JP2011226453A - Spring as power of generator - Google Patents

Spring as power of generator Download PDF

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Publication number
JP2011226453A
JP2011226453A JP2010106725A JP2010106725A JP2011226453A JP 2011226453 A JP2011226453 A JP 2011226453A JP 2010106725 A JP2010106725 A JP 2010106725A JP 2010106725 A JP2010106725 A JP 2010106725A JP 2011226453 A JP2011226453 A JP 2011226453A
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power
generator
mainspring
energy
wind
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JP2010106725A
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Japanese (ja)
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Hiromichi Kinoshita
博道 木下
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    • YGENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y02TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02EREDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
    • Y02E10/00Energy generation through renewable energy sources
    • Y02E10/70Wind energy
    • Y02E10/72Wind turbines with rotation axis in wind direction

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Abstract

PROBLEM TO BE SOLVED: To provide clean energy free from polluting air to solve problems such as the drain of fossil fuel or global warming.SOLUTION: A generator is rotated to generate electric power by using power holding durability and energy which a spring 4 possesses, gradually releasing the power and giving mass to a communicating gear, achieving the light rotation of a thrust bearing without changing the mass, making existing equipment needless and giving the energy holding power and control function of the spring to the generator.

Description

鋼の弾性を回転力に変えて動力として利用する  Change the elasticity of steel to rotational force and use it as power

鋼のトルクは巻かれる鋼の板の厚さと巾によって決定される。  The torque of the steel is determined by the thickness and width of the steel plate being wound.

鋼の回転は、その長さと取り出すトルクによって回転時間が決まる。  The rotation time of steel is determined by its length and the torque taken out.

巻いた鋼の板を解除する事によって力を放出する。  The force is released by releasing the rolled steel plate.

鋼の反発は回転を止める事によって力をキープする事が出来る。  The repulsion of steel can keep the force by stopping the rotation.

動力として使用する場合は発電をある一定期間、駆動する事が必要である。  When used as power, it is necessary to drive power generation for a certain period.

従って負荷を消化するトルクと必要な時間駆動する能力を要する。  Therefore, the torque required to digest the load and the ability to drive for the required time are required.

トルクは鋼の巻かれる(以後ゼンマイと称する)ゼンマイの大きさによって決まるが同軸に同型のゼンマイを複数接続する事によって解決される。  Torque is determined by the size of the mainspring wound with steel (hereinafter referred to as a mainspring), but can be solved by connecting a plurality of same-type springs on the same axis.

0007に記述した回転時間はその回転を1秒間1刻みする歯車の歯の数によって決まるが充分なトルクを得られたゼンマイは1秒間に数回転させる事によって最短24時間の回転が得られる事は柱時計によって証明されている。  The rotation time described in 0007 is determined by the number of gear teeth that make one rotation per second, but a spring that has obtained sufficient torque can be rotated for a minimum of 24 hours by rotating it several times per second. Proven by the wall clock.

上記の回転は中心に位置する制御用の軸の円回転を利用して出力側と負荷側をピストン機構によって制御する。  In the above rotation, the output side and the load side are controlled by the piston mechanism using the circular rotation of the control shaft located at the center.

ピストン機構は円盤の円周側に回転する支点を置き、その支点が円回転するのに伴いあらかじめ取り付けられた記憶合金の細い軸を左右に直線運動させる。  The piston mechanism places a fulcrum that rotates on the circumferential side of the disk, and as the fulcrum rotates, the thin axis of the memory alloy attached in advance moves linearly from side to side.

ゼンマイ機械の各歯車はナイロン若しくはプラスチック非磁性体で作られている。然し低回転で回る記憶合金の軸が近付く左右の歯車は磁性体で作られている。  Each gear of the mainspring machine is made of nylon or plastic non-magnetic material. However, the left and right gears that approach the axis of the memory alloy that rotates at a low speed are made of a magnetic material.

磁性体の歯車は左右に直線運動する記憶合金のピストン棒は、その先端に磁石を取り付けられてあり、そのピストン棒が磁性体の歯車に2cm〜5cm近付く事によって、その回転が増速しない様に出力と負荷の両方からコントロールする。  A magnetic alloy gear rod that moves linearly from side to side has a magnet attached to its tip, and the piston rod approaches 2 cm to 5 cm so that the rotation speed does not increase. Control from both output and load.

ゼンマイのトルクが大きくなるにつれゼンマイを巻く力が要求されるのでゼンマイのトルクを分散させる意味で複数のゼンマイを縦軸に接続され、その巻き軸を下の歯車迄貫通させ、1個ずつでも2個ずつでも逆転防止の巻き軸で子供から大人まで巻く事が出来る。  As the mainspring torque increases, the force required to wind the mainspring is required, so that a plurality of mainsprings are connected to the vertical axis in order to disperse the mainspring torque. Even a single piece can be rolled up from children to adults with a roll that prevents reversal.

また要求するトルクはそのゼンマイの数に比例すると同時に巻く力は油圧とか梃を利用する事が出来る。  Also, the required torque is proportional to the number of springs and at the same time, the winding force can be hydraulic or firewood.

発明の効果The invention's effect

ゼンマイの持つ耐久性とエネルギーを保持する力を利用し、それを段階的に解放すると共にその変連する歯車に質量を与え、その質量のエネルギーを変える事無くスラストベアリングにより軽い回転を達成させ、その回転を発電機に与え電力を発生させる。
この回転は従来の機器は一切必要とせずゼンマイの持つエネルギーの保持力と制御機能を発電機に与えるものです。
利用範囲は全ての電気製品に利用出来る事は勿論ですが、自動車、船、ヘリコプターと様々な利用方法が考えられる。
Utilizing the power to maintain the durability and energy of the mainspring, releasing it step by step, giving mass to the rotating gear, achieving light rotation with the thrust bearing without changing the energy of the mass, The rotation is applied to the generator to generate electric power.
This rotation does not require any conventional equipment and gives the generator the energy retention and control functions of the mainspring.
The range of use is of course applicable to all electrical products, but various uses such as automobiles, ships and helicopters are possible.

ゼンマイの停止は回転する速さが歯車の刻みが1秒で動く様に設計された大きな歯車の刻みにストッパーを差し込む事によって止める事が出来る。
この停止はエネルギーの保持になり再び稼動する場合は差し込むストッパーを抜く事によって再始動する。
The mainspring can be stopped by inserting a stopper into a large gear notch that is designed to rotate at a speed of 1 second.
This stop will hold the energy, and if it starts again, it will restart by removing the stopper.

ゼンマイの減速方法はゼンマイを複数同軸に取り付ける、軸受部分に別のプーリーを設置し角型のケースを取り付ける。
その四角の四つの面に鋼の薄い板を,ふくらみを持たせ取り付け、同じくプーリーの円型の部分の三ヶ所に接触する強さで回転をコントロールする。
同様に外側の角型の面に磁石を取り付け、非接触で減速する。
磁石の据付けの場合は二ヶ所でも何ヶ所でも可能で受けるプーリーはプラスチックでもナイロンでも、その他の非磁性で取り付ける部分に磁石と磁性体とで回転をおこす事が出来る。
The mainspring's speed reduction method is to install a plurality of mainsprings coaxially, install another pulley on the bearing, and attach a square case.
A thin steel plate is attached to the four sides of the square with a bulge, and the rotation is controlled by the strength of contact with the three circular parts of the pulley.
Similarly, a magnet is attached to the outer square surface, and the speed is reduced without contact.
When installing a magnet, it can be installed in two or several places. The pulley you receive can be made of plastic or nylon, and other non-magnetic mounting parts can be rotated with a magnet and magnetic material.

ゼンマイの利用は発電機を回転させ電気エネルギーを取り出せるが、そのゼンマイの巻く方法については風力発電の有効利用率が20%と小さくその発電しない間も弱い風で風車は回転している、その風が発電機を廻すには不足の回転でもゼンマイを廻すには充分は力を有している。
従って風速10m以下の回転時にゼンマイを、廻し力を蓄える。
The mainspring can be used to rotate the generator to extract electrical energy. However, the wind turbine is rotating with a weak wind even when it is not generating power. However, there is enough power to turn the spring even if the rotation is insufficient to turn the generator.
Therefore, the mainspring is rotated and the turning force is stored when the wind speed is 10 m or less.

以前出願した私どもの発明のクリーンエネルギーである自家発電装置をより完全なるクリーンエネルギーとして、CO2削減と地球温暖化防止、化石燃料の不使用による安定的な電気の供給システムを完成させる。  We will complete the stable electricity supply system with CO2 reduction, global warming prevention and non-use of fossil fuel, using the self-powered generator which is the clean energy of our invention, which we previously filed, as a more complete clean energy.

化石燃料の枯渇による代替資源を探索中の近年、地球温暖化、CO2など地球をとりまく状況は日々過酷な状況になりつつあり、未来の人類の生存にかかわる危機的状況の地球を救うために、空気を汚さないクリーンエネルギーである。    In recent years, searching for alternative resources due to depletion of fossil fuels, global warming and the situation surrounding the earth such as CO2 are becoming harsh every day. Clean energy that does not pollute the air.

本発明を既存の風力発電および自家発電機などの駆動等の動力補助として使用することにより完全なるクリーンエネルギーとなる。    By using the present invention as power assistance for driving existing wind power generators and private power generators, etc., it becomes complete clean energy.

本発明を使用した場合、化石燃料を使用せず空気を汚さない。従って地球温暖化防止に貢献する事となる。    When this invention is used, fossil fuel is not used and air is not polluted. Therefore, it will contribute to the prevention of global warming.

側面図である。  It is a side view.

本発明を実施するためは既存の風力発電場所などに設置しさえすれば、直ちに使用できるのがゼンマイのゼンマイたるところでる。    In order to implement the present invention, the mainspring can be used immediately as long as it is installed in an existing wind power generation place.

本発明を電気などのインフラが無い地域でもゼンマイを廻すだけなので場所を選ばずに発電機等を駆動させられるので産業上のみでなく、地球規模のエネルギーの変革になる可能性がある。  Since the present invention only rotates the mainspring even in an area where there is no infrastructure such as electricity, the generator and the like can be driven regardless of the location, so there is a possibility of not only industrial but also global energy transformation.

1. ラチェット
2. ラチェットツメ
3. ギヤ
4. ゼンマイボックス
1. Ratchet 2. 2. Ratchet claw Gear 4. Wind-up toy box

Claims (6)

鋼の弾性を回転力に変え動力として利用し発電機等の、回転体の駆動動力としてのゼンマイを使用することにより、化石燃料を使用せずに駆動できる。It is possible to drive without using fossil fuel by using the mainspring as the driving power of the rotating body such as a generator by using the elasticity of the steel as the driving force. 風力発電においての駆動および発電補助としての、動力のゼンマイを使用することにより風の強すぎる時や、弱すぎる時に使用不可になっていた風力発電の無駄な時間をなくす事が出来る。By using a power spring as a drive and power generation assist in wind power generation, it is possible to eliminate wasted time of wind power generation that has been disabled when the wind is too strong or too weak. ゼンマイの持つ耐久性とエネルギーを保持する力を利用し、それを段階的に解放すると共にその変連する歯車に質量を与え、その質量のエネルギーを変える事無くスラストベアリングにより軽い回転を達成させ、その回転を発電機に与え電力を発生させる。  Utilizing the power to maintain the durability and energy of the mainspring, releasing it step by step, giving mass to the rotating gear, achieving light rotation with the thrust bearing without changing the energy of the mass, The rotation is applied to the generator to generate electric power. この回転は従来の機器は一切必要とせずゼンマイの持つエネルギーの保持力と制御機能を発電機に与えるものです。  This rotation does not require any conventional equipment and gives the generator the energy retention and control functions of the mainspring. 利用範囲は全ての電気製品に利用出来る事は勿論ですが、自動車、船、ヘリコプターと様々な利用方法が考えられる。  The range of use is of course applicable to all electrical products, but various uses such as automobiles, ships and helicopters are possible. ゼンマイの利用は発電機を回転させ電気エネルギーを取り出せるが、そのゼンマイの巻く方法については風力発電の有効利用率が20%と小さくその発電しない間も弱い風で風車は回転している、その風が発電機を廻すには不足の回転でもゼンマイを廻すには充分は力を有しているので、風速10m以下の回転時にゼンマイを、廻し力を蓄える。    The mainspring can be used to rotate the generator to extract electrical energy. However, the wind turbine is rotating with a weak wind even when it is not generating power. Even if the rotation is insufficient to rotate the generator, it has enough power to rotate the mainspring, so that the mainspring can be stored when the wind speed is 10 m or less.
JP2010106725A 2010-04-15 2010-04-15 Spring as power of generator Pending JP2011226453A (en)

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Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN106321374A (en) * 2016-09-22 2017-01-11 徐汉武 Portable mobile generator
CN107061140A (en) * 2014-04-07 2017-08-18 长乐市丽智产品设计有限公司 A kind of energy storage device
CN107355344A (en) * 2014-04-07 2017-11-17 晋江市东亨工业设计有限公司 A kind of energy storage device with wind energy converter

Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN107061140A (en) * 2014-04-07 2017-08-18 长乐市丽智产品设计有限公司 A kind of energy storage device
CN107355344A (en) * 2014-04-07 2017-11-17 晋江市东亨工业设计有限公司 A kind of energy storage device with wind energy converter
CN106321374A (en) * 2016-09-22 2017-01-11 徐汉武 Portable mobile generator

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