JP2011169307A

JP2011169307A - Generator

Info

Publication number: JP2011169307A
Application number: JP2010076160A
Authority: JP
Inventors: Kaizo Maeda; 開造前田
Original assignee: Individual
Current assignee: Individual
Priority date: 2010-02-17
Filing date: 2010-02-17
Publication date: 2011-09-01

Abstract

<P>PROBLEM TO BE SOLVED: To utilize gravity in order not to need other power for generating power. <P>SOLUTION: A conventional power generating mechanism utilizing a matched elastic device and a half turn of a large rotating body with a small rotating body is provided with an additional gravity-utilizing actuating mechanism in order not to need any motivity for generating power. <P>COPYRIGHT: (C)2011,JPO&INPIT

Description

Detailed Description of the Invention

Industrial application fields

この発明は動力を何にも必要としない発電機の分野である。 This invention is in the field of generators that do not require any power.

整合弾性体装置特開２００１−３２７６３
発電機関係特願２００１−１５１７３２
上同特願２００２−３４４６６９
上同特願２００３−１２４５８３Matching elastic body device
Generator-related Japanese Patent Application No. 2001-151732
The same Japanese Patent Application 2002-344669
The same Japanese Patent Application 2003-124583

Problems to be solved by the invention

重力を利用し、他に動力を必要としないことである。 It uses gravity and requires no other power.

Means to solve the problem

整合弾性体装置、重力、張力機構を利用する。 Uses a matching elastic device, gravity and tension mechanism.

Action

作動に動力を必要としない Does not require power to operate

図１は、請求項２の機構を、特許３９０３２１９号の［請求項３］の、（イ）（ロ）（ハ）の機構に取付けた図
図２は、請求項２の機構を正面から見た図
図３より図１１は、請求項２の機構、及び作動を示した図
以下、作動の説明（機構も）
図３は、作動を始める前の状態
大回転体１は、半回転をさせない為固定状態
上方の作動準備用回転体Ａ２の重量物Ａ３は上方状態、下方の作動準備回転体Ｂ２の重量物Ｂ３は下方状態
Ａ２、Ｂ２双方を１に固定。
図４は、上方のＡ２の固定を外し、重量物Ａ３の落下力によりＡ２を左方向に、半回転させた図である。
Ａ２の左方向半回転により、Ａ６は上方に引上げられ、その下方についたＡ７が４の中から引上げられ、図４の状態となる。
此所で、Ａ２を１に固定する。Ｂ２は固定の状態で未だ作動していない。
図５は、１の、半回転途中の図である。
１自体の固定を外すとＡ７の張力により、１は左方向に半回転する。
Ａ７は、１を半回転させ乍ら４の中に引き込まれ、Ｂ６が引出され始める。
１も、Ａ７も、Ｂ６も、作動途中の図である。
図６は、１が、半回転した段階で、固定した図である。
此所で、図６自体の説明ではなく、図６状態となった時の全体の作動を述べる。
大回転体１等の半回転により、中央機構の大回転体に固定された小回転体が半回転し、その重量物は上方となる。ここで小回転体を半回転させ、歯車機構により回転数を大増加して発電機を回転し発電する
図６自体の説明をする。
図６は、前述の通り、１が半回転した段階で固定した図であるが、Ａ７は総べて、４の中に引込まれたがＡ６は未だ残り、Ｂ２が上方状態になったことにより、Ｂ６が４から引出され、此の形となる。
Ａ２の重量物Ａ３は未だ上方状態である。
図７は、Ａ２の固定を外し、その重量物Ａ３の重力により、Ａ２を右方向に半回転させ、再び固定した図である。
Ａ６は、総べて４の中に引込まれ、Ａ２に固定された部分だけが残った状態
図８は、Ｂ２がその重量物Ｂ３の重力により、右方向に半回転した図。
Ｂ２の固定を外すと、Ｂ２はＢ３の重力により右方向に半回転し、Ｂ６が引上げられ、それにより、Ｂ７が４から引出されて張力を発生する。
ここで、Ｂ２を固定する。
図９は、大回転体１の固定を外し１が、そのＢ７の張力により右方向に半回転途中の図である。
図１０は、１の半回転終了図
Ｂ２の重量物Ｂ３は、未だ上方状態である。
図１１は、Ｂ２の固定を外し、その重量物Ｂ３の重力により、左方向に半回転させた図。
これで図３と同じ状態となるFIG. 1 is a diagram in which the mechanism of claim 2 is attached to the mechanism of (a), (b) and (c) of [Claim 3] of Japanese Patent No. 3903219. FIG. 3 to FIG. 11 are diagrams showing the mechanism and operation of claim 2 and the following explanations of the operation (mechanism also).
FIG. 3 shows the state before the operation of the large rotating body 1 is not half-rotated, so that the heavy object A3 of the operation preparing rotator A2 in the fixed state is in the upper state, and the heavy object B3 of the lower operation preparing rotator B2 is Both lower states A2 and B2 are fixed to 1.
FIG. 4 is a diagram in which the upper A2 is removed and A2 is rotated halfway counterclockwise by the falling force of the heavy object A3.
Due to the left half rotation of A2, A6 is pulled upward, and A7, which is positioned below it, is pulled up from 4, and the state shown in FIG. 4 is obtained.
At this point, A2 is fixed to 1. B2 is fixed and not yet operating.
FIG. 5 is a diagram of 1 halfway rotation.
When 1 is unfixed, 1 is rotated halfway counterclockwise by the tension of A7.
A7 rotates 1 halfway and is pulled into 4 while B6 begins to be pulled out.
1, A 7, and B 6 are both in operation.
FIG. 6 is a diagram in which 1 is fixed at the stage of half rotation.
Here, not the description of FIG. 6 itself, but the overall operation when the state of FIG. 6 is reached will be described.
Due to the half rotation of the large rotator 1 and the like, the small rotator fixed to the large rotator of the central mechanism makes a half turn, and the heavy object becomes upward. Here, the small rotating body is rotated halfway, and the generator is rotated by a large increase in the number of rotations by the gear mechanism to generate electric power.
FIG. 6 is a diagram in which 1 is fixed at a half-rotation stage as described above, but A7 is all drawn into 4, but A6 still remains, and B2 is in the upper state. , B6 is drawn from 4 and takes this form.
The heavy object A3 of A2 is still in the upward state.
FIG. 7 is a diagram in which A2 is fixed, A2 is rotated halfway clockwise by the gravity of the heavy object A3, and is fixed again.
A6 is drawn in all 4 and only the part fixed to A2 remains. FIG. 8 is a diagram in which B2 is rotated halfway to the right by the gravity of the heavy object B3.
When B2 is unfixed, B2 is rotated halfway in the right direction by the gravity of B3, and B6 is pulled up, whereby B7 is pulled out of 4 to generate tension.
Here, B2 is fixed.
FIG. 9 is a diagram in which the large rotating body 1 is unfixed and 1 is half rotated in the right direction by the tension of B7.
In FIG. 10, the half rotation of 1 is completed. The heavy object B3 in FIG. B2 is still in the upward state.
FIG. 11 is a diagram in which B2 is unfixed and half-rotated leftward due to the gravity of the heavy object B3.
This is the same state as in FIG.

The invention's effect

燃料等全く必要とせず、自動発電を継続可能な発電機A generator that can continue automatic power generation without requiring any fuel

請求項１の発電装置に請求項２の作動準備用回転体付大回転体を、取付けた図A diagram in which the large rotating body with a rotating body for operation preparation of claim 2 is attached to the power generator of claim 1. 作動準備用回転体付大回転体を正面から見た図Front view of large rotating body with rotating body for operation preparation 作動を始める前の状態の図Diagram of the state before starting operation Ａ２（作動準備用回転体）の固定を外し、Ａ２を左方向に半回転させた図The figure which removed fixation of A2 (rotating body for operation preparation), and half-rotated A2 to the left 大回転体１が、半回転途中の図（左方向に）Diagram of large rotating body 1 halfway rotating (to the left) １が、半回転終了図1 is the end of half rotation Ａ２を右方向に半回転させた図A2 half-right turn of A2 Ｂ２を右方向に半回転させた図B2 half-turn rightward 大回転体１が、半回転途中の図（右方向）Diagram of large rotating body 1 halfway (right direction) １が半回転終了図1 is half rotation Ｂ２を左方向に半回転させた図B2 half-turn left

Explanation of sign

１は、大回転体
Ａ２は、作動準備用回転体
Ａ３は、Ａ２に付けられた重量物
Ｂ２は、作動準備用回転体
Ｂ３は、Ｂ２に付けられた重量物
４は、引バネ又は張力ゴム等を利用する為の機構
５は、自由回転体
ａ１、ａ２、は小回転体（手前の２個だけ見えているが、数は勿論４個）
ｂ１、ｂ２、ｂ３、ｂ４も小回転体であるが、図２は、見えているのを示した図では無く、中の機構を示した図の小回転体
Ａ６及びＢ６は、引バネ又は張力ゴム利用用ヒモ。
Ａ７及びＢ７は、引バネ又は張力ゴム等の張力帯。1 is a large rotating body A2, an operation preparing rotating body A3 is a heavy object B2 attached to A2, an operation preparing rotating body B3 is a heavy object 4 attached to B2, a tension spring or a tension rubber, etc. Is a free rotating body a1, a2 is a small rotating body (only two in front are visible, but of course the number is four)
Although b1, b2, b3, and b4 are also small rotators, FIG. 2 is not a view showing that they are visible, and the small rotators A6 and B6 in the drawing showing the mechanism inside are tension springs or tensions. A string for rubber use.
A7 and B7 are tension bands such as a tension spring or tension rubber.

Claims

Patent No. 3903219, which has already obtained a patent Application No. Japanese Patent Application No. 2003-124583, date of application March 11, 2003 Provide a mechanism.

(B) The outermost large rotating body such as the second and third ones, not the first large rotating body provided with two or more large rotating bodies and having a small rotating body on one side opposite to the gear on one side (B) Provide a rotating body for preparation for operation on the outer surface without a small rotating body or the like, on the upper and lower sides of the circumference (b) A free rotating body that simply rotates freely is provided in the center.
(C) A tension spring or tension rubber, etc., that has a tension for half-rotating the large rotating body is provided, and one end of the tension spring or tension rubber is fixed near the circumference of the rotating body for operation preparation described in (a) above. To do.
(D) Next, the other end of the above-mentioned (c) pulling spring or tension rubber is fixed to the lower attachment device.
By the mechanism as described above, the operation preparation rotator is half-rotated by the heavy object, and the large rotator is half-rotated by the tension of the tension rubber or the like generated by the half rotation.
Due to the half rotation of the large rotator, the heavy object of the small rotator becomes upward, and the small rotator rotates half or alternately alternately or simultaneously due to the gravity of the heavy object. In addition, by using a combination of large and small gears, etc., a mechanism that greatly increases the number of revolutions and rotates the generator as necessary to generate electricity