JP3236147U7 - linear wind power generator - Google Patents
linear wind power generator Download PDFInfo
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- JP3236147U7 JP3236147U7 JP2021004617U JP2021004617U JP3236147U7 JP 3236147 U7 JP3236147 U7 JP 3236147U7 JP 2021004617 U JP2021004617 U JP 2021004617U JP 2021004617 U JP2021004617 U JP 2021004617U JP 3236147 U7 JP3236147 U7 JP 3236147U7
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- 238000010248 power generation Methods 0.000 description 9
- 230000005540 biological transmission Effects 0.000 description 2
- 239000000446 fuel Substances 0.000 description 2
- 238000001514 detection method Methods 0.000 description 1
- 230000005611 electricity Effects 0.000 description 1
- 238000005516 engineering process Methods 0.000 description 1
- 238000000034 method Methods 0.000 description 1
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本考案はリニアの電磁石のONとOFFの切り替えを利用した、発電、送電 充電を全て行う一体型発電機です。 This invention is an integrated generator that performs all power generation, transmission and charging using ON and OFF switching of linear electromagnets.
風力発電機の動力は風ですが、その動力を磁石の反発力に置き換えることができないかという考えが背景にあります。Wind power generators are powered by wind, and the idea behind this idea is whether it is possible to replace that power with the repulsive force of magnets.
従来の風力発電の動力は風でありその風による風力自体が自然環境からもたらされない間の時間は発電しないので風を利用した風力発電機としての機能は停止することになりますが本考案はそれを解決しようとする考えに基づく装置です。The power source of conventional wind power generation is the wind, and it does not generate power during the period when the wind power itself is not brought from the natural environment, so the function as a wind power generator using the wind will stop. It is a device based on the idea of trying to solve it.
本考案は従来の風力発電機の脆弱性でもある風の無い時間については発電しないという弱点を補う考案物ですが、風に代わる動力として用いるのが磁石の反発力です。永久磁石同士ではプロペラを360°回転させるのは今の技術では不可能ですが、電磁石の電源のONとOFFの切り替えを利用すれば、電源電力の続くかぎり、プロペラを回転させることは可能です。 This invention is a device that compensates for the weak point that it does not generate power when there is no wind, which is also the vulnerability of conventional wind power generators. With current technology, it is impossible to rotate a propeller 360 degrees between permanent magnets, but if you use the ON/OFF switching of the electromagnet, it is possible to rotate the propeller as long as the power supply continues.
前述でも述べましたが本考案は、分かり易く言えば半永久的に発電し続ける風力発電機にも成り得る発電装置ですので自然エネルギーがなければ作動しないというものではなく、一番の長所は、発電、充電、送電を同時に行う装置であり従来の燃料や自然エネルギーを利用した発電機と違い移動性にも優れた装置として供給される期待はあります。 As mentioned above, this invention is a power generation device that can be used as a wind power generator that continues to generate power semi-permanently, so it does not operate without natural energy. It is a device that simultaneously charges and transmits electricity, and is expected to be supplied as a device with excellent mobility unlike conventional generators that use fuel or natural energy.
▲1▼永久磁石
▲2▼電磁石
▲3▼シャフト
▲4▼回転側円型パネル
▲5▼電力供給用ケーブル▲5▼aバッテリー用電力供給ケーブル▲5▼b電磁石用電力供給ケーブル
▲6▼バッテリー
▲7▼電磁石側円型パネル
▲8▼発電コイル、モーター(1) Permanent magnet (2) Electromagnet (3) Shaft (4) Circular panel (5) Power supply cable (5) a Battery power supply cable (5) b Electromagnet power supply cable (6) Battery ▲ 7 ▼ Electromagnet side circular panel ▲ 8 ▼ Generating coil, motor
風力発電気と同じように発電側に永久磁石をプロペラの位置に装着した円型のパネルを用意します、そしてそのパネルの表面の真逆の反対側、接触しない辺りに同じくこちらは電磁石を円状に装着した円型パネルを設置します。お互いが正面で向き合った状態になったら、電磁石を作動させ、位置センサーと連動させて発電側のパネルを反発力で回転させます。As with wind power generation, prepare a circular panel with a permanent magnet attached to the position of the propeller on the power generation side. Install a circular panel mounted in a shape. When they are facing each other, the electromagnet is activated, and the panel on the power generation side is rotated by the repulsive force in conjunction with the position sensor.
以下、添付図面に従って実施例を説明します。▲4▼は発電側の円型パネルで▲1▼は▲4▼に装着した永久磁石(電極は両方同一)▲3▼はその▲4▼の円型パネルを回転させるシャフト、この▲4▼を対面側の▲7▼電磁石側パネルに引き合わせるように設置します。動作自体としてパネルの▲2▼電磁石の電源のONとOFFを切り替えて対面側の風力発電のプロペラの役割と同じ円型パネルの▲4▼を回転させます。反発位置の調整については、電磁石側の▲10▼感知センサーの機能を利用して合わせます。
発電した電力については▲5▼の送電ケーブルを伝って供給側へ、それと同時にバッテリの方へ▲5▼aの充電用ケーブルを伝い▲6▼バッテリーの方へ又同時に▲5▼b電磁石側への供給ケーブルを伝って電磁石へ電力を供給します。An embodiment will be described below with reference to the attached drawings. (4) is a circular panel on the power generation side, (1) is a permanent magnet attached to (4) (both electrodes are the same) (3) is a shaft that rotates the circular panel of (4), this (4) Install so that it is brought in contact with ▲7▼ electromagnet side panel on the opposite side. As the operation itself, switch the panel ▲ 2 electromagnet power ON and OFF and rotate the circular panel ▲ 4 ▼, which has the same role as the propeller of the wind power generation on the opposite side. Regarding the adjustment of the repulsion position, it is adjusted by using the function of ▲10▼ detection sensor on the electromagnet side.
The generated power is sent to the supply side through the transmission cable (5), and at the same time to the battery (6) through the charging cable (5) a to the battery (6) and to the electromagnet side (5) b at the same time. Power is supplied to the electromagnet through the power supply cable.
従来の燃料および自然エネルギーを利用した発電方法は有限性があり自然の発生条件によるものでしたがそういった不都合な部分を補う持続的かつ移動性のある大容量の自動充電の発電機になると考えられます。そういった意味では従来の市場に供給されている発電機及びバッテリーに代わる自動電源と呼べるものになる機器になると推測されます。Conventional power generation methods using fuel and natural energy are finite and depend on natural generation conditions. increase. In that sense, it is presumed that it will become a device that can be called an automatic power supply to replace the generators and batteries that are supplied to the conventional market.
Claims (1)
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
JP2021004617U JP3236147U7 (en) | 2021-10-22 | linear wind power generator |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
JP2021004617U JP3236147U7 (en) | 2021-10-22 | linear wind power generator |
Publications (2)
Publication Number | Publication Date |
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JP3236147U JP3236147U (en) | 2022-02-02 |
JP3236147U7 true JP3236147U7 (en) | 2022-09-28 |
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