JP2022049628A - Electricity generator - Google Patents

Electricity generator Download PDF

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JP2022049628A
JP2022049628A JP2020169437A JP2020169437A JP2022049628A JP 2022049628 A JP2022049628 A JP 2022049628A JP 2020169437 A JP2020169437 A JP 2020169437A JP 2020169437 A JP2020169437 A JP 2020169437A JP 2022049628 A JP2022049628 A JP 2022049628A
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coil
magnet
plates
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plate
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JP7090846B2 (en
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富美子 伊藤
Fumiko Ito
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    • Y—GENERAL 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
    • Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
    • Y02E10/00—Energy generation through renewable energy sources
    • Y02E10/70—Wind energy
    • Y—GENERAL 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
    • Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
    • Y02E10/00—Energy generation through renewable energy sources
    • Y02E10/70—Wind energy
    • Y02E10/728—Onshore wind turbines

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Abstract

To provide an electricity generator that is able to generate electricity when wind changes in strength and can be installed on a wall surface or fixed surface of an existing building.SOLUTION: With a coil fixed to one side of a plate and a magnet fixed to one side of the other plate, the two plates are placed having the coil-fixed side and the magnet-fixed side opposed to each other, an elastic body is sandwiched between the two plates at a place different from the place where there is the coil and the place where there is magnet, and two plates are stuck thereupon. The one plate is installed on a wall surface or fixed surface of a building. When blowing wind presses the other plate and then changes in strength, an interval between the two plates is elastically changed to vary the distance between the magnet and coil and the length of the part where the magnet is in the coil, and a current flows through the coil to generate electricity. More electricity can be generated by increasing the numbers of coils and magnets fixed to the plates.SELECTED DRAWING: Figure 5

Description

本発明は、２枚の板の間にコイルと磁石と弾性体を挟んで、２枚の板を貼り合わせて、風が吹く際に、風の強弱が変化するときに板の間隔を弾力的に変化させることにより発電させることを工夫した、既設の建造物の壁面や固定面などに設置しておける、発電機に関するものである。 In the present invention, a coil, a magnet, and an elastic body are sandwiched between two plates, and the two plates are bonded together to elastically change the distance between the plates when the strength of the wind changes when the wind blows. It is related to a generator that can be installed on the wall surface or fixed surface of an existing building, which is devised to generate electricity by making it generate electricity.

従来は、風が吹く際に発電させる発電機としては、羽が風を受けて回転板を回転させて発電させる、風車による風力発電機があった。従来の方法の風車による風力発電機は、設置する場所にある程度の広さが必要であり、設置場所に制約が多く、また、騒音が出て環境に影響を及ぼすこともある。台風や落雷の被害も受けやすい。個人のどのような環境の家庭でも設置できる条件を整えるのが難しかった。 Conventionally, as a generator that generates electricity when the wind blows, there has been a wind turbine generator that generates electricity by rotating a rotating plate in which the wings receive the wind. The wind power generator using the wind turbine of the conventional method requires a certain amount of space to be installed, there are many restrictions on the installation place, and noise may be generated to affect the environment. It is also susceptible to typhoons and lightning strikes. It was difficult to set the conditions for installation in any personal environment of the home.

これまでは、風が吹く際に板の間隔を変化させることにより発電させる方法の発電機はなかった。そして、既設の建造物の壁面や既設の建造物の固定面に板を設置して発電させる方法の発電機はなかった。 Until now, there was no generator that could generate electricity by changing the spacing between the plates when the wind blew. And, there was no generator of the method of installing a plate on the wall surface of the existing building or the fixed surface of the existing building to generate electricity.

これからは地球温暖化を防ぐために、再生可能エネルギーとして、自然エネルギーの利用が大切な課題である。自然エネルギーを電気エネルギーに変える発電機として、様々な環境の場所で活用できる発電機が必要である。広い設置場所を必要とせず、騒音を出しにくく、台風や落雷の被害を受けにくい発電機が必要な課題である。既設の建造物の壁面や固定面などを利用して設置することができる発電機が必要な課題である。本発明の目的は、これらの課題を解決する発電機を提供することにある。 From now on, the use of natural energy as renewable energy will be an important issue in order to prevent global warming. As a generator that converts natural energy into electrical energy, a generator that can be used in various environmental locations is needed. It is an issue that requires a generator that does not require a large installation space, is less likely to generate noise, and is less susceptible to damage from typhoons and lightning strikes. A generator that can be installed using the wall surface or fixed surface of an existing building is a necessary issue. An object of the present invention is to provide a generator that solves these problems.

この発電機は、２枚の板の間に、コイルと磁石と弾性体を挟んで、２枚の板を貼り合わせて作る。１枚の板の片面にコイルを固定して、もう１枚の板の片面には磁石を固定しておき、２枚の板を、コイルを固定してある面と磁石を固定してある面とを向かい合わせて、コイルと磁石が向かい合うように位置を合わせて、２枚の板の間には、コイルのある箇所と磁石のある箇所とは別の箇所に弾性体を挟んで、これに２枚の板を貼り合わせる。弾性体は弾性を有するもので、様々な材質のものを選択できる。一方の板を建造物の壁面や固定面に設置する。あるいは独立して固定設置する。風が吹く際に、建造物の固定面に設置していない方の板を風が押して、風の強弱が変化するときに、その２枚の板の間隔を弾力的に変化させることにより、磁石とコイルとの距離を変化させたり、磁石がコイルの中に入っている部分の長さを変化させて、コイルに電流を流させる。風が吹く際に、建造物の固定面に設置していない方の板を風が押して２枚の板の間隔が狭くなることにより磁石がコイルに近づいたり、磁石のコイルの中に入っている部分の長さが変わって長くなることにより、コイルに電流を流させて発電し、風がそのときよりも弱くなるときに、２枚の板の間隔が広くなることにより、磁石がコイルから遠ざかったり、磁石のコイルの中に入っている部分の長さが変わって短くなることにより、コイルに電流を流させて発電する。２枚の板のそれぞれに固定するコイルと磁石の数を多くすることにより、多くの電気を発電する。本発明は、以上を特徴とする発電機である。 This generator is made by sandwiching a coil, a magnet, and an elastic body between two plates and pasting the two plates together. The coil is fixed to one side of one plate, the magnet is fixed to one side of the other plate, and the two plates are the surface to which the coil is fixed and the surface to which the magnet is fixed. Place the elastic body between the two plates so that the coil and the magnet face each other, and put the elastic body in a place different from the part where the coil is and the part where the magnet is. Stick the boards together. The elastic body has elasticity, and various materials can be selected. Install one of the boards on the wall or fixed surface of the building. Alternatively, it is fixedly installed independently. When the wind blows, the wind pushes the plate that is not installed on the fixed surface of the building, and when the strength of the wind changes, the distance between the two plates is elastically changed to make a magnet. By changing the distance between the coil and the coil, or by changing the length of the part where the magnet is inside the coil, a current is passed through the coil. When the wind blows, the wind pushes the plate that is not installed on the fixed surface of the building and the distance between the two plates becomes narrower, causing the magnet to approach the coil or enter the coil of the magnet. By changing the length of the part and making it longer, an electric current is passed through the coil to generate electricity, and when the wind becomes weaker than that time, the distance between the two plates becomes wider, and the magnet moves away from the coil. Or, the length of the part inside the coil of the magnet changes and becomes shorter, so that an electric current is passed through the coil to generate electricity. A large amount of electricity is generated by increasing the number of coils and magnets fixed to each of the two plates. The present invention is a generator characterized by the above.

本発明により、自然エネルギーである風の風圧の強弱の変化を利用して、発電することができる。本発明により、自然エネルギーである風のエネルギーを電気エネルギーに変える機会を多くすることができる。 According to the present invention, it is possible to generate electricity by utilizing the change in the strength of the wind pressure, which is a natural energy. According to the present invention, it is possible to increase the chances of converting wind energy, which is natural energy, into electric energy.

本発明の発電機は、既設の建造物の壁面や固定面に設置して発電することができ、蓄電池に蓄電して、蓄電した電気を使用することができる。個人のさまざまな環境の家庭でも発電することができ、各家庭で発電した電気を各家庭で直接使うこともできる。 The generator of the present invention can be installed on a wall surface or a fixed surface of an existing building to generate electricity, and can be stored in a storage battery to use the stored electricity. It is possible to generate electricity in homes with various personal environments, and the electricity generated in each home can be used directly in each home.

本発明の発電機は、板の材質や大きさを変えることにより、設置する場所に適応した大きさにすることができる。２枚の板のそれぞれに固定するコイルと磁石のそれぞれの材質と形と大きさと、その数を選択することにより、発電する電気の量を選択することができる。２枚の板の間に貼り合わせる弾性体は、弾性を有するもので、さまざまなものを選択することができ、貼り合わせる位置もさまざまな位置を選択することができる。 By changing the material and size of the plate, the generator of the present invention can be made into a size suitable for the place where it is installed. The amount of electricity to be generated can be selected by selecting the material, shape, and size of the coil and magnet fixed to each of the two plates and the number thereof. The elastic body to be bonded between the two plates has elasticity, and various materials can be selected, and various positions can be selected for bonding.

２枚の板のそれぞれに固定するコイルと磁石を薄型にすれば、薄型の発電機にすることができる。 If the coil and magnet fixed to each of the two plates are made thin, a thin generator can be made.

コイルを板に固定するには、板に取り付ける方法だけでなく、板の中に埋め込む方法もある。磁石を板に固定するには、板に取り付ける方法だけでなく、板の中に埋め込む方法もある。コイルと磁石をそれぞれ板の中に埋め込めば薄型の発電機にすることができる。 To fix the coil to the plate, there is not only a method of attaching it to the plate but also a method of embedding it in the plate. To fix the magnet to the plate, there is not only the method of attaching it to the plate but also the method of embedding it in the plate. A thin generator can be made by embedding a coil and a magnet in a plate.

本発明の、斜視図 Perspective view of the present invention 本発明の、平面図 Plan view of the present invention 本発明の、左側面図 （実施例） Left side view of the present invention (Example) 本発明の、右側面図 （実施例） Right side view of the present invention (Example) 図２におけるＡ－Ａ線断面図 （実施例） Sectional view taken along line AA in FIG. 2 (Example) 図３におけるＢ－Ｂ線断面図 （実施例） Sectional view taken along line BB in FIG. 3 (Example) 図４におけるＣ－Ｃ線断面図 （実施例） Cross-sectional view taken along the line CC in FIG. 4 (Example) 一方の板にコイルと保護カバーのみを取り付けた状態の斜視図（実施例） Perspective view (Example) in a state where only the coil and the protective cover are attached to one plate.

以下、本発明を実施するための形態について説明する。
この発電機は、１枚の板（１）の片面にコイル（７）を固定する。もう１枚の板（２）の片面に磁石（８）を固定する。２枚の板（１）（２）を、コイル（７）を固定してある面と磁石（８）を固定してある面とを向かい合わせる。コイル（７）と磁石（８）が向かい合うように位置を合わせて、２枚の板（１）（２）の間に、コイル（７）のある箇所と磁石（８）のある箇所とは別の箇所に弾性体（３）（４）（５）（６）を挟んで、これに２枚の板（１）（２）を貼り合わせる。 コイル（７）の導線の表面は絶縁されているが、コイル（７）から出ている部分の導線をさらに保護するために、コイル（７）から出ている部分の導線をそれぞれ保護カバー（９）（１０）で覆う。２つの保護カバー（９）（１０）をさらに保護するために保護カバー（１１）で覆う。Hereinafter, embodiments for carrying out the present invention will be described.
In this generator, a coil (7) is fixed to one side of one plate (1). The magnet (8) is fixed to one side of the other plate (2). The two plates (1) and (2) face each other with the surface on which the coil (7) is fixed and the surface on which the magnet (8) is fixed. Position the coil (7) and the magnet (8) so that they face each other, and separate the part with the coil (7) and the part with the magnet (8) between the two plates (1) and (2). The elastic bodies (3), (4), (5), and (6) are sandwiched between the two plates (1) and (2). The surface of the conductor of the coil (7) is insulated, but in order to further protect the conductor of the portion protruding from the coil (7), the conductor of the portion protruding from the coil (7) is covered with a protective cover (9). ) Cover with (10). The two protective covers (9) and (10) are covered with a protective cover (11) to further protect them.

コイル（７）を板（１）に固定するには、板（１）に貼り付けたり留めたりして取り付けてもよく、板（１）の中に埋め込んでもよい。磁石（８）を板（２）に固定するには、板（２）に貼り付けたり留めたりして取り付けてもよく、板（２）の中に埋め込んでもよい。コイル（７）の形は、円形コイルに限らず、長方形などの多角形コイルでもよい。平板コイルでもよい。磁石（８）の形は、円形に限らず、長方形など、多角形でもよい。コイル（７）と磁石（８）を薄型にすれば、薄型の発電機にすることができる。コイル（７）を板（１）の中に埋め込んで固定して、磁石（８）を板（２）の中に埋め込んで固定すれば、薄型の発電機にすることができる。 In order to fix the coil (7) to the plate (1), the coil (7) may be attached or attached to the plate (1), or may be embedded in the plate (1). In order to fix the magnet (8) to the plate (2), it may be attached or attached to the plate (2), or it may be embedded in the plate (2). The shape of the coil (7) is not limited to a circular coil, and may be a polygonal coil such as a rectangle. A flat plate coil may be used. The shape of the magnet (8) is not limited to a circle, but may be a polygon such as a rectangle. If the coil (7) and the magnet (8) are made thin, a thin generator can be made. If the coil (7) is embedded in the plate (1) and fixed, and the magnet (8) is embedded in the plate (2) and fixed, a thin generator can be obtained.

コイル（７）と磁石（８）の数を多くすれば、多くの電流を流させることができる。２枚の板（１）（２）のそれぞれに固定するコイル（７）と磁石（８）の数を多くすることにより、多くの電気を発電することができる。 If the number of coils (7) and magnets (8) is increased, a large amount of current can be passed. By increasing the number of coils (7) and magnets (8) fixed to each of the two plates (1) and (2), a large amount of electricity can be generated.

磁石（８）の形と大きさを選択する際には、磁石（８）がコイル（７）の中に入る形と大きさを選択する場合と、磁石（８）がコイル（７）の中に入らない形や入らない大きさを選択する場合とがある。磁石（８）がコイル（７）の中に入る形と大きさを選択する場合には、２枚の板（１）（２）を貼り合わせる時に、磁石（８）がコイル（７）の中に入るように位置を合わせて２枚の板（１）（２）を貼り合わせる。２枚の板（１）（２）の間隔の設定は、風が強くなって２枚の板（１）（２）の間隔が狭くなったときに、磁石（８）がコイル（７）の中に入ることができるような間隔に設定してもよいし、磁石（８）がコイル（７）の中に入ることができないような間隔に設定してもよい。磁石（８）がコイル（７）の中に入らない形や入らない大きさを選択する場合には、風が強くなって２枚の板（１）（２）の間隔が狭くなったときに磁石（８）がコイル（７）に接しないように２枚の板（１）（２）の間隔を設定しておく。 When selecting the shape and size of the magnet (8), select the shape and size that the magnet (8) fits inside the coil (7), and select the shape and size that the magnet (8) fits inside the coil (7). There are cases where you select a shape that does not fit in or a size that does not fit in. When selecting the shape and size of the magnet (8) to fit inside the coil (7), the magnet (8) is inside the coil (7) when the two plates (1) and (2) are bonded together. Align the two plates (1) and (2) so that they fit in. The setting of the distance between the two plates (1) and (2) is such that when the wind becomes strong and the distance between the two plates (1) and (2) becomes narrower, the magnet (8) becomes the coil (7). The interval may be set so that the magnet (8) cannot enter the coil (7), or the interval may be set so that the magnet (8) cannot enter the coil (7). When selecting a shape in which the magnet (8) does not fit in the coil (7) or a size that does not fit in the coil (7), when the wind becomes strong and the distance between the two plates (1) and (2) becomes narrower. The distance between the two plates (1) and (2) is set so that the magnet (8) does not come into contact with the coil (7).

コイル（７）を固定した板（１）と磁石（８）を固定した板（２）とのどちらか一方の板を建造物の壁面や固定面に設置する。あるいは、独立して固定設置する。 Either the plate (1) to which the coil (7) is fixed or the plate (2) to which the magnet (8) is fixed is installed on the wall surface or fixed surface of the building. Alternatively, it is fixedly installed independently.

風が吹いたときには、建造物の壁面や固定面に設置していない方の板を風が押して、弾力的に２枚の板（１）（２）の間隔が狭くなる。すると、磁石（８）がコイル（７）に近づいたり、磁石（８）のコイル（７）の中に入っている部分の長さが変わって長くなる。そのことにより、コイル（７）に電流を流させて発電することができる。風がそのときよりも弱くなるときには、弾力的に２枚の板（１）（２）の間隔が広くなる。すると、磁石（８）がコイル（７）から遠ざかったり、磁石（８）のコイル（７）の中に入っている部分の長さが変わって短くなる。そのことにより、コイル（７）に電流を流させて発電することができる。建造物の壁面や固定面に設置していない方の板を風が押す力を利用して、２枚の板（１）（２）の間隔を弾力的に変化させることにより、磁石（８）とコイル（７）との距離を変化させたり、磁石（８）がコイル（７）の中に入っている部分の長さを変化させて、コイル（７）に電流を流させて発電する。 When the wind blows, the wind pushes the plate that is not installed on the wall surface or fixed surface of the building, and the distance between the two plates (1) and (2) is elastically narrowed. Then, the magnet (8) approaches the coil (7), or the length of the portion of the magnet (8) contained in the coil (7) changes and becomes longer. As a result, electric current can be passed through the coil (7) to generate electricity. When the wind is weaker than that time, the distance between the two plates (1) and (2) is elastically widened. Then, the magnet (8) moves away from the coil (7), or the length of the portion inside the coil (7) of the magnet (8) changes and becomes shorter. As a result, electric current can be passed through the coil (7) to generate electricity. The magnet (8) by elastically changing the distance between the two plates (1) and (2) by using the force of the wind pushing the plate that is not installed on the wall surface or fixed surface of the building. The distance between the coil (7) and the coil (7) is changed, or the length of the portion where the magnet (8) is contained in the coil (7) is changed, and a current is passed through the coil (7) to generate electricity.

本発明により発電した電気を利用する方法は、従来の発電機により発電した電気を利用する場合の方法と同様である。発電機から整流器や蓄電池に接続することができる。蓄電池に蓄電した後には、そこから、様々な形態で電気を利用することができる。 The method of using the electricity generated by the present invention is the same as the method of using the electricity generated by the conventional generator. It can be connected from a generator to a rectifier or a storage battery. After storing electricity in the storage battery, electricity can be used in various forms from there.

この実施例は、１枚の板（１）の片面に一つの円形コイル（７）を、埋め込まずに取り付けて、もう１枚の板（２）の片面に一つの円形磁石（８）を埋め込まずに取り付けた場合である。２枚の板（１）（２）を、コイル（７）を固定してある面と磁石（８）を固定してある面とを向かい合わせる。コイル（７）と磁石（８）が向かい合うように位置を合わせて、２枚の板（１）（２）の間に、コイル（７）のある箇所と磁石（８）のある箇所とは別の箇所に弾性体（３）（４）（５）（６）を挟んで、これに２枚の板（１）（２）を貼り合わせる。コイル（７）の導線の表面は絶縁されているが、コイル（７）から出ている部分の導線をさらに保護するために、コイル（７）から出ている部分の導線をそれぞれ保護カバー（９）（１０）で覆う。２つの保護カバー（９）（１０）をさらに保護するために保護カバー（１１）で覆う。 In this embodiment, one circular coil (7) is attached to one side of one plate (1) without being embedded, and one circular magnet (8) is embedded in one side of the other plate (2). This is the case when it is installed without. The two plates (1) and (2) face each other with the surface on which the coil (7) is fixed and the surface on which the magnet (8) is fixed. Align the coil (7) and the magnet (8) so that they face each other, and separate the part with the coil (7) and the part with the magnet (8) between the two plates (1) and (2). The elastic bodies (3), (4), (5), and (6) are sandwiched between the two plates (1) and (2). The surface of the conductor of the coil (7) is insulated, but in order to further protect the conductor of the portion protruding from the coil (7), the conductor of the portion protruding from the coil (7) is covered with a protective cover (9). ) Cover with (10). The two protective covers (9) and (10) are covered with a protective cover (11) to further protect them.

コイル（７）を取り付けた板（１）を建造物の壁面に設置する。 The plate (1) to which the coil (7) is attached is installed on the wall surface of the building.

風が吹いたときには、磁石（８）を取り付けた板（２）を風が押して、弾力的に２枚の板（１）（２）の間隔が狭くなる。すると、磁石（８）がコイル（７）に近づいたり、磁石（８）のコイル（７）の中に入っている部分の長さが変わって長くなる。そのことにより、コイル（７）に電流を流させて発電することができる。風がそのときよりも弱くなるときには、弾力的に２枚の板（１）（２）の間隔が広くなる。すると、磁石（８）がコイル（７）から遠ざかったり、磁石（８）のコイル（７）の中に入っている部分の長さが変わって短くなる。そのことにより、コイル（７）に電流を流させて発電することができる。風が板（２）を押す力を利用して、２枚の板（１）（２）の間隔を弾力的に変化させることにより、磁石（８）とコイル（７）との距離を変化させたり、磁石（８）がコイル（７）の中に入っている部分の長さを変化させて、コイル（７）に電流を流させて発電する。 When the wind blows, the wind pushes the plate (2) to which the magnet (8) is attached, and the distance between the two plates (1) and (2) is elastically narrowed. Then, the magnet (8) approaches the coil (7), or the length of the portion of the magnet (8) contained in the coil (7) changes and becomes longer. As a result, electric current can be passed through the coil (7) to generate electricity. When the wind is weaker than that time, the distance between the two plates (1) and (2) is elastically widened. Then, the magnet (8) moves away from the coil (7), or the length of the portion inside the coil (7) of the magnet (8) changes and becomes shorter. As a result, electric current can be passed through the coil (7) to generate electricity. The distance between the magnet (8) and the coil (7) is changed by elastically changing the distance between the two plates (1) and (2) by using the force that the wind pushes the plate (2). Alternatively, the length of the portion where the magnet (8) is contained in the coil (7) is changed, and a current is passed through the coil (7) to generate electricity.

図３は実施例の左側面図であり、図４は実施例の右側面図である。図５は、図２における、実施例の場合のＡ－Ａ線断面図である。図６は図３におけるＢ－Ｂ線断面図である。図７は図４におけるＣ－Ｃ線断面図である。図８は実施例で一方の板にコイルと保護カバーのみを取り付けた状態での斜視図である。 FIG. 3 is a left side view of the embodiment, and FIG. 4 is a right side view of the embodiment. FIG. 5 is a cross-sectional view taken along the line AA in the case of the embodiment in FIG. FIG. 6 is a cross-sectional view taken along the line BB in FIG. FIG. 7 is a sectional view taken along line CC in FIG. FIG. 8 is a perspective view of an embodiment in a state where only the coil and the protective cover are attached to one of the plates.

１ コイルを固定した板
２ 磁石を固定した板
３ 上面の弾性体
４ 底面の弾性体
５ 左側面の弾性体
６ 右側面の弾性体
７ コイル
８ 磁石
９ 導線を保護する保護カバー
１０ 導線を保護する保護カバー
１１ 導線を保護する保護カバー９・１０を保護する保護カバー1 Plate with a fixed coil 2 Plate with a fixed magnet 3 Elastic body on the top surface 4 Elastic body on the bottom surface Elastic body on the left side 6 Elastic body on the right side 7 Coil 8 Magnet 9 Protective cover 10 Protecting the conducting wire Protective cover 11 Protective cover that protects conductors Protective cover that protects 9 and 10

Claims (1)

板の片面にコイルを固定して、別の板の片面に磁石を固定して、２枚の板をコイルを固定してある面と磁石を固定してある面とを向かい合わせて、２枚の板の間にはコイルのある箇所と磁石のある箇所とは別の箇所に弾性体を挟んでこれに２枚の板を貼り合わせて、一方の板を建造物に固定して設置しておき、風が吹く際にもう一方の板を風が押して２枚の板の間隔が狭くなることにより、磁石がコイルに近づいたり、磁石のコイルの中に入っている部分の長さが変わって長くなることにより、コイルに電流を流させて発電し、風がそのときよりも弱くなるときに、２枚の板の間隔が広くなることにより、磁石がコイルから遠ざかったり、磁石のコイルの中に入っている部分の長さが変わって短くなることにより、コイルに電流を流させて発電することを特徴とする、発電機。 The coil is fixed to one side of the plate, the magnet is fixed to one side of the other plate, and the two plates face each other with the surface where the coil is fixed and the surface where the magnet is fixed. An elastic body is sandwiched between the plates in a place with a coil and a place with a magnet, and two plates are attached to this, and one plate is fixed to the building and installed. When the wind blows, the wind pushes the other plate and the distance between the two plates becomes narrower, so that the magnet approaches the coil and the length of the part inside the magnet's coil changes and becomes longer. As a result, when an electric current is passed through the coil to generate electricity and the wind becomes weaker than at that time, the distance between the two plates becomes wider, so that the magnet moves away from the coil or enters the magnet coil. A generator characterized by passing an electric current through a coil to generate electricity by changing the length of the magnet and shortening it.
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WO2023188176A1 (en) * 2022-03-30 2023-10-05 株式会社デンソーテン Power generation device

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JP2002371949A (en) * 2001-06-13 2002-12-26 Matsushita Electric Ind Co Ltd Wind power generator
JP2007016756A (en) * 2005-07-11 2007-01-25 Taiheiyo Cement Corp Wind power generation device
KR101048591B1 (en) * 2009-08-17 2011-07-12 장석호 Uniform power generator by rotating plate that flows according to wind speed or flow rate
CN202125047U (en) * 2010-12-05 2012-01-25 任梁 Power generating floor based on electric energy converted by kinetic energy and potential energy

Patent Citations (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPH08163824A (en) * 1994-12-01 1996-06-21 Tomoyuki Inose Weak current generator employing man power compression method, step counter for shoe employing it and light emission unit for shoe
JP2002371949A (en) * 2001-06-13 2002-12-26 Matsushita Electric Ind Co Ltd Wind power generator
JP2007016756A (en) * 2005-07-11 2007-01-25 Taiheiyo Cement Corp Wind power generation device
KR101048591B1 (en) * 2009-08-17 2011-07-12 장석호 Uniform power generator by rotating plate that flows according to wind speed or flow rate
CN202125047U (en) * 2010-12-05 2012-01-25 任梁 Power generating floor based on electric energy converted by kinetic energy and potential energy

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
WO2023188176A1 (en) * 2022-03-30 2023-10-05 株式会社デンソーテン Power generation device

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