrum of one bar is at the center. When the fulcrum is moved in a direction of one end part A point, a fulcrum distance between the fulcrum and the other end part B point becomes longer, and the bar is moved downward since the B point side becomes heavy. In other words, it is possible to obtain falling energy in the amount in which the fulcrum is moved from the center to the A point side. Furthermore, in order to obtain the energy continuously, continuous energy can be found by attaching a plurality of arms.

Description

本発明は、物体が落下するエネルギーを回転に変えることで、回転力を見出すことができる出力装置。  The present invention is an output device capable of finding a rotational force by changing the energy at which an object falls into rotation.

従来のエネルギーは化石燃料の依存率が高く、CO2が発生し環境問題となっています。  Conventional energy is highly dependent on fossil fuels, generating CO2 and causing environmental problems.

これらの脱却のため、国を挙げ風力・太陽熱等の自然エネルギーに転換しようと努力されていますが、自然のエネルギーは晴れたり雨が降ったり、また風が出ない時等、不安定な気象条件により安定したエネルギーの供給ができません。  In order to escape from these problems, the country has been trying to switch to natural energy such as wind power and solar heat. However, natural energy is unstable, such as when it is sunny, rainy, or when there is no wind. This prevents stable energy supply.

上記課題の解決を図るためには不安定要素を補うこと。  To solve the above problem, supplement the unstable factors.

化石化依存を無くすためには、自然エネルギーと共に、人工エネルギーを併用していく。  In order to eliminate fossil dependence, artificial energy is used together with natural energy.

上記に述べた人工エネルギーの解決を図るためには、図1に描かれているシーソー原理を採用することで解決が図れる。  In order to solve the artificial energy described above, the solution can be achieved by adopting the seesaw principle depicted in FIG.

1本の棒(A−B)の支点Oが中心にある場合は均衡がとれていて何も動作はしないが、支点OをA点の方向に移動させると、O−B間の支点距離が長くなり、棒はB点側が重くなることで二点鎖線のように下がります。  When the fulcrum O of one bar (AB) is in the center, it is balanced and does not operate, but if the fulcrum O is moved in the direction of the A point, the fulcrum distance between OB will be It becomes longer and the bar falls like a two-dot chain line by increasing the point B side.

つまり支点Oが中心からA点側へ移動した分の落下エネルギーを得ることができます。  In other words, it is possible to obtain the fall energy as the fulcrum O moves from the center to the A point side.

さらに継続的にエネルギーを得るためには、複数アームを取り付けることで、連続したエネルギーを見出すことができます。  In order to obtain energy continuously, you can find continuous energy by attaching multiple arms.

化石燃料を使用しないことで、自然に優しくその上天候等にも左右されず、安価で安定供給ができます。  By not using fossil fuel, it can be supplied cheaply and stably without being influenced by the weather etc.

化石燃料の依存が少なくなればCO2の削減効果がある。  If the dependence on fossil fuels is reduced, there is an effect of reducing CO2.

自然エネルギーを補うことができる。  It can supplement natural energy.

バッテリーと併用すれば、燃料を使用しないエコカーが可能になる。  When used in combination with a battery, an eco-car that does not use fuel becomes possible.

緊急時等にも素早く対応できる。  Quickly respond to emergencies.

以下、本発明の実施形態を図面に基づき説明いたします。  Embodiments of the present invention will be described below with reference to the drawings.

変形シリンダー本体2は始動部、ブレーキ部および出力発電8の付属部品から成り立っています。  The deformed cylinder body 2 consists of a starting part, a brake part, and output power 8 accessories.

変形シリンダー2は強制的に支点距離を移動させるシリンダーです。  Deformation cylinder 2 is a cylinder that forcibly moves the fulcrum distance.

変形シリンダー2内には4本の落下スライドアーム1を設け、それぞれ落下するスライドアーム1は交差しないように等間隔に集約ドラム5に貫通させ、また落下スライドアーム1がスムーズに移動ができるよう集約ドラム5の出口部分にはスライドコロ20を設けています。  There are four falling slide arms 1 in the deforming cylinder 2, and the falling slide arms 1 are penetrated through the collecting drum 5 at equal intervals so as not to cross each other, and the falling slide arms 1 are gathered so that they can move smoothly. A slide roller 20 is provided at the exit of the drum 5.

一方落下スライドアーム1の両端には重りを兼ね、スムーズに回転できるようアームコロ3を設けています。  On the other hand, both ends of the falling slide arm 1 are weights, and arm rollers 3 are provided for smooth rotation.

またアームコロ3が軌道から外れないよう案内リング6を設けています。  A guide ring 6 is provided to prevent the arm roller 3 from coming off the track.

起動前、ブレーキハンドル4を反時計方向に回すと、正転ネジ14と逆転ネジ13が同時に回転され、戻しバネ11によりスプライン12を返し、デスクアーム15が左右に開き、デスクパット10もデスク板9から離れ、ブレーキがゆるむ。(図はゆるんでいる状態を示す。)  When the brake handle 4 is turned counterclockwise before starting, the forward rotation screw 14 and the reverse rotation screw 13 are simultaneously rotated, the spline 12 is returned by the return spring 11, the desk arm 15 is opened to the left and right, and the desk pad 10 is also a desk plate. Leaving 9 and the brake loosened. (The figure shows a loose state.)

一方回転力を増すためにコイルスターター(市販のコイルスターターを利用)17のスターター・ロープ19を引っ張ることにより変形シリンダー2内にそってそれぞれの落下スライド1が時計方向に回転を始める。  On the other hand, by pulling a starter rope 19 of a coil starter (utilizing a commercially available coil starter) 17 to increase the rotational force, each falling slide 1 starts to rotate clockwise along the deformation cylinder 2.

以後は作動原理図2を中心に説明していきます。  In the following, the operation principle will be explained with a focus on Fig. 2.

落下スライドアーム1は1a地点に差し掛かると、変形シリンダー2によりアームコロ3によって強制的に押し上げられてくるが、支点距離は上下同じ長さのため落下は発生しない。  When the falling slide arm 1 reaches the point 1a, it is forcibly pushed up by the arm roller 3 by the deforming cylinder 2, but the fulcrum distance is the same as the top and bottom, and no drop occurs.

さらに次の1b地点に進むと、変形シリンダー2よりアームコロ3が押し出され、図に向かって右斜めの方向に落下スライド1が押し上げられてくることで、支点距離は最長の長さとなり、そのため落下スライドアーム1は重くなり時計方向に回転を始める。  Further, when proceeding to the next point 1b, the arm roller 3 is pushed out from the deforming cylinder 2 and the dropping slide 1 is pushed up in the diagonal direction toward the figure, so that the fulcrum distance becomes the longest length, so that it falls. The slide arm 1 becomes heavier and begins to rotate clockwise.

次の1c地点に進むと、落下スライドアーム1の支点距離は最長の長さを保ちつつ、最大の落下する力が得られます。  Proceeding to the next point 1c, the fulcrum distance of the falling slide arm 1 keeps the longest length and the maximum falling force is obtained.

次の1b地点に進むと、落下スライドアーム1の支点距離は最長の長さを保ちますが、落下する力は収束に向かいます。  Proceeding to the next point 1b, the fulcrum distance of the falling slide arm 1 will keep the longest length, but the falling force will converge.

引き続き落下を続けようとする力によって、落下スライドアーム1は変形シリンダー2により、徐々に押し上げられていきます。  The falling slide arm 1 is gradually pushed up by the deforming cylinder 2 by the force to continue to drop.

また、落下スライドアーム1は等間隔となっているため、次々とこの動作を繰り返すことで落下回転が始まり、集約ドラム5を通じ、出力軸7を介し出力発電機8を回転させます。  In addition, since the falling slide arm 1 is equally spaced, the falling rotation starts by repeating this operation one after another, and the output generator 8 is rotated through the output shaft 7 through the collecting drum 5.

停止を行う場合は、ブレーキハンドル4を時計方向に回していくとブレーキが働き、各落下スライドアーム1も停止となります。When stopping, turn the brake handle 4 clockwise and the brake will work, and each falling slide arm 1 will also stop.

シーソーアームの原理図  Principle of seesaw arm 落下スライドアームの作動原理図  Operation principle diagram of falling slide arm 本発明の変形シリンダーの図4側面におけるC−C線部分断面図  CC partial sectional view on the side of FIG. 4 of the modified cylinder of the present invention 同変形シリンダーの図3におけるA−A線断面図  Sectional view taken along line AA in FIG. 同変形シリンダーの図3におけるB−B線断面図  Sectional view taken along the line BB in FIG. 同変形シリンダーの出力発電機側から見た斜視図  The perspective view seen from the output generator side of the deformation cylinder

1 落下スライドアーム
2 変形シリンダー
3 アームコロ
4 ブレーキハンドル
5 集約ドラム
6 案内リング
7 出力軸
8 出力発電機
9 デスク板
10 デスクパット
11 戻しバネ
12 スプライン
13 逆ネジ
14 正ネジ
15 デスクアーム
16 取付けボルト穴
17 コイルスターター
18 油抜き栓
19 スターター・ロープ
20 スライドコロ
21 アームコロ・ピン
22 ベアリング
DESCRIPTION OF SYMBOLS 1 Drop slide arm 2 Deformation cylinder 3 Arm roller 4 Brake handle 5 Aggregation drum 6 Guide ring 7 Output shaft 8 Output generator 9 Desk plate 10 Desk pad 11 Return spring 12 Spline 13 Reverse screw 14 Positive screw 15 Desk arm 16 Mounting bolt hole 17 Coil starter 18 Oil drain plug 19 Starter rope 20 Slide roller 21 Arm roller pin 22 Bearing

本発明は、物体が落下するエネルギーを回転力に変えた動力発生装置  The present invention relates to a power generation device in which the energy at which an object falls is changed to a rotational force

回転落下してきた落下スライドアーム1は真下に差し掛かると、別の落下スライドアーム1の落下重力で変形シリンダー2により回転しながら押し上げられ、やがて上下の長さが逆転となり、更に押し上げられ落下スライドアーム1の支点からの距離が長くなり回転落下が始まる。この動作を繰返すことで連続回転を得る。  When the falling slide arm 1 that has been rotated and dropped is approached directly below, it is pushed up while rotating by the deforming cylinder 2 due to the falling gravity of another falling slide arm 1, and the vertical length is reversed in the opposite direction, and is further pushed up and dropped. The distance from the fulcrum of 1 becomes longer and the rotating drop begins. Continuous rotation is obtained by repeating this operation.

回転エネルギーは各落下スライドアーム1を通じ、集約ドラム5に結集された、動力は出力軸7を介し出力発電機8へ導かれていく。  The rotational energy is concentrated on the collecting drum 5 through each falling slide arm 1, and the power is guided to the output generator 8 via the output shaft 7.

Claims (4)

落下するエネルギーを変形シリンダーによりアームの支点距離を最適な位置に変えることで常に落下する側を重くし回転力を増すことができる。  By changing the fulcrum distance of the arm to the optimum position with the deforming cylinder, the falling energy can be made heavy and the rotational force can be increased. 継続的に回転力を得るため複数落下アームを設けることによって安定した回転力を見出せる。  Stable rotational force can be found by providing a plurality of drop arms to obtain continuous rotational force. 燃料を使用しない。  Do not use fuel. どこでも可能な限り容易に出力を取り出すことができる。  The output can be taken out as easily as possible anywhere.
JP2012044565A 2012-02-13 2012-02-13 Power generator Active JP6035464B2 (en)

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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPWO2021049139A1 (en) * 2019-09-10 2021-10-28 株式会社高松技研 Rotational torque generator

Citations (8)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPH05256249A (en) * 1992-03-13 1993-10-05 Koji Chiaki Self-actuated power generating machine cooperated with weight
JPH11173256A (en) * 1997-08-18 1999-06-29 Takeshi Ohata Rotating device which rotates by generating power with attraction and magnetic force
US20050000315A1 (en) * 2003-07-01 2005-01-06 Lee Dug Gum Rotational movement amplifying apparatus
JP2008019846A (en) * 2006-07-12 2008-01-31 Akifumi Hoshino Motor using power
JP2008045532A (en) * 2006-08-16 2008-02-28 Hajime Kamiya Electric power generation by inertia force rotating machine
JP2010096170A (en) * 2008-09-22 2010-04-30 Yuichi Otaku Axial force rotary power plant
WO2010070375A1 (en) * 2008-12-18 2010-06-24 Georgios Lourgas Gravity engine
WO2011086970A1 (en) * 2010-01-14 2011-07-21 株式会社シンプル東京 Power device

Patent Citations (8)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPH05256249A (en) * 1992-03-13 1993-10-05 Koji Chiaki Self-actuated power generating machine cooperated with weight
JPH11173256A (en) * 1997-08-18 1999-06-29 Takeshi Ohata Rotating device which rotates by generating power with attraction and magnetic force
US20050000315A1 (en) * 2003-07-01 2005-01-06 Lee Dug Gum Rotational movement amplifying apparatus
JP2008019846A (en) * 2006-07-12 2008-01-31 Akifumi Hoshino Motor using power
JP2008045532A (en) * 2006-08-16 2008-02-28 Hajime Kamiya Electric power generation by inertia force rotating machine
JP2010096170A (en) * 2008-09-22 2010-04-30 Yuichi Otaku Axial force rotary power plant
WO2010070375A1 (en) * 2008-12-18 2010-06-24 Georgios Lourgas Gravity engine
WO2011086970A1 (en) * 2010-01-14 2011-07-21 株式会社シンプル東京 Power device

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPWO2021049139A1 (en) * 2019-09-10 2021-10-28 株式会社高松技研 Rotational torque generator
JP7030373B2 (en) 2019-09-10 2022-03-07 株式会社高松技研 Rotational torque generator

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